Black Friday 2025 UniFi Networking and Surveillance Deals

Black Friday 2025 has arrived and UniFi has rolled out some of its biggest price reductions in years across gateways, switches, access points, and cameras. Several flagship products have dropped far below their usual pricing, including the Dream Wall falling to $599, the Enterprise 48 PoE now $999, and the U6 Enterprise In Wall reduced to $199. Even the more affordable tiers see dramatic cuts, with models such as the FlexHD and nanoHD dropping to $69 and the G5 Pro camera slashed to $199. This year’s lineup mixes current generation hardware with discounted legacy units, giving buyers at every scale a clear upgrade path whether they are refreshing a home network or expanding a full UniFi deployment. The sections that follow break down each device category and highlight what you gain from the reduced pricing so you can decide which upgrades offer the strongest value during this short Black Friday window.

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Best UniFi Black Friday Deals – The UniFi Dream Router 7 & Gateway Fiber

The Dream Router 7 and the Gateway Fiber stand out as UniFi’s strongest Black Friday 2025 offers, especially given their large price cuts. The Dream Router 7 drops to $229 from $279 and brings a full UniFi controller, WiFi 7, a 10G SFP+ WAN port, a 2.5GbE WAN port, four LAN ports with one PoE output, and integrated NVR storage via microSD. It supports the full UniFi application suite and can manage 30+ devices while handling 300+ clients on its 2.4GHz, 5GHz, and 6GHz radios. Security and routing features include a stateful firewall, L7 filtering, IDS and IPS with 20,000+ signatures through CyberSecure, advanced NAT, SD-WAN, and VPN support for WireGuard, Teleport, IPsec, and OpenVPN. With coverage up to 160 square metres and a compact desktop design, it offers a complete all in one gateway and controller at a much lower cost, making it an easy upgrade for homes or small offices moving to WiFi 7 or multigig internet.

UniFi WiFi 7 2.5G+10G Dream Router	UniFi Gateway Fiber 10G/2.5G Gateway

Buyers who want a pure routing device with maximum throughput will find the Gateway Fiber especially strong at its reduced Black Friday price of $179, down from $279. It is an independent 10G gateway designed to be managed through a CloudKey, UniFi Hosting, or a self hosted UniFi Network Server and offers 5Gbps IDS and IPS performance through a quad core Cortex A73 CPU and 2GB of memory. The port layout includes a 10G SFP+ WAN, a 10GbE RJ45 WAN, a 10G SFP+ LAN, and a 4 port 2.5GbE switch with one PoE+ output, which suits multigig fiber setups and high speed switching. Its feature set includes SD-WAN, dynamic routing with OSPF, advanced QoS, mDNS, content filtering, ad blocking, and more than 55,000 CyberSecure signatures. With LTE failover support and a compact footprint, the Gateway Fiber delivers flagship routing at one of the most aggressive price reductions UniFi has offered, making it a strong fit for users who prefer to keep WiFi, switching, and routing as separate modules.

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UniFi Cloud Gateway Black Friday Deals

The Cloud Gateway Max, Cloud Gateway Max NS, and Gateway Lite form the most affordable cluster of UniFi Black Friday gateway offers this year. The Cloud Gateway Max drops from $279 to $179 and delivers full UniFi application support with 2.3Gbps IDS and IPS, 2.5GbE WAN, five 2.5GbE LAN ports, and selectable NVMe NVR storage up to 2TB. The NS model follows the same hardware blueprint but arrives at a lower $159 price while retaining 2.3Gbps inspection performance and 30 plus device management. The Gateway Lite stands out as the entry level option at an aggressive $49, down from $129. It offers 1Gbps IDS and IPS, a compact footprint, full UniFi security features, USB C power, and a simple 1GbE WAN plus 1GbE LAN layout, making it ideal for small networks or for replacing an ageing USG.

Moving up the stack, the Gateway Fiber and Dream Router 7 provide the strongest mid tier performance jumps in this Black Friday cycle. The Gateway Fiber drops from $279 to $179 and offers 5Gbps IDS and IPS, 10G SFP+ and 10GbE WAN ports, a 10G SFP+ LAN, and a built in 4 port 2.5GbE switch with one PoE+ output. It supports SD WAN, WireGuard, Site Magic, Teleport VPN, OSPF, advanced QoS, and more than 55,000 CyberSecure signatures. The Dream Router 7 falls to $229 from $279 and combines a full UniFi controller with integrated WiFi 7, 10G SFP+ WAN, 2.5GbE WAN, four LAN ports with PoE, and microSD NVR storage. It can manage 30 plus UniFi devices, runs Protect, Access, Talk, and Connect, and handles more than 300 clients with high throughput across 2.4GHz, 5GHz, and 6GHz bands.

At the premium end, the Dream Wall delivers the largest discount with a drop from $999 to $599 and brings full UniFi application support, integrated WiFi 6, high power PoE switching, and 10G routing in a wall mounted design. It includes 17 1GbE ports, two 10G SFP+ ports, redundant hot swap PSUs, 420W PoE budget, and multiple layers of storage including a 128GB SSD and a 512GB microSD card for NVR use. With 3.5Gbps IDS and IPS, SD WAN, BGP, OSPF, WireGuard, Teleport VPN, and support for more than 100 UniFi devices, the Dream Wall is designed for larger deployments that want a single appliance to run switching, routing, WiFi, security, storage, and all UniFi apps. These six discounted models collectively cover every level of UniFi deployment and represent the strongest lineup of gateway price cuts UniFi has offered for Black Friday 2025.

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UniFi WiFI APs for Mesh Black Friday Deals

The U6 Plus, FlexHD, and nanoHD form the most affordable set of UniFi access point offers this Black Friday and each one targets a different type of upgrade. The U6 Plus drops to $99 and brings dual band WiFi 6, 4 spatial streams, 2.4Gbps 5GHz throughput, and a 300 plus client capacity in a compact ceiling or wall mounted design. It suits homes and small businesses looking for a modern AP with strong roaming support, PPSK, captive portal options, and full UniFi WiFi management features. The FlexHD falls to $69 and remains one of the most versatile indoor or outdoor mesh units, offering WiFi 5 with 6 spatial streams, 1.7Gbps 5GHz performance, and multiple mounting options that make it easy to extend coverage. The nanoHD also lands at $69 and provides a compact ceiling mounted WiFi 5 solution with 4×4 MU MIMO on 5GHz, up to 1.7Gbps throughput, and a design that blends into most environments, making it ideal for small offices and meeting rooms.

For mid tier deployments, the AC Pro and AC HD both receive strong discounts and remain popular for larger offices or mixed environments. The AC Pro is reduced to $89 and offers dual band WiFi 5, 3×3 MIMO on both radios, 1.3Gbps 5GHz performance, and a proven design that handles 250 plus clients. It includes PoE power, two GbE ports, and full UniFi WiFi features such as fast roaming, band steering, PPSK, and captive portal support. The AC HD now sits at $89 and delivers higher density handling with 8 spatial streams, 4×4 MU MIMO on both bands, 1.7Gbps 5GHz throughput, and support for 500 plus clients. It suits high traffic office floors, learning environments, and large public areas where stable throughput under load matters more than peak bandwidth.

At the top of the lineup, the U6 Enterprise In Wall receives one of the most meaningful reductions with a new price of $199. This model offers WiFi 6E across the 6GHz, 5GHz, and 2.4GHz bands with 10 spatial streams, up to 4.8Gbps on both 6GHz and 5GHz, and support for more than 600 clients. Its built in 4 port GbE switch with PoE output makes it ideal for structured office installs where wall mounted APs double as room level network hubs for desks, phones, or small devices. Fast roaming, RRM, PPSK, RadSec, and advanced portal features place it firmly in the high density business category. Together, these six discounted APs span entry level to enterprise grade coverage and represent UniFi’s strongest Black Friday wireless lineup in several years.

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UniFi Network Switch Black Friday Deals

The Enterprise 24 PoE, Enterprise 8 PoE, and Enterprise 48 PoE make up UniFi’s discounted Layer 3 switching lineup for Black Friday 2025 and each model targets a different level of deployment. The Enterprise 24 PoE drops from $799 to $599 and delivers twelve 1GbE PoE+ ports, twelve 2.5GbE PoE+ ports, two 10G SFP+ uplinks, 400W of PoE power, and a 124Gbps switching fabric in a 1U rack chassis. It includes DHCP server and relay, inter VLAN routing, advanced IGMP controls, MAC based ACLs, QoS, and a touchscreen panel with USP RPS backup support. The Enterprise 8 PoE falls to $329 from $479 and provides eight 2.5GbE PoE+ ports with two 10G SFP+ uplinks, 120W of PoE power, and 80Gbps switching performance in a compact desktop form factor. It retains the full Layer 3 feature set including LACP, RSTP, DHCP snooping, port isolation, jumbo frames, and MAC or IP based ACLs, making it suitable for small offices, edge rooms, or multigig AP clusters.

The largest reduction is on the Enterprise 48 PoE which now sits at $999 instead of $1,599 and offers forty eight 2.5GbE PoE+ ports, four 10G SFP+ uplinks, and a substantial 720W PoE budget built for dense AP and camera deployments. It supports a 160Gbps switching fabric, 238Mpps forwarding, LLDP MED, Pro AV profiles, advanced multicast handling, and large routing or MAC tables suitable for campus and high traffic networks. All three switches deliver strong value for Black Friday buyers upgrading to multigig infrastructure, although the two legacy models, the 24 port and 48 port versions, do not meet PoE++ requirements for the new U7 and E7 access points.

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UniFi Cameras for Protect Black Friday Deals

The G5 Pro, AI 360, and G5 PTZ form the front end of UniFi’s discounted camera lineup for Black Friday 2025 and each model targets a different style of coverage. The G5 Pro drops from $379 to $199 and delivers 4K recording with a 3x optical zoom lens, strong daytime clarity, and IR night vision that reaches 25 m or up to 40 m with the Vision Enhancer. It offers people, vehicle, and animal detection, IP65 weather resistance, IK04 impact resistance, and flexible mounting for walls, ceilings, and poles. The AI 360 is reduced from $399 to $249 and provides full 360 degree coverage through a 2K fisheye sensor with pan tilt zoom control handled digitally inside UniFi Protect. It includes two way audio, smart detections, IPX4 weather resistance when covered, and IK08 tamper protection, making it suitable for wide indoor areas, retail spaces, or open office floors. The G5 PTZ falls to $229 from $299 and adds low latency mechanical pan tilt with a 2x optical zoom lens, 20 m IR night vision, and IP66 weather protection, which makes it an option for entry points, driveways, or perimeter paths.

The AI Pro and AI Dome represent the next tier with stronger AI capability and extended detection performance. The AI Pro is discounted from $499 to $359 and delivers 4K resolution, 3x optical zoom, face recognition, license plate recognition, advanced object detection, and up to 40 m IR performance with the Vision Enhancer. It includes two way audio, HDR processing, IP65 weather resistance, and a flexible mounting system for ceilings, walls, and poles. Its 1/1.8 inch 8MP sensor provides higher accuracy in mixed lighting, which makes it suitable for entrances, car parks, or areas requiring reliable plate and face capture. The AI Dome is now $299 instead of $399 and features a vandal resistant IK10 enclosure paired with 4K recording, long range IR up to 40 m, and the same AI recognition capabilities found in the AI Pro. Its dome design suits indoor or sheltered outdoor locations where tamper protection and a clean profile matter.

Across the lineup, every model supports PoE power, onboard image adjustment controls, UniFi smart detections, and full Protect integration with consistent 30 FPS recording. The G5 series offers strong value for users upgrading older 1080p or 2K cameras, while the AI series adds more precise analytics and improved low light performance. The combination of significant price cuts and a wide range of coverage types means this group forms one of the strongest Black Friday camera selections UniFi has presented, covering everything from broad area surveillance to focused zoom capture and high security environments.

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This description contains links to Amazon. These links will take you to some of the products mentioned in today's content. As an Amazon Associate, I earn from qualifying purchases. Visit the NASCompares Deal Finder to find the best place to buy this device in your region, based on Service, Support and Reputation - Just Search for your NAS Drive in the Box Below

Need Advice on Data Storage from an Expert?

Finally, for free advice about your setup, just leave a message in the comments below here at NASCompares.com and we will get back to you. Need Help? Where possible (and where appropriate) please provide as much information about your requirements, as then I can arrange the best answer and solution to your needs. Do not worry about your e-mail address being required, it will NOT be used in a mailing list and will NOT be used in any way other than to respond to your enquiry. [contact-form-7] TRY CHAT Terms and Conditions   Alternatively, why not ask me on the ASK NASCompares forum, by clicking the button below. This is a community hub that serves as a place that I can answer your question, chew the fat, share new release information and even get corrections posted. I will always get around to answering ALL queries, but as a one-man operation, I cannot promise speed! So by sharing your query in the ASK NASCompares section below, you can get a better range of solutions and suggestions, alongside my own.

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Asustor vient d’officialiser l’arrivée de 2 nouveaux NAS d’entrée de gamme : les AS1202T et AS1204T (nouvelle série Drivestor Gen2). Au programme, nous avons un processeur ARM Quad Core plus performant, un port réseau 2,5 GbE, le décodage matériel 4K et une connectique modernisée. Le tout à un tarif très agressif débutant à 216 €…

ASUSTOR AS1202T et AS1204T

Austor nous revient avec une nouvelle série : Drivestor Gen 2. Derrière ce nom se cache 2 nouveaux produits AS1202T et AS1204T, respectivement de 2 et 4 baies. Les boitiers sont animés par un processeur Quad Core Realtek RTD1619B cadencé à 1,7 GHz. Pour la mémoire vive, les NAS sont équipé de 1 Go en DDR4 non extensible… c’est regrettable en 2025 pour des machines destinées au multitâche en 2025.

Selon le fabricant, cette architecture dispose d’un iGPU capable de décoder et de diffuser des contenus 4K, notamment en H.264 et AV1… grâce à l’application maison LooksGood. Cela permettrait un streaming fluide depuis le NAS, sans transcodage logiciel lourd.

Connectique

Asustor modernise (enfin) son entrée de gamme avec un port réseau 2,5 Gb/s. Sur un réseau compatible, le fabricant indique qu’il est possible d’atteindre jusqu’à 266 Mo/s en lecture et 160 Mo/s en écriture. Chaque boitier propose également 3 ports USB 3.0 (dont 1 à l’avant).

Positionnement

La série Drivestor Gen2 reste clairement positionnée sur l’entrée de gamme. Par rapport à la génération précédente, l’utilisateur bénéficiera d’un processeur  (meilleure prise en charge vidéo) et d’une prise réseau 2,5 Gb/s. Si on les compare aux Lockerstor, cette série reste loin derrière en termes de puissance CPU, RAM et capacité dans l’ensemble.

Prix et disponibilité

Les 2 modèles arriveront très prochainement selon Asustor. Les prix publics recommandés sont :

• AS1202T : 216€
• AS1204T : 298€

Cela reste de bonnes options pour ceux qui recherche un premier NAS avec un budget serré.

Pour en savoir plus sur ces nouveaux produits, rendez-vous sur le site officiel d’Asustor.

 

Early NAS & Storage Bargains and Deals this Black Friday 2025

Black Friday 2025 has arrived and this year the spotlight is not only on traditional Synology/QNAP upgrades but also on the fast-growing world of alternative NAS platforms (after the PR nightmare that was 2025 for Synology re:HDDs!), DIY server builds, and software licence promos. Synology’s desktop lineup has seen a bunch of refreshes recently in the x25, which means popular models such as the DS423+ and DS923+ may finally see meaningful reductions, while entry-level units like the DS223 and BeeStation series are expected to feature the most aggressive pricing. At the same time, UGREEN is pushing hard with its NASync range and making ALOT of noise in the world of home/prosumer NAS, and several of these systems are already appearing with early Black Friday discounts. DIY NAS enthusiasts also have more choice than ever, with multi-bay chassis and compact servers from CWWK, AOOSTAR, Jonsbo cases, and Minisforum’s N5 receiving notable reductions. UnRAID has confirmed incoming licence promos for Black Friday soon, making it an ideal time for new users to adopt flexible array management and VM workloads. Then you have Terramaster making 10-20% off promos on their 2025 series AND the m.2 focused F4 and F8 Devices! Even newer entrants such as UnifyDrive are participating, with the UT2 receiving one of its biggest discounts to date and now sitting in an extremely competitive price bracket. Below you will find updated recommendations for the best NAS models for backups, Plex, business, and surveillance, along with live offer links for all major NAS ecosystems as Black Friday deals continue to roll out.

IMPORTANT – This page will be updated regularly each day for the next 2 weeks!

Recommended Deals (so far) BEST DEAL SO FAR – Synology DS925+ NAS 14% OFF, NOW $552.99 HERE UNIFI ALL BLACK FRIDAY DEALS – HERE UGREEN 120W NAS UPS – 15% OFF, NOW $84.99 HERE QNAP TS-464 NAS – REDUCED TO £469 (20% OFF) HERE Terramaster F8 SSD PLUS Flash NAS – 20% OFF, NOW $639.99 HERE SEAGATE 28TB IRONWOLF PRO HDD – $449.99 ($300 OFF) HERE UGREEN DXP4800 PLUS NAS 4-Bay – $594.99 UnifyDrive UT2 2x M.2 NVMe+2.5GbE+8 Core ARM Mobile NAS – $200 OFF, Now $399 UGREEN DH4300 PLUS Value 4-Bay NAS – $65 OFF, Now $364.99 Synology DS1525+ NAS – REDUCED TO $691.49 (15% OFF) HERE CWWK N150 / N355 10GbE 8x SATA NAS Motherboard Combo – Now $215 Gl.iNet Slate 7 WiFi7 Mobile Router, NOW $120 (29% OFF) HERE Minisforum N5 PRO NAS – NOW £888 including TAX HERE

BLACK FRIDAY WEEK DEALS (so far) – (WILL REDIRECT TO YOUR AMAZON REGION AUTOMATICALLY)

Useful Articles:

• NAS Hard Drive Black Friday Deals Article – HERE
• Synology NAS Black Friday Deals – HERE
• UniFi Network Hardware Black Friday Deals – HERE
• UGREEN NAS Black Friday Deals – HERE
• Terramaster Black Friday Deals – HERE

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 SEAGATE 28TB IRONWOLF PRO HDD – $449.99 ($300 OFF)

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Synology DS925+ NAS – 14% OFF, NOW $552.99

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UniFi Black Friday Deals – HERE

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Asustor 6x M.2 NVMe Flashstor 6 – Down to $404.99 (9% OFF)

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Best UniFi Black Friday Deals – The UniFi Dream Router 7 & Gateway Fiber

The Dream Router 7 and the Gateway Fiber stand out as UniFi’s strongest Black Friday 2025 offers, especially given their large price cuts. The Dream Router 7 drops to $229 from $279 and brings a full UniFi controller, WiFi 7, a 10G SFP+ WAN port, a 2.5GbE WAN port, four LAN ports with one PoE output, and integrated NVR storage via microSD. It supports the full UniFi application suite and can manage 30+ devices while handling 300+ clients on its 2.4GHz, 5GHz, and 6GHz radios. Security and routing features include a stateful firewall, L7 filtering, IDS and IPS with 20,000+ signatures through CyberSecure, advanced NAT, SD-WAN, and VPN support for WireGuard, Teleport, IPsec, and OpenVPN. With coverage up to 160 square metres and a compact desktop design, it offers a complete all in one gateway and controller at a much lower cost, making it an easy upgrade for homes or small offices moving to WiFi 7 or multigig internet.

UniFi WiFi 7 2.5G+10G Dream Router	UniFi Gateway Fiber 10G/2.5G Gateway

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Synology DS925+ NAS – 15% OFF, NOW £472 inc.TAX

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UGREEN 120W NAS UPS – 15% OFF, NOW $84.99

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UniFi Cloud Gateway Black Friday Deals

The Cloud Gateway Max, Cloud Gateway Max NS, and Gateway Lite form the most affordable cluster of UniFi Black Friday gateway offers this year. The Cloud Gateway Max drops from $279 to $179 and delivers full UniFi application support with 2.3Gbps IDS and IPS, 2.5GbE WAN, five 2.5GbE LAN ports, and selectable NVMe NVR storage up to 2TB. The NS model follows the same hardware blueprint but arrives at a lower $159 price while retaining 2.3Gbps inspection performance and 30 plus device management. The Gateway Lite stands out as the entry level option at an aggressive $49, down from $129. It offers 1Gbps IDS and IPS, a compact footprint, full UniFi security features, USB C power, and a simple 1GbE WAN plus 1GbE LAN layout, making it ideal for small networks or for replacing an ageing USG.

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Synology DS1525+ NAS – $160 OFF, NOW $639.99

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QNAP TS-464 NAS – $469.99 ($120 OFF)

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Synology DS1825+ NAS – NOW $919 ($230 OFF)

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QNAP TS-264 2-Bay ALL-Rounder NAS – $349.99 ($90 OFF)

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UniFi WiFI APs for Mesh Black Friday Deals

The U6 Plus, FlexHD, and nanoHD form the most affordable set of UniFi access point offers this Black Friday and each one targets a different type of upgrade. The U6 Plus drops to $99 and brings dual band WiFi 6, 4 spatial streams, 2.4Gbps 5GHz throughput, and a 300 plus client capacity in a compact ceiling or wall mounted design. It suits homes and small businesses looking for a modern AP with strong roaming support, PPSK, captive portal options, and full UniFi WiFi management features. The FlexHD falls to $69 and remains one of the most versatile indoor or outdoor mesh units, offering WiFi 5 with 6 spatial streams, 1.7Gbps 5GHz performance, and multiple mounting options that make it easy to extend coverage. The nanoHD also lands at $69 and provides a compact ceiling mounted WiFi 5 solution with 4×4 MU MIMO on 5GHz, up to 1.7Gbps throughput, and a design that blends into most environments, making it ideal for small offices and meeting rooms.

 

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Synology DS1525+ NAS – REDUCED TO $691.49 (15% OFF)

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Minisforum N5 PRO NAS – NOW £888 including TAX

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QNAP TS-464 NAS – REDUCED TO £469 (20% OFF)

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QNAP TS-233 VALUE 2-Bay NAS – 15% OFF, £152.15 (inc.TAX)

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UGREEN DXP6800 PRO – 20% OFF, Now £799

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Synology DS225+ NAS – $303.49 (11% REDUCTION)

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QNAP TS-464 NAS – 8GB VERSION, 20% OFF, $469.99

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Gl.iNet Slate 7 WiFi7 Mobile Router, NOW $120 (29% OFF)

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Gl.iNet Puli AX SIM/LTE Router, NOW $331 (15% OFF)

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UniFi Cameras for Protect Black Friday Deals

The G5 Pro, AI 360, and G5 PTZ form the front end of UniFi’s discounted camera lineup for Black Friday 2025 and each model targets a different style of coverage. The G5 Pro drops from $379 to $199 and delivers 4K recording with a 3x optical zoom lens, strong daytime clarity, and IR night vision that reaches 25 m or up to 40 m with the Vision Enhancer. It offers people, vehicle, and animal detection, IP65 weather resistance, IK04 impact resistance, and flexible mounting for walls, ceilings, and poles. The AI 360 is reduced from $399 to $249 and provides full 360 degree coverage through a 2K fisheye sensor with pan tilt zoom control handled digitally inside UniFi Protect. It includes two way audio, smart detections, IPX4 weather resistance when covered, and IK08 tamper protection, making it suitable for wide indoor areas, retail spaces, or open office floors. The G5 PTZ falls to $229 from $299 and adds low latency mechanical pan tilt with a 2x optical zoom lens, 20 m IR night vision, and IP66 weather protection, which makes it an option for entry points, driveways, or perimeter paths.

 

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Terramaster F8 SSD PLUS Flash NAS – 20% OFF, NOW $639.99

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UGREEN DXP4800 PLUS – 20% OFF, NOW $559.99

Synology DS124 NAS – NOW $139.99 (22% PRICE DROP)

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UGREEN NAS Black Friday Deals – NOW LIVE

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The Best UGREEN NAS System Offers:

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(Best UGREEN NAS Deal) UGREEN DXP4800 PLUS NAS 4-Bay – $594.99

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Terramaster F4-425 PLUS (New 2025 Series Release) NAS – $484.99

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UGREEN DH4300 PLUS Value 4-Bay NAS – $65 OFF, Now $364.99

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UnifyDrive UT2 2x M.2 NVMe+2.5GbE+8 Core ARM Mobile NAS – $200 OFF, Now $399

+ Get a further 5% OFF with this code: NASCOMPARES

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UGREEN 6-Bay Power NAS System (DXP6800 Pro) – $180 OFF, NOW $1019.99

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ZimaBlade 7700, DOWN TO $159 WITH Promo Code ‘BLACKFRIDAYNASKIT10’

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LincStation N2 – 4xm.2 + 2x SATA SSD + 10GbE + UnRAID Licence – NOW $429 / £401

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UGREEN All-Flash DXP480T 10 Core i5 10GbE NAS – $150 OFF, NOW $849.99

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CWWK NAS DIY Motherboards and CPU+MoBo Combos:

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CWWK N150 / N355 10GbE 8x SATA NAS Motherboard Combo – Now $215

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CWWK 4x m.2 NVMe Pocket NAS Box (Intel N150 / N355) P6 – Just $195.63 NOW

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QNAP Refurb Store – 30% OFF Pre-Populated Desktop NAS and Expansions

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Minisforum MS-01 Intel Core, 2x 10GbE, USB4, PCIe 4X16 and 3x M.2 Workstation – Down to just $479.90

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Terramaster F6-424 Max – Powerhouse 6-Bay NAS – $150 OFF, Now $849.99

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If you want to skip ahead to the Deal List, just click below:

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————–  Useful Links  —————

US Amazon – Amazon USA Black Friday Official Page – Amazon UK Black Friday Official Page

Amazon Warehouse (20% Off Everything on Black Friday)

USA – UK – Germany

Still unsure of what you need – use the Free Advice Section here on NASCompares.

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Hot Tips when you Buy a NAS this Black Friday 2024

In order for you to get the very best NAS deals this Black Friday, here are some hot tips that I have personally used for the last few years to get the very best deals.

Amazon Warehouse Deals are 20% lower

For those that aren’t aware, Amazon has a whole section of their website that is dedicated to pre-owned and opened items. This includes both NAS, hard drives, SSD and more for your storage. During Amazon Black Friday 2024, the discount on these broken-seal items will be increased by an additional 20% and for those looking for an insane bargain, this will be irresistible.

Another tip when buying NAS or Hard Drives from Amazon Warehouse is that although (as they are broken seal/used/returned items) they have a shorter warranty from Amazon, you will almost certainly be able to claim the FULL warranty coverage from Synology, QNAP, WD or Seagate. They just want your serial number and a receipt of purchase – this will not state the amazon reduced warranty.

Amazon Warehouse for different countries can be found below:

 

Amazon Warehouse USA

Amazon Warehouse UK

Amazon Warehouse Germany

Latest Deals Update and Notifications

If you want to make sure you see the LATEST Black Friday deals for NAS (as new ones are added every hour) then I would recommend checking the official Amazon Prime page regularly. It will also include the very latest Lightning Deals too

US Amazon – Amazon Deals Page

UK Amazon – Amazon Deals Page

Amazon Prime for FREE

The prices listed on Amazon for NAS during the Black Friday event are only available to Prime members. If you are not a member, don’t worry, as you can use the 30-Day free trial to sign up for a Prime, or just pay for 1 month of Prime as a student and get it at 50% off. Then after you finish your purchase, you can cancel your subscription. The other bonus of this is that you will qualify for fast, next day delivery for free. I would recommend however that you do not cancel your subscription until you have received your order and tested your item.

As then you will still be able to take advantage of the fast and free return policy extended to Prime members. This is especially useful when buying NAS Hard Drives and you are worried about broken drives!

Improved Delivery on your NAS Black Friday Deal

It is a well-known fact that Amazon Prime membership includes free next day delivery and Amazon has even upped the stakes by stating that they will be providing the fastest-ever Black Friday delivery of just 14 minutes between the cart and the courier, last year we saw and heard numerous examples of delivery issues with Black Friday deals, adding 2-3 days on supposed next-day shipping.

If any of your Amazon Prime delivery dates are not the 24 hours turn around that they promise, then definitely complain to Amazon after you receive your goods (not before) as they will almost certainly have a deluge of customer enquiries after Black Friday 2024 and  in an effort to conclude the matter, you might get an additional discount, a gift vouchers or more. Currently, the trending ‘gesture of goodwill’ gift is a free month of Prime membership.

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This description contains links to Amazon. These links will take you to some of the products mentioned in today's content. As an Amazon Associate, I earn from qualifying purchases. Visit the NASCompares Deal Finder to find the best place to buy this device in your region, based on Service, Support and Reputation - Just Search for your NAS Drive in the Box Below

Need Advice on Data Storage from an Expert?

Finally, for free advice about your setup, just leave a message in the comments below here at NASCompares.com and we will get back to you. Need Help? Where possible (and where appropriate) please provide as much information about your requirements, as then I can arrange the best answer and solution to your needs. Do not worry about your e-mail address being required, it will NOT be used in a mailing list and will NOT be used in any way other than to respond to your enquiry. [contact-form-7] TRY CHAT Terms and Conditions   Alternatively, why not ask me on the ASK NASCompares forum, by clicking the button below. This is a community hub that serves as a place that I can answer your question, chew the fat, share new release information and even get corrections posted. I will always get around to answering ALL queries, but as a one-man operation, I cannot promise speed! So by sharing your query in the ASK NASCompares section below, you can get a better range of solutions and suggestions, alongside my own.

WE LOVE COFFEE

 

This description contains links to Amazon. These links will take you to some of the products mentioned in today’s video. As an Amazon Associate, I earn from qualifying purchases

 

Who Are IceWhale, Is ZimaOS a Legitimate NAS Software Player, and Are They Ready? An Interview with Lauren Pan, IceWhale CEO

IceWhale is one of the youngest companies in the self-hosting space, yet its operating system, ZimaOS, has rapidly become one of the most discussed alternatives to established NAS platforms. Built on an immutable Linux foundation with a strong emphasis on user experience, ZimaOS aims to combine the approachability of turnkey systems with the flexibility of DIY hardware. Behind that vision is Lauren Pan, the founder and CEO of IceWhale, whose team previously created CasaOS and later shifted focus to a more scalable and controlled platform in ZimaOS. Now that the brand has begun it’s roll out of it’s $29 lifetime license, it has now become apparent that this plucky start up needs to be taken alot more seriously, as well as be weighed critically in the same way other long-established NAS software platforms are.

So, during a recent visit to Shenzhen, I sat down with Lauren for an extended conversation about the origins of ZimaOS, the challenges of building a modern NAS operating system, the company’s rapid growth, and how the wider NAS industry is being reshaped by new players, security expectations, and AI-driven workloads. This interview captures his perspective on product design, community involvement, security, the evolution of the market, and IceWhale’s long-term ambition to bring personal servers into everyday households.

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When you began building the operating system back in 2021 with a very small founding team, what were those early days like and what were you aiming to create?

In 2021 the early team was only four members. I found our final CTO at that time, and we started to build the official design. At the beginning we were passionate and wanted to build a comprehensive, robust and customizable operating system for home lab users and tech-savvy people. But after three months, when we reviewed our progress, it was terrible. Even in the early stages you could tell there was something there because it was so light. That lightness was the biggest appeal for many people.  If you didn’t know what you were doing it was a great gateway into experimentation and learning. For people who did know what they were doing, the lightweight design made it flexible. In the first three months we honestly didn’t know exactly what we were building. We pivoted fast. We spent about a month researching Reddit, watching community videos including yours, and we realised people needed a lightweight, easy-to-use command line to set up a home server. That’s where the idea for CasaOS came from.

Fast-growing and successful products come from very sharp product insight. After that insight, the next phase is delivering high quality and building a good reputation through community feedback. This is core to our product methodology.
When we target a feature or user value, we don’t immediately invest heavy development resources. Instead, we speak with community members, moderators, and creators like you. We learn, and listen to how you see things, and watch user experience live on screen.

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How big is the IceWhale team today?

Right now we have 35 members. Recently, because ZimaOS has been growing so fast, the operational pressure is high. Our downloads and user base are increasing quickly. So in the coming months we plan to expand the team to around 50 people. The purpose is to continue delivering high-quality support to the community. Our download numbers and user base are growing very fast, and that creates a lot of operational pressure. That is why we are expanding the team significantly. Supporting the community with high-quality responses is one of our top priorities, and growth in the next few months is focused on providing that support.

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Why create ZimaOS when CasaOS already existed?

There are two main reasons. First, product direction. CasaOS is very open and we maintained it for more than two years with no license and free global access. However, as the process continued, we gradually realized that relying solely on the existing system architecture could no longer fully meet future requirements in terms of performance, scalability, and stability.. After deep internal discussion, we decided to build the OS from scratch rather than using Debian or mergerFS. This way, we can fully control quality and stability at the infrastructure layer. In 2023 we studied Home Assistant, Raspbian, and best practices in Linux. We built ZimaOS from the buildroot foundation, choosing our own kernel packages and implementing an immutable design. Users cannot modify system files because we focus on stability for daily use. But since many users still want to tinker, we layered Docker Compose on top.

Second, business sustainability. CasaOS used Apache 2.0 licensing because at that time no Chinese company was building a home server OS. We benefited hugely from open-source, so we needed to give back. But some companies began using CasaOS to build their own commercial products. To create a sustainable business cycle we needed a platform we could fully control, and that became ZimaOS.

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What is IceWhale doing to handle vulnerabilities responsibly?

We rely on GitHub and created a CVE reporting program. We announced it to the community, and anyone can report security issues. Internally, our development team handles these reports through a structured process. Every Monday we review all community feedback, including security issues, reliability problems, and feature requests. In the last two weeks, especially after your video, installations increased rapidly and so did feedback.

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Would you consider a security bounty program?

We are considering it. We need to strengthen our internal capabilities first. Bounty programs can attract both ethical hackers and opportunistic users, but they also help prevent widespread damage. Also, we are still very early into our funding sustainability to commit to something this large.

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A lot of people were surprised that ZimaOS is only 29 dollars for a lifetime license. How did you arrive at that price?

The pricing comes from the founding team’s expectations about the market. The NAS industry is still mostly limited to tech-savvy users, but we see a different future. We believe that in the next ten years everyone will have a personal or home server for daily use, home automation, and personal agents. If you evaluate the current NAS market at around one million users, then pricing at 300 dollars, like some competitors, makes sense because their investment is huge. But if you believe the market will grow far beyond that small base, then pricing it at 29 dollars makes much more sense. We think the market will not remain limited to only a few million users.

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Crowdfunding from companies like UGREEN has shown how quickly the market can shift when a new player enters the market. Do you think that changed industry expectations towards Chinese products?

UGREEN is a great example. Before their launch I spoke with people at several major brands and many were not worried. They thought UGREEN had no experience and would go nowhere. Then they raised 6.5 million dollars and sold 12,000 units. That was a lot of market share disappearing very quickly. This has really opened the door to a shake-up of private server ownership. In videos, you’ve often talk about control, flexibility, and personal ownership of data. This is core to the philosophical foundation for ZimaOS. When people want to host something themselves, they need full control. I don’t want users to be limited by a specific brand. They should decide how to manage their data, how to customise their apps and services, and how to extend computing power with GPU or 10 GbE. That purpose is at the core of ZimaOS.

We learned from the community that people need flexibility. At the same time, learning technical skills is still hard, so we also provide complete products like ZimaBoard and ZimaCube. This means users can get started quickly if they want an out the box solution. The industry is changing. Traditional NAS brands may move into higher tiers and ignore the bottom tier. New players will reshape the value and mid-range segments. The market will expand, but many brands are not ready for rapid shifts like AI integration.

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Would you consider adding surveillance features to ZimaOS?

Not yet. The surveillance market is very large and specialised. Right now we are focused on building a reliable core operating system.

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Some New and Entry level users find the USB installation process or migration away from an existing NAS to ZimaOS the only difficult steps. How do you plan to address that? Would you consider pre-bootloader-ready USB sticks for retail? Or specific Synology-to-ZimaOS migration tool?

I agree. Installation is still the biggest barrier for beginners. We are considering better solutions, including pre-prepared media, streamlined installation tools, and future hardware that removes the need for external installation completely. Making that first step easier is important. The idea of a installation-ready official USB with the license ready loaded makes alot of sense, and definitely something we can consider and explore, thank you. With branded migration tools, that is another very good idea. Migration is one of the biggest concerns for users switching from turnkey NAS systems. A dedicated migration tool could completely open the door for them. We should do that.

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Will CasaOS be retired any time soon?

No. We consider CasaOS our LTS version. We will continue fixing bugs and maintaining it. There is no CasaOS 2.0 planned at the moment. Its main advantage is ARM compatibility, which few other NAS operating systems support.

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Will there be a new ZimaCube?

Yes. In the next three months we will upgrade ZimaCube to the M2 version and announce it soon. It’s an improvement, not ZimaCube 2.0, more like a plus model. It will replace the existing version entirely. The positioning of ZimaCube was right, but I don’t think we made the first generation good enough to compete with new market entrees. So we focused heavily on improving the details while keeping the price. However, ZimaCube priced between 600 and 1200 dollars is still too expensive for the broader market and entry level, so we are investigating internally a product called “Zima Mini” to target the two-bay and four-bay market. More on that in 2026.

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Where do you want IceWhale and ZimaOS to be in five years?

Our vision is to serve more than 400 million households and bring a personal or home server to every family. In five years we want IceWhale to be positioned clearly as an operating system company rather than a hardware company. That has become very clear in the last two years.

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What moment made you most proud in the IceWhale journey?

There was a moment two years ago, when CasaOS reached around ten thousand community members. In China many people don’t care much about privacy or self-hosting, so when I told local investors that I wanted to build a NAS and open-source OS, they didn’t understand why. They thought we didn’t need it. But when the GitHub project took off, when the Discord community grew, and when users started creating mods without ever speaking to us, I realised they understood exactly what we were building. They understood the vision even though I never explained it publicly. That moment validated everything. It reminded me why I founded the company.

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Finally, for free advice about your setup, just leave a message in the comments below here at NASCompares.com and we will get back to you. Need Help? Where possible (and where appropriate) please provide as much information about your requirements, as then I can arrange the best answer and solution to your needs. Do not worry about your e-mail address being required, it will NOT be used in a mailing list and will NOT be used in any way other than to respond to your enquiry. [contact-form-7] TRY CHAT Terms and Conditions   Alternatively, why not ask me on the ASK NASCompares forum, by clicking the button below. This is a community hub that serves as a place that I can answer your question, chew the fat, share new release information and even get corrections posted. I will always get around to answering ALL queries, but as a one-man operation, I cannot promise speed! So by sharing your query in the ASK NASCompares section below, you can get a better range of solutions and suggestions, alongside my own.

WE LOVE COFFEE

 

Bonjour à tous,

J’’espère que vous allez bien ! Pour ma part, ça va plutôt bien. Depuis le dernier édito, j’ai pris quelques jours de repos (même s’ils me semblent déjà bien loin) et j’ai fait quelques petits travaux dans l’appartement. Côté boulot, les choses devraient s’améliorer dans les semaines à venir.

Mon dernier édito n’avait pas laissé certains d’entre vous indifférents. C’est toujours amusant de voir que certains ressentent un besoin incontrôlable d’y voir une conspiration ou une rémunération cachée dès qu’une personne donne son avis. Je le redis donc ici : non, je ne suis pas payé pour dire du bien d’une marque ou d’une autre. Oui, il existe des sponsors (les logos en haut à droite) qui financent une petite partie du site… mais, comme depuis le début, cela ne leur donne aucun privilège ni passe-droit. Lorsqu’il y a une contrepartie financière, vous aurez systématiquement la mention « article sponsorisé » (en haut et en bas de l’article).

Pour revenir à l’actualité des NAS, parlons rapidement des choix controversés de Synology. Lors d’un événement récent, j’ai échangé avec un grossiste spécialisé notamment dans les NAS. Il m’a indiqué que les ventes Synology n’avaient pas simplement ralenti… mais qu’elles étaient complètement à l’arrêt. Si l’on pouvait croire que cela concernait uniquement la dernière série, l’impact négatif touche en réalité toutes les gammes. Depuis, Synology a rétropédalé… il y a de fortes chances que vous aperceviez de jolies promotions dans les jours à venir Est-ce que les ventes vont repartir ?

Côté des Films, je n’ai rien vu depuis F1 que j’avais apprécié. Pour ce qui est des Séries TV, j’ai regardé Ballard qui est un spin-off de Bosch. Personnellement, je n’ai pas accroché. J’ai découvert (grâce à vous) Platonic, une série amusante même s’il y a quelques longueurs. Je recommande… mais, je ne suis pas certain de vouloir regarder la saison 2. Je viens de terminer Slow Horses (déjà la saison 5) et c’est toujours aussi savoureux. On en redemande !

Allez, je vous laisse… bonne semaine à tous,
FX

Synology vient de publier une nouvelle version de son système interne : DSM 7.3.1. Il s’agit d’une mise à jour de sécurité, vivement recommandée… surtout si votre NAS est accessible depuis l’extérieur. Voyons en détail ce que propose cette nouvelle version.

Synology DSM 7.3.1 Update 1

Après être revenu sur la compatibilité des disques durs début octobre avec DSM 7.3, puis avoir déployé DSM 7.3.1 quelques jours plus tard, le fabricant taïwanais publie aujourd’hui DSM 7.3.1 Update 1.

Comme toujours, commençons par le journal des modifications, qui récapitule les ajouts et correctifs apportés à DSM. Pour cette version, Synology indique simplement :

• Correction d’une faille de sécurité.

Rien de plus. Synology reste peu bavard… et ce n’est pas nouveau. Le fabricant détaille de moins en moins ses correctifs. On peut également se demander si cette vulnérabilité corrigée fait écho aux résultats du Pwn2Own Dublin 2025.

Comment télécharger et installer DSM 7.3.1

Si votre NAS est exposé sur Internet, nous vous recommandons d’installer cette mise à jour assez rapidement. Pour les autres, vous pouvez encore attendre quelques jours. Voici comment l’installer manuellement en suivant ces étapes :

1. Téléchargement du fichier
   Allez sur la page officielle du Centre de téléchargement de Synology ou sur le site d’archive officiel.
2. Installation manuelle
   • Connectez-vous à l’interface d’administration de votre NAS.
   • Accédez à Panneau de configuration > Mise à jour et restauration.
   • Cliquez sur Mise à jour manuelle de DSM.
   • Sélectionnez le fichier téléchargé via le bouton Parcourir.
   • Cliquez sur OK et patientez…
3. Redémarrage obligatoire
   Une fois la mise à jour terminée, votre NAS redémarrera automatiquement.

Une fois la mise à jour appliquée, le NAS redémarre automatiquement. Le fichier fait entre 3 et 5 Mo selon le modèle. L’installation est assez rapide…

Merci Benjamin !

Sipeed NanoKVM Pro KVM Review

The NanoKVM Pro from Sipeed represents the latest iteration in the company’s growing range of remote management devices, developed as a more capable successor to the original NanoKVM. Building on the lessons learned from its earlier RISC-V model, this version introduces a dual-core ARM architecture and significantly enhanced system resources. The design focus shifts toward higher-resolution capture, faster data handling, and improved remote-access functionality, all within a self-contained form factor that can sit on a desk or integrate into rack systems. Supported by an open-source PiKVM-based software environment, it provides the same level of control normally associated with enterprise IPMI solutions, including BIOS access, remote mounting of ISOs, and full keyboard-video-mouse interaction through a browser interface. Unlike many entry-level devices in its category, it supports 4K capture up to 30 fps, 1080p up to 60 fps, and HDMI loop-out for simultaneous local display. Optional features such as Wi-Fi 6, PoE input, and ATX power control expand its deployment flexibility across both professional and hobbyist environments. With 1 GB of LPDDR4X memory, 32 GB of onboard eMMC storage, and the ability to run either NanoKVM OS or full PiKVM firmware, the Pro model aims to balance affordability with advanced functionality suited to modern remote administration setups. But is it any good? Let’s find out if the NanoKVM Pro deserves your money and your data.

NanoKVM Pro KVM Review – Quick Conclusion

The NanoKVM Pro from Sipeed is a compact, Linux-based IP-KVM device that brings enterprise-grade remote management features into an affordable, open-source package designed for homelab enthusiasts, technicians, and small-scale administrators. Built around a dual-core ARM Cortex-A53 processor with 1 GB of LPDDR4X memory and 32 GB of onboard eMMC storage, it supports 4K capture at 30 fps, 1080p at 60 fps, and HDMI loop-through for simultaneous local display, while maintaining low latency and stable frame delivery over gigabit Ethernet or Wi-Fi 6. The device integrates ATX control for power and reset functionality, allowing full BIOS-level access and system reboots without physical interaction, and can be powered via USB-C, PoE, or motherboard header connection. A 1.47-inch touchscreen with rotary encoder provides local control and monitoring, supported by an intuitive browser-based interface that enables ISO mounting, firmware updates, and encrypted remote access through built-in Tailscale VPN integration. It runs either Sipeed’s NanoKVM firmware or a full PiKVM stack, both of which are open-source and compatible with community-developed extensions, including AI-assisted features that perform local OCR and screen automation. The aluminum body ensures passive cooling and silent operation, with power draw averaging 3 to 7 watts depending on load. While early firmware builds lacked full 4K45 and H.265 support, continued updates have addressed most of these gaps, and the open nature of the platform allows for further improvement. Its minor drawbacks—such as inconsistent cable bundles, a lightweight dial, and limited CPU overhead during heavy 4K sessions—are outweighed by its flexibility, performance, and independence from proprietary cloud control. Overall, the NanoKVM Pro stands out as one of the most capable and customizable IP-KVM solutions in its price range, offering real out-of-band management power in a device smaller than a deck of cards.

Sipeed NanoKVM Pro on AliExpress	Sipeed NanoKVM Pro on Amazon

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NanoKVM Pro KVM Review – Design & Storage

The NanoKVM Pro adopts a compact aluminum enclosure that measures 65 by 65 by 28 millimeters, emphasizing passive cooling and durability over aesthetic design. The casing doubles as a heat spreader, transferring thermal load from the PCB through its metal base and dissipating it through the chassis surface. This construction allows it to maintain stable temperatures around 50–55°C during typical use, even with extended operation or PoE power input. The metal build makes it suitable for permanent desktop placement or rack integration, and Sipeed provides 3D printable mounting templates for both single and triple-unit configurations. Despite its small footprint, the front panel includes a 1.47-inch 320×172 capacitive touch display and a rotary encoder that enables system navigation and control without needing to connect a keyboard or mouse. The LCD serves both as a configuration interface and as a secondary monitoring screen, capable of displaying live HDMI capture, resource utilization, or user-defined Python applications.

Storage performance represents a notable improvement over the earlier NanoKVM, which relied on a microSD card for its operating system. The Pro integrates 32 GB of eMMC storage rated at approximately 300 MB/s read speeds, providing faster ISO mounting and firmware updates, as well as the ability to host lightweight scripts or utilities locally. The onboard storage can be expanded through a microSD slot positioned beside the HDMI input, supporting additional media up to 512 GB. This expansion capability allows users to keep multiple boot images or installation media accessible directly through the web interface, making it useful for managing test systems or recovery environments. In practice, transferring a 1 GB ISO via a gigabit network takes about a minute, which is considerably faster than previous microSD-based units.

Externally, the NanoKVM Pro’s layout balances density and accessibility. All primary I/O connections, including HDMI input and output, dual USB-C ports for power and HID control, and a gigabit Ethernet port, are aligned along the rear edge to simplify cable routing in both rack and desktop configurations. The USB-C design allows for flexible power sourcing, supporting either direct 5V input, PoE via Ethernet, or ATX line integration through the bundled adapter board. This modularity is complemented by a detachable ATX control board that connects through a flat ribbon cable, enabling power, reset, and LED signal passthrough from a host motherboard. When connected correctly, this board allows remote hard resets and complete power cycling through the web interface, replicating the hardware-level management seen in dedicated IPMI modules.

On the front of the device, the rotary dial and touchscreen offer combined tactile and touch control options. Short presses, rotations, and swipes allow for full system interaction, while long presses bring up system menus and app selections. The screen can also operate as a secondary display via USB connection on Windows systems, acting as a miniature monitor that mirrors or supplements the primary display output. Through custom scripts, users can configure the display to show diagnostic data, resource graphs, or network metrics, further extending the device’s use beyond remote management.

Sipeed’s packaging reflects the device’s development-oriented nature. The kit typically includes two USB-C to USB-A cables, a short HDMI cable, and an ATX interface adapter with DIP cables, although early Kickstarter units reportedly shipped with incomplete cable sets. Documentation is provided through QR-linked web guides rather than printed manuals, directing users to detailed online setup instructions and firmware repositories. This approach aligns with Sipeed’s community-driven model, where updates, firmware images, and user scripts are hosted on GitHub for open access.

Finally, the overall footprint and passive cooling design allow the NanoKVM Pro to run silently, drawing between 3 to 5 watts depending on load, or up to 7 watts when AI functions or ambient lighting are enabled. While compact enough for portable or field use, it performs best when placed on conductive or ventilated surfaces, such as a metal case or rack shelf. The Pro model’s focus on internal storage, heat management, and flexible installation makes it notably more practical than most low-cost USB KVMs and positions it closer to a self-contained remote administration terminal.

NanoKVM Pro KVM Review – Ports and Connectivity

The NanoKVM Pro provides several configuration options for both local and remote access, reflecting its design for flexible integration across various network types. Wired connectivity is managed through a full gigabit Ethernet interface, which supports both data transfer and Power over Ethernet (PoE) in certain configurations. This upgrade from the previous model’s 100 Mbps port reduces latency and ensures smoother 4K capture and ISO mounting operations across a local area network.

For environments where wired access is unavailable, Sipeed also offers Wi-Fi 6 variants that include built-in wireless support, allowing users to connect through a temporary access point and configure the device from a phone or laptop. Initial setup is handled through DHCP, displaying the assigned IP address directly on the front LCD screen. From there, users can access the web interface by entering the device’s IP address in a browser such as Chrome, with HTTPS enabled by default through a self-signed certificate.

For secure remote administration, the NanoKVM Pro includes native support for Tailscale, enabling encrypted VPN-style access across different networks without manual port forwarding. Once linked to a Tailscale account, the unit automatically joins the same virtual LAN as other connected devices, simplifying access to systems behind firewalls or NAT routers. This makes it suitable for home users who need unattended access to remote PCs or small business administrators managing distributed systems.

The device also supports USB-NCM network connections for direct link setups, as well as traditional SSH sessions for users who prefer command-line management. Because the underlying operating system is based on Ubuntu, it can also host additional networking utilities such as ZeroTier or Cloudflare Tunnels, giving users a range of choices for secure remote links depending on their existing infrastructure.

The NanoKVM Pro also supports HDMI loop-through, allowing users to connect both the target computer and a local display simultaneously. The input captures up to 4K at 30 frames per second, while the output can pass through up to 4K at 60 frames per second, depending on the connected monitor and signal mode. This dual-mode setup enables simultaneous viewing and control without interrupting the host system’s display, which is particularly useful for remote diagnostics or shared monitoring environments. In practice, the captured video stream can be viewed in near real time, with local testing showing roughly three frames of latency difference on a gigabit network connection. Combined with audio capture and bidirectional USB-HID control, the NanoKVM Pro provides a complete interface for headless or offsite system management.

NanoKVM Pro KVM Review – Internal Hardware

Internally, the NanoKVM Pro is based on the AX630C processor, a dual-core ARM Cortex-A53 SoC operating at 1.2 GHz. This represents a significant step up from the previous NanoKVM’s single-core RISC-V SG2002 processor, which struggled with multitasking and heavier video capture workloads. The new chip enables both 4K video input and real-time encoding in H.264 or H.265, as well as MJPEG for lower-latency streaming. It is paired with 1 GB of LPDDR4X memory and 32 GB of onboard eMMC storage, providing a notable improvement in performance and responsiveness when handling ISO uploads, live video feeds, or concurrent network sessions. In operation, CPU utilization typically sits around 25 to 35 percent during local access, rising to 50 to 60 percent when performing 4K capture or running AI-assisted functions.

Thermal management relies entirely on the metal enclosure acting as a passive heatsink. The system consumes roughly 3 to 4 watts at idle and up to 7 watts when AI processing or 4K capture is active. During extended use, surface temperatures can reach the mid-50 °C range, while internal readings may approach 70 °C under continuous workloads. Despite this, thermal throttling has not been observed in regular use, provided the device is placed on a conductive or ventilated surface. Users operating in warmer environments can improve dissipation by resting it on a metallic case or rack shelf, as the aluminum body is designed to transfer heat evenly across its underside. The device remains silent throughout, as no active fan is used.

Internally accessible interfaces add to its adaptability. Two USB-C ports handle power and human interface device connections, while a microSD slot offers external storage expansion or alternate firmware booting. A small 0.1 mm header provides access to two RS-232 serial ports, allowing direct console communication with servers, switches, or other serial-based equipment. This makes the NanoKVM Pro suitable not only for managing desktop systems but also for integrating with embedded or industrial hardware that lacks graphical interfaces.

Combined with the ATX breakout board for power management and the option to use the unit’s LCD as a miniature USB secondary display, these features extend its application well beyond that of a standard KVM switch.

NanoKVM Pro KVM Review – Software and Services

The NanoKVM Pro runs on a customized Linux environment built around the open-source PiKVM framework, allowing users to operate within Sipeed’s own NanoKVM interface or switch to a full PiKVM installation through the system menu. The preinstalled NanoKVM environment provides a more streamlined interface tailored to less experienced users, offering web-based management with HTTPS, user authentication, and direct BIOS-level control of connected systems. It supports remote mounting of ISO images, firmware updates, and automated scripts, all handled through an integrated file manager accessible via browser. The software operates entirely locally by default, without mandatory cloud connections, which is a notable distinction compared with many modern remote-access appliances that rely on vendor relay servers.

Once configured, users can log in through a web browser using the device’s IP address, with the default credentials set to “admin” for both username and password. The interface prompts password change on first login and provides granular control over network settings, storage, user accounts, and ATX power functions. Most settings can be modified directly through the web GUI without command-line access, although advanced users can enable SSH for deeper configuration or script automation. Firmware updates are managed via the same interface, with an option to enable preview builds for early access to experimental features such as H.265 encoding or AI integrations. The NanoKVM Pro also includes support for WebSSH, allowing browser-based terminal access to the device itself or to the connected host.

One of the most distinctive aspects of the NanoKVM Pro is its front-panel software ecosystem. The 1.47-inch touchscreen runs its own UI layer with interactive menus, swipes, and rotary input for navigation. It displays real-time system metrics such as CPU load, IP address, and network status, and can also serve as a live HDMI preview display. Beyond these default utilities, users can install small Python-based applications that render custom data on the screen. Three example apps—“coin,” “conway,” and “hello”—are included to demonstrate this feature, and advanced users can upload their own code to the /userapp directory to display statistics, weather, or system messages. Through this approach, the NanoKVM Pro acts not just as a control interface but as a miniature programmable display for local or rack-mounted setups.

Remote management services are another major focus. Tailscale is preinstalled, providing quick setup for secure, encrypted remote sessions without the need for static IP addresses or manual port forwarding. For users preferring other approaches, the device’s Ubuntu base supports additional VPN tools such as ZeroTier, WireGuard, or Cloudflare Tunnels, which can be manually installed through apt. This flexibility ensures compatibility with existing enterprise or homelab networks. The system also includes Wake-on-LAN, remote reboot, and full ATX control options, allowing users to perform power cycling or forced shutdowns directly through the web interface. The integration of these features means the NanoKVM Pro functions as an accessible alternative to server-grade remote management tools, at a fraction of their cost and complexity.

Finally, Sipeed has begun introducing experimental AI-driven functions in its firmware. These include smart assistant options that use basic optical character recognition (OCR) and contextual automation to simplify KVM operations such as copying text from the remote screen or assisting with troubleshooting prompts. Although early and limited in scope, the AI feature demonstrates the company’s effort to integrate local intelligence without relying on external cloud processing. This is complemented by the open-source nature of the platform, where both NanoKVM and PiKVM firmware images are publicly available for inspection and customization. Users can adapt the system to their own needs, extending its functionality through community scripts or integrating it into larger automation frameworks for testing, monitoring, or remote maintenance tasks.

NanoKVM Pro KVM Review – Verdict and Conclusion

The NanoKVM Pro marks a substantial improvement over its predecessor, combining more capable ARM hardware with higher capture quality, local storage, and multiple remote-access options. It bridges the gap between budget IP-KVMs and more professional management tools, delivering features like ATX control, HDMI loop-out, Tailscale connectivity, and a programmable touchscreen interface within a single, compact unit. The open-source base allows users to adapt it for highly specific workflows, whether for homelab management, small business system maintenance, or integration into test benches and automation setups. In day-to-day operation, latency and video performance remain strong over gigabit connections, with the interface proving responsive and stable. While early firmware versions lacked some advertised features such as full 4K45 capture and H.265 encoding, updates have continued to expand the system’s capabilities over time.

As a whole, the NanoKVM Pro is best understood as an evolving platform rather than a fixed appliance. Its combination of hardware versatility and accessible software design positions it as one of the more flexible low-cost KVM options available, even if certain elements, such as the dial build quality and early AI features, feel unfinished. For users seeking an independent, locally managed solution for BIOS-level control and remote diagnostics without vendor lock-in, it represents one of the strongest value offerings in its class.

Sipeed NanoKVM Pro on AliExpress	Sipeed NanoKVM Pro on Amazon

Sipeed NanoKVM Pro PROs

Sipeed NanoKVM Pro CONs

Dual-core ARM processor provides smooth 4K capture and significantly faster response than the original NanoKVM Integrated 32 GB eMMC storage allows quick ISO mounting and firmware management without reliance on microSD cards Full 1 Gbps Ethernet with optional PoE and Wi-Fi 6 ensures versatile network deployment HDMI loop-through supports local display alongside remote viewing up to 4K at 30 fps Built-in ATX power control enables full remote power-on, reset, and shutdown of connected systems 1.47-inch touchscreen and rotary encoder provide direct local control and real-time status display Open-source Linux base (NanoKVM and PiKVM compatible) allows community firmware and user-script customization Preinstalled Tailscale client offers secure remote access without port forwarding or cloud dependency Passive metal enclosure ensures silent operation and effective heat dissipation in 24/7 use

The front control dial feels fragile and lacks precision during use AI assistant and H.265 video support remain experimental or incomplete in current firmware Some units ship with missing or inconsistent cable sets depending on the retail batch Limited performance headroom during sustained 4K capture or concurrent remote sessions

 

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Les prises connectées sont de plus en plus présentes dans nos maisons pour piloter différents appareils. Dans cet article, je vais vous partager mes utilisations.

Tout d’abord, les prises devaient être en Zigbee pour fonctionner sur mon réseau. Il existe aussi des prises Wi-Fi, mais je souhaite rester sur un même type de réseau afin d’avoir une domotique unifiée. Ensuite, il a fallu trouver des prises compatibles avec Home Assistant, mais aussi m’assurer qu’elles fonctionnent avec ZHA dans mon cas ou avec Zigbee2MQTT si vous utilisez cette solution. Il existe le site Database of Zigbee, qui répertorie les appareils domotiques et indique leurs compatibilités avec les différentes plateformes. Ce site étant alimenté par les utilisateurs, tout n’y est donc pas forcément référencé…

Prise connectée et Home assistant

Le plus souvent, c’est en consultant différents articles que l’on découvre ce qui est compatible ou non. De mon côté, j’avais d’abord prévu d’acheter les prises de chez IKEA, mais le magasin n’étant pas sur mon trajet habituel. J’ai finalement opté pour les prises de la marque Lexman de Leroy Merlin, qui sont elles aussi compatibles avec Home Assistant et Zigbee.

Sur le site de la base de données, seule la version 16 A est répertoriée, mais il me fallait également une 10 A. Dans les avis de la prise 10 A sur le site de Leroy Merlin, un commentaire indiquait qu’elle était compatible avec Home Assistant et ZHA. J’ai donc acheté une 10 A et une 16 A pour deux usages différents.

Physiquement, les prises se ressemblent. La version 16A est un peu plus encombrante, mais on retrouve sur les deux modèles un bouton unique permettant d’allumer ou d’éteindre la prise. Ce bouton sert également à associer la prise à votre réseau. Une LED verte indique l’état de la prise.

Connecté à Home assistant et sur ZHA

Une fois l’association effectuée, vous retrouvez vos deux prises dans l’intégration ZHA. On remarque ici une différence au niveau de la remontée des informations, ce qui pourrait être bloquant pour vos futures automatisations.

Sur la première image, nous avons les données de la prise 10A, et sur la seconde, celles de la 16A. On constate que cette dernière remonte en temps réel la puissance de consommation, ce qui n’est pas le cas de la 10A. Pour mon projet, ce manque d’information peut être gênant, nous y reviendrons un peu plus bas.

Pour quelle utilité ?

Pour la version 10A, son utilisation reste simple : elle a pour rôle d’allumer une lumière qui n’est pas utilisée au quotidien. En effet, dans un précédent article sur le pilotage des volets, j’avais créé un bouton que j’active en cas d’absence, afin qu’une automatisation gère l’ouverture et la fermeture des volets.

Mais quel est le rapport avec les volets ? Eh bien, l’absence justement ! J’ai créé une nouvelle automatisation qui prend en compte l’état de ce bouton d’absence. Celle-ci permet de piloter la lumière, en l’allumant quelques minutes après le coucher du soleil, puis en l’éteignant après une certaine durée. Le fait de ne pas avoir de retour sur la consommation n’est donc pas bloquant dans ce cas.

Voici une automatisation simple : remplacez l’entité switch.lumiere_comptoir par la vôtre. Pour découvrir toute l’installation du mode absence, rendez-vous sur cet article.

alias: Lumière - Allumer lumière comptoir si absent
description: >-
  Allume la lumière 20 minutes après le coucher du soleil si absent, puis
  l'éteint 1h après
triggers:
  - event: sunset
    offset: "00:20:00"
    trigger: sun
conditions:
  - condition: state
    entity_id: input_boolean.absent
    state: "on"
actions:
  - target:
      entity_id: switch.lumiere_comptoir
    action: switch.turn_on
  - delay: "01:00:00"
  - target:
      entity_id: switch.lumiere_comptoir
    action: switch.turn_off
mode: single

Pour la seconde prise, l’utilisation sera plus aboutie. Elle servira pour la machine à laver et aura deux rôles.

Le premier sera de permettre la programmation du démarrage de la machine en notre absence, afin qu’elle soit terminée à notre retour. Pour cela, il faut une machine pas trop récente : la mienne (n’étant pas bourrée d’électronique) fonctionne encore avec des boutons de mise en marche et des programmateurs rotatifs mécaniques. Je peux donc laisser le bouton sur « On », programmer le mode de lavage, et la machine démarrera automatiquement à l’arrivée du courant.

Le second rôle consistera à me notifier lorsque le cycle est terminé. La machine étant installée dans mon garage, je ne l’entends pas et il m’arrive souvent de l’oublier.

Mise en place du programmateur

Pour créer notre programmateur nous allons avoir besoin de plusieurs choses.

1. Créer une entité heure.
   Il va servir pour notre programmateur. Rendez-vous dans Paramètres, puis Appareils et services, ensuite dans Entrées, et cliquez sur Créer une entrée. Dans la liste, choisissez Date et/ou heure. Indiquez un nom, une icône, puis sélectionnez Heure.
   
   
2. Création d’un interrupteur virtuel.
   C’est lui que l’on activera pour lancer une programmation. Toujours dans Paramètres, puis Appareils et services, allez dans Entrées et cliquez sur Créer une entrée. Recherchez Interrupteur, puis indiquez un nom et une icône.
   
3. Ajout d’un plugin HACS.
   Ce n’est pas obligatoire, mais par défaut, pour modifier l’heure de l’entité créée à la première étape, il faut cliquer dessus et saisir manuellement l’heure souhaitée. Comme je dispose d’un petit écran tactile pour piloter la maison, je voulais quelque chose de plus rapide. Le plugin Time Picker Card permet justement d’avoir une interface graphique simple et rapide pour la programmation.
   
   
4. Activer le sensor Time.
   Il faut que Home Assistant connaisse l’heure actuelle pour pouvoir la comparer avec notre entité d’heure et ainsi déclencher l’automatisation.
   Pour cela, allez dans Paramètres, puis Appareils et services, et cliquez sur Ajouter une intégration. Dans la liste, recherchez Date.
   
   Une fois l’intégration ajoutée, ouvrez-la puis cliquez sur Ajouter un service. Sélectionnez Heure, puis validez.
   

Il faut maintenant créer une automatisation. Toutes les minutes, elle vérifiera si notre interrupteur virtuel est activé et si l’heure programmée correspond à l’heure actuelle.

Pour cela, allez dans Paramètres, puis Automatisation, et ajoutez une nouvelle automatisation. Passez en mode YAML et collez le code. Pour que cela fonctionne chez vous, il faudra remplacer les entités suivantes par celles que vous avez définies :

• input_datetime.debut_machine_a_laver : l’entité date
• input_boolean.lave_linge_programme : l’interrupteur virtuel
• switch : l’entité correspondant à votre prise connectée

Si tout est correctement configuré, l’automatisation activera la prise pour démarrer le lave-linge.

alias: Machine à laver - Lancement programme
description: ""
triggers:
  - minutes: /1
    trigger: time_pattern
conditions:
  - condition: template
    value_template: >
      {{ states('sensor.time') ==
      states('input_datetime.debut_machine_a_laver')[0:5] }}
  - condition: state
    entity_id: input_boolean.lave_linge_programme
    state: "on"
actions:
  - target:
      entity_id: switch.machine_a_laver
    action: switch.turn_on
  - target:
      entity_id: input_boolean.lave_linge_programme
    action: input_boolean.turn_off
mode: single

Mise en place d’une carte

Vous pouvez maintenant passer à la partie graphique. Il vous faudra le plugin pour programmer l’heure, l’interrupteur virtuel pour activer la programmation, et le bouton pour couper la prise connectée.

Voici un exemple de mon côté : je commence par programmer l’heure, puis j’active la programmation et enfin je coupe la prise. Côté machine, je mets l’interrupteur en marche et je choisis le programme souhaité.

Pour que mes icônes changent de couleur, j’utilise Mushroom. Je vous fournis les codes pour le bouton de programmation et pour le pilotage de la prise connectée. Remplacez les entités par les vôtres.

Pour le bouton de programmation :

type: custom:mushroom-template-card
entity: input_boolean.lave_linge_programme
primary: Programmer
icon: mdi:timer-play
tap_action:
  action: toggle
color: |
  {% if is_state('input_boolean.lave_linge_programme', 'on') %}
    green
  {% else %}
    grey
  {% endif %}
features_position: bottom
card_mod:
  style: |
    ha-card {
      font-weight: bold;
    }

Pour le contrôle de la prise:

type: custom:mushroom-template-card
entity: switch.machine_a_laver
primary: Machine à laver
icon: mdi:washing-machine
tap_action:
  action: toggle
grid_options:
  columns: 6
  rows: 1
color: |
  {% if is_state('switch.machine_a_laver', 'on') %}
    green
  {% else %}
    red
  {% endif %}
features_position: bottom

Il ne vous reste plus qu’à tester une programmation et vérifier si votre prise s’active à l’heure indiquée.

Notification

Il m’arrive souvent d’oublier la machine, alors quoi de mieux que de recevoir une notification sur son smartphone ? Il fallait que celle-ci soit efficace, par exemple en ne me notifiant pas lorsque je ne suis pas à la maison et qu’une autre personne utilise la machine.

Le moyen le plus efficace que j’ai trouvé consiste à vérifier si le téléphone est connecté au Wi-Fi de la maison. Toujours via HACS, j’ai installé l’intégration iPhone Detect for Home Assistant. Je ne sais pas si elle fonctionne avec un Android, car elle demande uniquement l’adresse IP et effectue un « ping » toutes les x secondes pour vérifier la présence de l’appareil sur le réseau.

Une fois l’intégration installée via HACS, il vous faudra l’ajouter via le menu Paramètres, puis Appareils et services, et Ajouter une intégration. Dans la liste, recherchez iPhone Detect.

Retournez ensuite sur la page des intégrations et ouvrez celle-ci. Cliquez sur Ajouter un appareil, puis indiquez le nom que vous souhaitez, son IP (attention : il faudra attribuer une IP fixe à votre iPhone pour qu’il soit toujours détectable) et enfin, définissez l’intervalle de scan sur le réseau.Il faut également que votre smartphone soit connecté à Home Assistant ; si vous avez installé l’application, il y a de fortes chances que ce soit déjà le cas.

Nous allons maintenant créer notre automatisation, et c’est là que la remontée de puissance de la prise devient nécessaire. Pour savoir quand la machine a fini, mettez-la simplement en fonctionnement sans lancer de programme, en laissant uniquement le bouton « On » activé. J’ai ainsi pu constater qu’au repos, ma machine consomme 3 W.

Pour l’automatisation, je procède ainsi : si la prise connectée est en dessous de 3,1 W pendant 3 minutes et que l’iPhone est connecté au réseau, alors envoyer la notification. Voici le résultat.

Voici le code : passez en mode modification YAML pour l’ajouter. Il faudra remplacer les entités suivantes pour qu’il fonctionne chez vous :

• sensor.machine_a_laver_puissance : le capteur de votre prise connectée qui remonte la puissance
• device_tracker.iphone_seb : le capteur créé par iPhone Detect
• notify.mobile_app_iphone : il faudra un peu chercher pour celle-ci, car cela a changé avec les versions. En version graphique, pour la notification, vous pouvez chercher notify et votre téléphone apparaîtra dans la liste.

alias: NOTIFICATION - Machine à laver terminée
description: Préviens quand la machine est terminée si je suis à la maison
triggers:
  - entity_id: sensor.machine_a_laver_puissance
    below: 3.1
    for: "00:03:00"
    trigger: numeric_state
conditions:
  - condition: numeric_state
    entity_id: sensor.machine_a_laver_puissance
    above: 0
  - condition: state
    entity_id: device_tracker.iphone_seb
    state: home
actions:
  - data:
      title:  Machine à laver
      message: Le cycle est terminé 
    action: notify.mobile_app_iphone
mode: single

Conclusion

Voici deux idées d’utilisation d’une prise connectée… La seconde vous permettra de transformer votre lave-linge dinosaure en un véritable lave-linge connecté des temps modernes. Et le tout intégré sur mon écran de pilotage.

On peut aller encore plus loin : grâce à la puissance, il est possible d’identifier les différentes étapes du lavage, comme le montre ce graphique.
Au début, on voit la chauffe de l’eau, suivie de plusieurs montées régulières correspondant à la phase de lavage et aux rotations du tambour. Pour terminer, on observe un plateau vers 9h53, qui correspond au rinçage.

Ainsi, dans Home Assistant, on peut déterminer l’avancement du cycle en fonction de la puissance.
Et comme nous utilisons toujours le même programme, un chronomètre d’avancement du cycle pourrait être ajouté. 

UGREEN Reveal Two New 4-Bay NAS – The DXP4800 Pro and DXP4800S

UGREEN DXP4800S NAS Specifications

The DXP4800S is seemingly positioned as an updated variant of the original DXP4800, retaining the same core hardware layout while adopting Intel’s newer N150 processor and faster DDR5 memory. The shift to the N150 provides a modest frequency increase over the N100 but maintains identical core count, thread count and power behaviour. Memory remains user accessible through a single slot, with support for up to 16GB. The rest of the internal structure is unchanged, including four SATA bays, two NVMe slots and the same Gen three by one PCIe wiring. The system is intended as a compact x86 home server with improved AI-assisted photo indexing and modest efficiency gains over the standard model.

Externally, the device keeps the original USB layout, HDMI output and 2.5GbE gigabit LAN. The SD card reader remains SD 3.0 and the flash storage stays at 32GB. The overall focus of this model is small refinements rather than a re-engineered platform. Users familiar with the DXP4800 will find the same physical design and the same expandability, but with slightly higher supported memory frequency and a newer entry class processor that aligns with Intel’s Twin Lake manufacturing cycle.

Component	DXP4800S
Processor	Intel N150, four cores and four threads, up to 3.6Ghz
Architecture	x86, Intel seven process
Memory	8GB DDR5 preinstalled, one slot, up to sixteen gigabytes, up to five thousand six hundred megahertz, ECC capable
SATA Bays	Four, compatible with 2.5 inch and 3.5 inch drives
SATA Capacity	Up to 30TB per bay
NVMe Slots	Two M key NVMe 2280 slots, up to eight terabytes each
Flash Storage	32GB
Network	2x 2.5GbE
USB	Front one USB three point two Gen two Type A and one USB three point two Gen two Type C. Rear one USB three point two Gen one
USB Two	Two rear ports
SD Reader	SD 3
HDMI	Up to 4K at sixty hertz

UGREEN DXP4800 Pro NAS Specifications

The DXP4800 Pro introduces more substantial hardware changes than the S variant. It replaces the Pentium Gold processor found in the DXP4800 Plus with the Intel Core i3-1315U, which provides additional cores, higher thread count and improved frequency. This positions the Pro as the most capable four bay x86 model in UGREEN’s lineup. The system also upgrades its SD card reader to SD 4.0 and increases maximum supported memory to 96GB through two DDR5 slots. Internal storage layout remains unchanged, with four SATA drive bays and two NVMe slots, both fully accessible without modifying the chassis. Connectivity mirrors the Plus model by retaining 1x 10GbE and 1x 2.5GbE USB connectivity remains a mix of Gen two front ports and a Gen one rear port. HDMI output continues to support 4K at 60Hz. These choices maintain consistency with the previous model and allow the CPU upgrade to be the primary differentiator rather than a broader redesign of the platform.

Component	DXP4800 Pro
Processor	Intel Core i3 1315U, six cores and eight threads, up to 4.5Ghz
Architecture	x86, Intel seven process
Memory	E8GB DDR5 preinstalled, two slots, up to ninety six gigabytes, up to five thousand six hundred megahertz, ECC capable
SATA Bays	Four, compatible with 2.5 inch and 3.5 inch drives
SATA Capacity	Up to 30tb per bay
NVMe Slots	Two M key NVMe 2280 slots, up to eight terabytes each
Flash Storage	128GB
Network	1x 10GbE + 2.5GbE
USB	Front one USB three point two Gen two Type A and one USB three point two Gen two Type C. Rear one USB three point two Gen one
USB Two	Two rear ports
SD Reader	SD 4
HDMI	Up to 4K at sixty hertz

---

UGREEN DXP4800S vs DXP4800 NAS Specifications

The DXP4800S is a small technical update to the original DXP4800. Both systems use the same chassis, the same storage layout and the same port arrangement, including four SATA bays, two NVMe slots, a single 2.5GbE network port and the same USB configuration. The primary distinction is the CPU. The older DXP4800 uses the Intel N100, while the DXP4800S switches to the Intel N150, which increases maximum frequency but retains the same four core and four thread structure. Memory configuration also remains largely the same but the S model supports up to 5600MHz DDR5 rather than 4800MHz. All other hardware behaviour is unchanged. Both systems include 32GB of onboard flash, HDMI with 4K60 output and an SD 3.0 card reader. Drive support continues to allow up to 30TB per SATA bay and up to 8TB per NVMe slot. Because of these similarities, the DXP4800S functions as a direct incremental revision of the DXP4800 rather than a new performance tier, and the difference in everyday workloads will be minimal outside of small frequency gains.

Component	DXP4800	DXP4800S
Processor	Intel N100, 4 cores and 4 threads, up to 3.4GHz	Intel N150, 4 cores and 4 threads, up to 3.6GHz
Architecture	x86, Intel 7	x86, Intel 7
Memory	8GB DDR5, 1 slot, up to 16GB, 4800MHz	8GB DDR5, 1 slot, up to 16GB, 5600MHz
SATA Bays	4, supports 2.5 inch and 3.5 inch drives	4, supports 2.5 inch and 3.5 inch drives
NVMe Slots	2 x M.2 NVMe 2280, up to 8TB each	2 x M.2 NVMe 2280, up to 8TB each
Flash Storage	32GB	32GB
Network	1 x 2.5GbE	1 x 2.5GbE
USB	Front USB 3.2 Gen2 Type A and Type C, rear USB 3.2 Gen1	Same ports and speeds
USB2	2 rear ports	2 rear ports
SD Reader	SD 3.0	SD 3.0
HDMI	4K60	4K60

---

UGREEN DXP4800 Pro vs DXP4800 Plus NAS Specifications

The DXP4800 Pro introduces a more significant hardware step forward compared with the DXP4800 Plus. The Plus model uses the Intel Pentium Gold 8505, while the Pro replaces it with the Intel Core i3 1315U which increases the number of cores, improves thread count and provides higher boost frequencies. Memory capacity also expands from a maximum of 64GB on the Plus to 96GB on the Pro, and the Pro continues to use DDR5 at 5600MHz as its upper supported speed. Flash storage capacity increases from 128GB on the Plus to the same 128GB on the Pro, and internal drive support remains unchanged with four SATA bays and two NVMe slots. Both units maintain the same network arrangement with one 10GbE port and one 2.5GbE port. USB connectivity also remains the same with front USB 3.2 Gen2 Type A and Type C ports and a rear USB 3.2 Gen1 port supplemented by two USB2 ports. The one external difference is the SD card reader which moves from SD 3.0 on the Plus to SD 4.0 on the Pro. The rest of the platform remains identical which makes the CPU, memory ceiling and SD reader the factors that separate the two models.

Component	DXP4800 Plus	DXP4800 Pro
Processor	Intel Pentium Gold 8505, 5 cores and 6 threads, up to 4.4GHz	Intel Core i3 1315U, 6 cores and 8 threads, up to 4.5GHz
Architecture	x86, Intel 7	x86, Intel 7
Memory	8GB DDR5, 2 slots, up to 64GB, 4800MHz	8GB DDR5, 2 slots, up to 96GB, 5600MHz
SATA Bays	4, supports 2.5 inch and 3.5 inch drives	4, supports 2.5 inch and 3.5 inch drives
NVMe Slots	2 x M.2 NVMe 2280, up to 8TB each	2 x M.2 NVMe 2280, up to 8TB each
Flash Storage	128GB	128GB
Network	1 x 10GbE and 1 x 2.5GbE	1 x 10GbE and 1 x 2.5GbE
USB	Front USB 3.2 Gen2 Type A and Type C, rear USB 3.2 Gen1	Same ports and speeds
USB2	2 rear ports	2 rear ports
SD Reader	SD 3.0	SD 4.0
HDMI	4K60	4K60

UGREEN DXP4800 Pro and DXP4800S NAS Release and Price

Both the DXP4800 Pro and DXP4800S are currently listed only in selected Asian regions, with no confirmed schedules for North America, Europe or Australia. Early pricing shows the DXP4800S positioned above the original DXP4800 and the DXP4800 Pro positioned above the DXP4800 Plus, reflecting the newer processors and higher memory ceilings. Regional pricing is based on local currency and tax structures, and the values shown in early listings cannot be treated as indicators of final western pricing. Availability outside these regions is expected to depend on component inventory and on UGREEN’s wider rollout plans, and any potential release is unlikely before early 2026.

Interested in buying a UGREEN NAS, and want to support what me and Ed do at NASCompares easily? Use the links below and we get a small commission (and costs you nothing extra) and helps us  keep doing what we do!

UGREEN DH4300 NAS	UGREEN DH4300 NAS	UGREEN DH4300 NAS

 

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This description contains links to Amazon. These links will take you to some of the products mentioned in today's content. As an Amazon Associate, I earn from qualifying purchases. Visit the NASCompares Deal Finder to find the best place to buy this device in your region, based on Service, Support and Reputation - Just Search for your NAS Drive in the Box Below

Need Advice on Data Storage from an Expert?

Finally, for free advice about your setup, just leave a message in the comments below here at NASCompares.com and we will get back to you. Need Help? Where possible (and where appropriate) please provide as much information about your requirements, as then I can arrange the best answer and solution to your needs. Do not worry about your e-mail address being required, it will NOT be used in a mailing list and will NOT be used in any way other than to respond to your enquiry. [contact-form-7] TRY CHAT Terms and Conditions   Alternatively, why not ask me on the ASK NASCompares forum, by clicking the button below. This is a community hub that serves as a place that I can answer your question, chew the fat, share new release information and even get corrections posted. I will always get around to answering ALL queries, but as a one-man operation, I cannot promise speed! So by sharing your query in the ASK NASCompares section below, you can get a better range of solutions and suggestions, alongside my own.

WE LOVE COFFEE

 

Vous cherchez une solution performante pour sauvegarder, partager et protéger vos données ? Bonne nouvelle ! Cachem a décidé de faire un jeu concours exceptionnel : un NAS TerraMaster F4-425 est à gagner !

Puissant, compact et ultra-rapide, ce NAS est l’allié parfait pour centraliser vos fichiers, photos et vidéos, que vous soyez un particulier passionné de tech ou un professionnel à la recherche d’un stockage fiable.

Pourquoi choisir le NAS TerraMaster F4-425 ?

Avant de parler du concours, petit zoom sur cette machine signée TerraMaster, une marque connue pour ses solutions de stockage réseau fiables et abordables.

Caractéristiques principales :

• Processeur Quad Core Intel Celeron N5095 cadencé à 2,0 GHz (boost à 2,9 GHz) ;
• 4 Go de RAM (extensible jusqu’à 8 Go) ;
• 4 baies compatibles HDD/SSD 3,5” et 2,5” (jusqu’à 80 To au total) ;
• 2 ports RJ45 2,5 Gb/s ;
• Système d’exploitation TOS 6.0, simple et intuitif ;
• Prise en charge de Jellygin, Time Machine, Docker, et bien plus encore !

En clair : un NAS polyvalent, parfait pour le multimédia, le travail collaboratif ou la sauvegarde automatique de vos appareils.

Comment participer au concours ?

C’est très simple ! Il vous suffit de laisser un commentaire sous cet article en répondant à la question suivante :

Pourquoi aimeriez-vous gagner le NAS TerraMaster F4-425 ?

Vous pouvez aussi partager l’article sur vos réseaux sociaux (partage facultatif mais apprécié )

Dates importantes

• Ouverture du concours : 14 novembre 2025
• Clôture des participations : 19 novembre 2025 à minuit

Annonce du gagnant : 21 novembre 2025 sur cet article

Le tirage au sort sera réalisé parmi les commentaires valides. Le gagnant sera contacté par e-mail pour l’envoi du lot.

Le lot à gagner

1 NAS TerraMaster F4-425 (valeur : environ 400€ TTC)

Conditions de participation

• Une seule participation par personne (même nom, même e-mail) ;
• Utilisez une adresse e-mail valide ;
• Concours ouvert à la France métropolitaine et Belgique.

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Share Your Thoughts on a Perfect NAS – Best Feedback Wins One of x200 Beelink ME Mini NAS’

Beelink has begun a new online campaign asking users to share what their ideal NAS should look like. The initiative follows the success of the company’s first consumer NAS, the Beelink ME Mini, a six-slot M.2 NVMe system equipped with Intel’s N150 processor, DDR5 memory, and dual 2.5GbE connectivity. Compact in size yet capable of handling multimedia, Plex, or lightweight virtualisation workloads, the ME Mini became a popular entry point into DIY NAS building through its competitive pricing and quiet operation. Having established a foothold in the NAS segment after years of producing small form-factor PCs, Beelink now appears to be shaping its long-term roadmap around user collaboration. This campaign, which focuses on community feedback, signals the company’s intention to refine the design language, cooling approach, and modular expandability of upcoming systems such as the ME Pro and ME Pro Max, both of which were recently discussed in early development previews during factory visits in Shenzhen. So, how do you provide your feedback on your ideal NAS, and how can you win a free Beelink ME Mini?

Disclaimer – This is NOT A SPONSORED POST! I am covering this because, after the brand allowed me to see their expanding NAS development, I took a personal interest in seeing their work towards building some fantastic solutions for home and business! You can also learn more about this in this video HERE.

How to Provide NAS Feedback and Be Entered into the Beelink ME Mini NAS Draw?

Anyone interested in contributing to Beelink’s NAS design discussion can take part through the company’s official social media posts on YouTube, Facebook, Instagram, Reddit, and X. Each platform follows a similar participation format. Users must first follow Beelink’s official account, like the relevant campaign post, and then leave a thoughtful comment outlining what they believe makes an ideal NAS. These responses can focus on functional aspects such as cooling systems, dust-management solutions, and maintenance access, or on design-related ideas like exterior layout, noise reduction, and modular upgradability.

FACEBOOK LINK

TWITTER / X LINK

On YouTube, users can comment directly under Beelink’s community post here. The Facebook campaign can be accessed here, and Instagram participants can submit their responses here. For Reddit, Beelink’s official thread is open for discussion here, while X (Twitter) users are asked to follow @Beelinkofficial, like, retweet, and reply with their input.

YOUTUBE SOCIAL POST LINK

INSTAGRAM POST LINK

All entries must be submitted by November 30th, 2025. Beelink will then review responses and announce the 200 winning contributors on December 3rd. Selected users will receive a free Beelink ME Pro NAS unit once it launches. This structure gives users equal opportunity across every major platform, ensuring feedback comes from a diverse mix of communities including existing ME Mini owners, NAS hobbyists, and small business users looking for scalable and efficient network storage hardware.

Why is Beelink Looking for Feedback on the Perfect NAS?

Beelink’s new initiative, titled “What Should Your Ideal NAS Look Like?”, runs from November 10th to November 30th, 2025, and invites users worldwide to share ideas for the next generation of Beelink NAS systems. The campaign is hosted across all major social media platforms, including Reddit, Facebook, Instagram, X (formerly Twitter), and YouTube. Participants are encouraged to comment directly on Beelink’s official posts, offering detailed suggestions on topics such as system size, cooling efficiency, dust-cleaning convenience, noise levels, maintenance accessibility, DIY flexibility, and aesthetic design. So, think about what influences your decision when buying a NAS device. Factors such as:

• Power Consumption
• CPU Power vs Efficiency
• Scale and physical footprint
• Storage Media Type
• Network Connectivity
• General IO of the Hardware
• Turnkey vs Semi-DIY
• AMD vs Intel
• And of course….Price

To encourage meaningful engagement, Beelink will select up to 200 participants based on the quality and practicality of their submissions. Winners will each receive the upcoming Beelink ME Pro NAS, a follow-up model that extends the ME Mini’s design with increased storage capacity, an upgraded internal PSU, and improved thermal management. The company has also stated that outstanding comments and ideas will be featured publicly on December 3rd, highlighting the most valuable user contributions. In line with Beelink’s broader expansion into the NAS market, this campaign functions not only as a giveaway but also as an open consultation on what the next wave of compact, high-performance NAS hardware should prioritize in 2026 and beyond.

Why This Matters to the NAS Industry?

Beelink’s decision to crowdsource input for its upcoming NAS models reflects a wider shift in how smaller hardware manufacturers are shaping their design and development pipelines. Instead of relying solely on internal research or reseller feedback, Beelink is turning directly to the end users who actively deploy and experiment with NAS systems in home labs, media servers, and small business setups. This approach allows the company to collect detailed, practical insights on what real-world users value most, such as the balance between performance and noise, ease of access for upgrades, power efficiency, and thermal control. In context, this campaign follows Beelink’s rapid emergence as a new competitor in the DIY NAS space. The ME Mini gained traction in 2025 precisely because it delivered features that users had long requested from other compact NAS vendors—such as M.2-only storage layouts, 2.5GbE networking, and an affordable price point around the $200 mark. Now, by seeking public feedback, Beelink appears to be validating the direction of its upcoming models like the ME Pro, ME Pro X, and ME Pro Max, which are expected to feature higher networking speeds, larger capacity support, and improved cooling systems.

The company’s move also suggests it is actively testing which hardware configurations resonate most with a global user base that is increasingly focused on compact, high-throughput NAS systems rather than proprietary ecosystems. Gathering opinions on airflow, dust resistance, and modular design is likely to influence how future Beelink devices are built, potentially leading to products that better address the maintenance challenges of small enclosures and the demand for quieter yet more powerful systems. For a brand still new to network storage, this kind of direct engagement could accelerate its path toward becoming a recognised name in the wider NAS market.

Remember. Entering a comment in this article will not be picked up by Beelink (probably), so if you want to participate in this, head over to the relavent post via the links below:

FACEBOOK LINK

TWITTER / X LINK

YOUTUBE SOCIAL POST LINK

INSTAGRAM POST LINK

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Finally, for free advice about your setup, just leave a message in the comments below here at NASCompares.com and we will get back to you. Need Help? Where possible (and where appropriate) please provide as much information about your requirements, as then I can arrange the best answer and solution to your needs. Do not worry about your e-mail address being required, it will NOT be used in a mailing list and will NOT be used in any way other than to respond to your enquiry. [contact-form-7] TRY CHAT Terms and Conditions   Alternatively, why not ask me on the ASK NASCompares forum, by clicking the button below. This is a community hub that serves as a place that I can answer your question, chew the fat, share new release information and even get corrections posted. I will always get around to answering ALL queries, but as a one-man operation, I cannot promise speed! So by sharing your query in the ASK NASCompares section below, you can get a better range of solutions and suggestions, alongside my own.

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Ugreen continue d’étendre sa gamme de NAS avec l’annonce de 2 nouveaux modèles : les Ugreen DXP4800S et DXP4800 Pro. Ces deux NAS à 4 baies viennent compléter une série déjà bien accueillie par les utilisateurs en quête d’un stockage performant, compact et accessible. Pour l’instant réservés au marché chinois, ces modèles pourraient prochainement faire leur apparition en Europe. Faisons le point sur leurs caractéristiques techniques et leurs différences…

Ugreen DXP4800S, une petite évolution

Commençons par l’Ugreen DXP4800S. Ce nouveau NAS conserve la même base matérielle : 4 emplacements pour disques durs 3,5 pouces ou SSD SATA, ainsi que 2 logements M.2 NVMe pour des SSD ultra-rapides. Sous le capot, Ugreen a choisi un processeur quad-core Intel N150 (jusqu’à 3,6 GHz), une évolution face au Intel N100 du DXP4800. Cette mise à jour promet une légère hausse des performances, particulièrement visible sur les tâches multitâches ou les usages multimédias (transcodage, virtualisation légère…). Le boîtier embarque 8 Go de RAM DDR5, extensibles jusqu’à 16 Go.

Connectique

Côté connectique, le DXP4800S ne bouleverse pas la formule, mais reste très complet :

• 2 ports USB 3.2 Gen 2 (dont 1 Type-C)
• 1 port USB 3.0 Type-A
• 1 port USB 2.0 Type-A
• 1 lecteur de carte SD
• 1 sortie HDMI 2.1
• 2 ports Ethernet 2,5 Gb/s

La vraie nouveauté vient du support du Wi-Fi 6 grâce à l’intégration d’une carte AX1800 en option (apparemment celle-ci, mais cela reste à confirmer). Cette compatibilité sans fil ouvre la voie à une utilisation plus flexible, notamment pour les utilisateurs souhaitant exploiter leur NAS sans câblage Ethernet. Si Ugreen confirme cette intégration, il s’agirait d’un atout supplémentaire face aux concurrents, encore peu nombreux à proposer le Wi-Fi sur leurs NAS. Nul doute que les autres modèles Ugreen pourront également en profiter.

En résumé, le DXP4800S se présente comme une évolution douce mais pertinente du DXP4800 : un processeur plus moderne, une compatibilité réseau enrichie et toujours la même conception solide, à la fois silencieuse et efficace.

Ugreen DXP4800 Pro

Le second modèle annoncé, l’Ugreen DXP4800 Pro, vise un tout autre public : les utilisateurs avancés, les petites entreprises ou les créateurs de contenu exigeants. Ce NAS se positionne entre le DXP4800 Plus et le DXP6800 Pro, deux références déjà bien établies dans le catalogue Ugreen.

Le DXP4800 Pro repose sur un processeur hexa-core Intel Core i3-1315U capable de monter jusqu’à 4,5 GHz. Il est épaulé par 8 Go de RAM DDR5 (extensibles jusqu’à 64 Go). Ce NAS rentre dans une autre catégorie. Il est taillé pour des usages intensifs : hébergement de machines virtuelles, serveurs multimédias 4K/8K, environnements de développement…

Comme son petit frère, il dispose de 4 baies SATA et 2 emplacements M.2 NVMe, permettant de combiner grande capacité de stockage et très hautes vitesses de transfert.

Connectique

Ugreen soigne également la connectique du DXP4800 Pro, qui se veut plus orientée « pro ». On retrouve :

• 2 ports USB 3.2 Gen 2 (dont 1 Type-C)
• 1 port USB 3.0 Type-A
• 2 ports USB 2.0 Type-A
• 1 lecteur de carte SD
• 1 sortie HDMI 2.1
• 1 port Ethernet 2,5 Gb/s
• 1 port Ethernet 10 Gb/s

La présence d’un port 10 Gb/s reste un atout majeur pour les professionnels et les particuliers exigeants. C’est idéal lorsque l’on doit manipuler de gros volumes de données, notamment en post-production vidéo ou dans les environnements de travail collaboratif. Cela permet d’exploiter pleinement les SSD NVMe et d’obtenir des débits réseau proches de ceux d’un SSD interne, à condition bien sûr d’avoir une infrastructure compatible.

Prix et disponibilité

Avec ces 2 nouveaux modèles, Ugreen confirme son ambition de s’imposer sur le marché du NAS, dominé depuis des années par Synology, QNAP et Asustor. Le constructeur mise sur des configurations récentes, une conception soignée et un bon rapport performances/prix.

Reste à connaître le prix de lancement et la date de disponibilité sur le marché européen. Officiellement, rien n’a fuité… Si Ugreen parvient à maintenir une tarification compétitive, le DXP4800S pourrait séduire les utilisateurs à la recherche d’un premier NAS performant, tandis que le DXP4800 Pro s’adresserait clairement aux utilisateurs professionnels ou aux créateurs de contenu exigeants.

source

Is RAID 5 or RAID 6 Best For You and Your NAS?

When setting up a NAS, one of the most important and long-lasting decisions you’ll make is choosing the right RAID level. This choice directly impacts how much protection you have against drive failures, how much usable storage space you retain, and how long rebuilds will take when things go wrong. Among the most debated options are RAID 5 and RAID 6, both of which use parity for data protection but differ in how much risk they can tolerate. RAID 5 offers single-drive failure protection with better capacity efficiency, while RAID 6 provides dual-drive fault tolerance at the cost of more storage overhead and longer rebuild times. It’s worth noting that although you can graduate a RAID 5 into a RAID 6 later if your needs change, this is a slow and resource-heavy process. On the other hand, RAID 6 cannot be reversed back into RAID 5, so it’s a decision that requires careful planning from the outset. The balance of speed, safety, capacity, and risk tolerance will determine which configuration is truly best for your setup.

IMPORTANT – It is essential to understand that RAID, whether RAID 5 or RAID 6, should never be considered a true backup solution. RAID protects against drive failures, but it cannot safeguard you from accidental deletion, malware, hardware faults beyond the disks, or disasters like fire and theft.

The TL;DR Short Answer – Over-Simplified, but….

• Under 8 Bays = RAID 5
• 8 Bays or Over = RAID 5, or RAID 6 with Bigger HDDs
• 12 Bays or Over = RAID 6

If you are looking for simplicity, RAID 5 will usually give you the best balance of speed, storage efficiency, and cost, but it comes with higher risk. RAID 6 is slower to rebuild, consumes more usable capacity, and involves heavier parity calculations, but it provides a much stronger safety net against drive failures. For smaller arrays with modest drive sizes, RAID 5 can be entirely sufficient, especially when paired with reliable backups. However, as drive capacities continue to grow and rebuild times stretch into days, RAID 6 becomes more attractive because it can withstand the failure of two drives without losing the array. In essence, RAID 5 is about maximizing space and performance with a moderate level of safety, while RAID 6 is about maximizing resilience and peace of mind at the expense of capacity and speed. Choosing between them comes down to how valuable your data is, how large your drives are, and how much risk you are willing to tolerate during rebuild windows.

For systems with fewer than 8 bays, RAID 5 will usually be sufficient unless you are running especially large-capacity drives or operating at a business scale where data loss cannot be tolerated. Once you reach 8 bays or higher, RAID 6 should be seriously considered, as the chances of a second drive failing during a rebuild increase along with the overall storage pool size and the scale of potential loss. At 12 bays and beyond, RAID 6 is effectively mandatory, as relying on RAID 5 at that scale means gambling with too many points of failure and too much at stake if something goes wrong.

RAID 5 vs RAID 6 – Build Time and RAID Recovery Time

The initial creation of a RAID array, sometimes called synchronization or initialization, is one of the first differences you’ll notice between RAID 5 and RAID 6. A RAID 5 setup generally completes its initial build faster because it only has to calculate and assign a single parity block across the drives. RAID 6, by contrast, has to generate and distribute two independent parity values on every stripe, which increases the workload on the system. This means that on a fresh setup, RAID 6 will take longer to complete the synchronization process before the array is fully operational, though this is usually a one-time inconvenience at the beginning of deployment. For home and small office setups, this extra build time might not matter too much, but in larger systems with many terabytes of data, it can mean several hours or even days of extra initialization work compared with RAID 5.

The difference becomes more significant when a drive fails and a rebuild is needed. In RAID 5, the system only needs to reconstruct the missing data using the surviving disks and a single parity calculation, which usually makes recovery noticeably faster. RAID 6, however, must perform double parity calculations and restore both sets of parity information onto the replacement drive, extending the recovery window. On large modern HDDs where rebuilds can take dozens of hours, or sometimes multiple days, this extra time becomes a major factor. The trade-off is that RAID 6 offers much stronger resilience while this rebuild is in progress, because the system can continue to operate and survive even if another disk fails during the process. In other words, RAID 5 rebuilds faster but carries more risk, while RAID 6 rebuilds slower but provides a crucial safety margin during the vulnerable degraded state.

Here is a recent video (using the UniFi server platform) that talks about RAID 5/6 vs RAID 10 build times and parity from 777 or 404:

RAID 5 vs RAID 6 – Protection and Vulnerability

The most important factor when comparing RAID 5 and RAID 6 is how well they protect data when drives fail. RAID 5 uses single parity, meaning the system can survive one drive failure without losing data. However, if a second drive fails during the rebuild, the entire array is lost. RAID 6 adds dual parity, which allows the system to tolerate the loss of two drives simultaneously. This extra layer of protection is especially valuable during rebuild windows, which can take many hours or days on modern high-capacity HDDs. In practice, RAID 6 dramatically reduces the risk of catastrophic data loss, at the expense of slower rebuilds and less usable capacity. A subtle but often overlooked vulnerability is the issue of batch manufacturing. Many users buy multiple drives at once, often from the same supplier, meaning the disks may come from the same production batch. If there was a hidden flaw introduced during manufacturing, it is possible that more than one disk could develop problems around the same time. With RAID 5, this creates a dangerous scenario: a second disk failure during a rebuild results in complete data loss. RAID 6 provides a safety margin against these correlated failures by protecting the array even if two drives fail close together in time. Another major risk comes from unrecoverable read errors (UREs) that can occur during rebuilds. Because every sector of every remaining drive must be read to restore the lost disk, the chance of encountering a read error rises significantly with larger drives. In RAID 5, a single URE during rebuild can corrupt the recovery process, whereas RAID 6 has an additional layer of parity to compensate, making it much more reliable during rebuilds. This is especially important in arrays of 8 or more drives, where the probability of encountering at least one problematic sector grows. For users with large arrays or very high-capacity drives, RAID 6’s extra fault tolerance is the difference between a successful rebuild and complete data loss.

RAID 5 vs RAID 6 – Capacity and Price per TB

One of the clearest differences between RAID 5 and RAID 6 lies in how much usable capacity you end up with. RAID 5 only sacrifices the equivalent of a single drive’s worth of storage to parity, which makes it the more space-efficient option. In a six-bay system with 10TB drives, RAID 5 would deliver 50TB of usable storage, while RAID 6 would only provide 40TB. That 10TB difference can be substantial when you are working with large libraries of data such as media collections, surveillance archives, or backups. For users trying to maximize every terabyte of their investment, RAID 5 makes the most efficient use of available space. However, RAID 6’s higher storage overhead translates directly into a higher effective cost per terabyte. Since two drives are always reserved for parity, the total usable space is reduced, and the price you pay for storage per TB goes up. For small home users, this may feel like wasted potential, but the trade-off is the additional layer of fault tolerance. In environments where the cost of downtime or data loss far outweighs the cost of an extra disk, RAID 6 provides stronger long-term value despite the higher price per terabyte. Ultimately, the decision comes down to whether you are more concerned with minimizing cost and maximizing space, or ensuring redundancy and peace of mind.

RAID 6 vs RAID 5 + Hot Spare Drive?

Some users prefer to run RAID 5 with a dedicated hot spare drive rather than choosing RAID 6 outright. In this setup, a single extra disk sits idle until one of the active drives fails, at which point the spare is automatically used for the rebuild. This reduces the amount of time the array spends in a degraded and vulnerable state, since the rebuild begins immediately without waiting for a replacement disk to be manually installed. While this approach still leaves you with only single-drive fault tolerance, it can feel like a middle ground between RAID 5 and RAID 6. In terms of capacity, RAID 5 with a hot spare sacrifices the same amount of usable space as RAID 6, but it does not provide the same dual-drive protection. For arrays of six to eight drives, this compromise can make sense if you prioritize capacity efficiency and faster automated recovery, but once you move into larger-scale storage systems, RAID 6 remains the safer and more resilient option.

RAID 5 vs RAID 6 – Conclusion and Verdict

When choosing between RAID 5 and RAID 6, the decision comes down to weighing efficiency against resilience. RAID 5 is faster to rebuild, provides more usable storage, and costs less per terabyte, which makes it well suited to smaller NAS setups or users who prioritize capacity and speed. RAID 6, on the other hand, offers stronger protection against drive failures, making it far more reliable for larger arrays and higher-capacity drives where rebuild times are long and risks multiply. The general consensus is that RAID 5 can still be a smart choice for arrays under eight bays, but RAID 6 becomes the clear recommendation for systems of eight drives or more, and an essential requirement at twelve drives and beyond. Above all else, it is critical to remember that RAID is not a backup. Neither RAID 5 nor RAID 6 will protect you against accidental deletion, ransomware, hardware faults beyond the disks, or disasters such as fire or theft. RAID is a safety net that improves availability, but it must always be paired with a proper backup strategy if your data truly matters.

 

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This description contains links to Amazon. These links will take you to some of the products mentioned in today's content. As an Amazon Associate, I earn from qualifying purchases. Visit the NASCompares Deal Finder to find the best place to buy this device in your region, based on Service, Support and Reputation - Just Search for your NAS Drive in the Box Below

Need Advice on Data Storage from an Expert?

Finally, for free advice about your setup, just leave a message in the comments below here at NASCompares.com and we will get back to you. Need Help? Where possible (and where appropriate) please provide as much information about your requirements, as then I can arrange the best answer and solution to your needs. Do not worry about your e-mail address being required, it will NOT be used in a mailing list and will NOT be used in any way other than to respond to your enquiry. [contact-form-7] TRY CHAT Terms and Conditions   Alternatively, why not ask me on the ASK NASCompares forum, by clicking the button below. This is a community hub that serves as a place that I can answer your question, chew the fat, share new release information and even get corrections posted. I will always get around to answering ALL queries, but as a one-man operation, I cannot promise speed! So by sharing your query in the ASK NASCompares section below, you can get a better range of solutions and suggestions, alongside my own.

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Beelink Me Pro, S, X and MAX, 9x M.2, 10GbE, 5GbE NAS – NEW DIY NAS!

Note – Original Beelink ME Mini from June ’25. Written Review HERE and YouTube Video Review HERE

It has been around a year since Beelink made a major impact in the NAS sector with their $200+ 6-bay flash-based system, the Beelink ME Mini. Although the company already had a strong reputation in the Mini PC space, the ME Mini was their first dedicated NAS, and it ticked all the boxes for many users in terms of price, size, efficiency, performance, and footprint. Fast forward to Q4 2025, and I visited Beelink’s headquarters in Shenzhen, China, to learn more about their “Phase 2” NAS strategy and their expansion into a broader DIY-oriented lineup. This new wave includes several systems under the ME family, designed to remain compact and power-efficient while improving thermal management and scalability. The new range introduces the Beelink ME S, ME X, and ME Max, alongside an upgraded ME Mini Pro that refines the original platform. These systems increase NVMe capacity, introduce 3.5-inch SATA support, and feature a wider range of Intel and AMD processors.

Beelink’s roadmap spans the next 12 months, with initial launches planned for late Q4 2025 and early Q1 2026. It is clear that the company has not been idle since the success of the first ME Mini. The DIY NAS market is growing rapidly, with many users seeking OS-free prebuilt systems that balance simplicity and performance. Since Beelink Mini PCs are already popular among Proxmox and self-hosting enthusiasts, this transition into storage-focused systems could be exactly what those users have been waiting for.

Important 1: Beelink did not fund or sponsor my visit to their headquarters. They did not pay for travel or accommodation, and they have no editorial control over this article or its accompanying video.

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Hardware Specifications of the Beelink ME Mini Pro, ME S, ME X and ME Max

The following information is based on a two-hour meeting with Beelink’s founder, product manager, and several engineers at the Shenzhen office, supported by translators. Notes were cross-checked against early prototype visuals and chassis designs. Some translation inaccuracies may exist, but the core technical details are accurate. It is especially notable how much performance Beelink has achieved from Intel’s N150 (Twin Lake) platform and the planned AMD FP8-series processors.

Details about the 2-bay and 4-bay systems were drawn from early 3D models and mock-up shells shared during the meeting.

Important 2: These specifications refer to devices still in development and undergoing testing, so some aspects may change before launch.

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Beelink ME Mini Gen 2

• 6x M.2 NVMe SSD slots (Gen 3×1, 2280 length)

• Intel N150 CPU (4 cores, 4 threads, x86 architecture)

• DDR5 SODIMM memory slots (upgrade from fixed on-board memory)

• Enhanced heat pipe cooling system

• USB Type-A and Type-C ports (10 Gb/s)

• Dual 5 GbE network ports (upgrade from dual 2.5 GbE)

• Internal PSU retained

• TDP increased from 15 W to 25 W

• eMMC storage removed due to minimal user adoption

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Beelink ME Mini 9 Bay Upgrade

• 9x M.2 NVMe SSD slots (speed TBC, likely Gen 3×1, though bandwidth may be tight on the N150)

• Choice of Intel N150 or AMD FP8-series CPU

• DDR5 SODIMM memory slots

• New 120 W PSU, relocated horizontally (replacing the vertical design in the original ME Mini)

• Denser central heat sink assembly (possible translation ambiguity here)

• 10 GbE and 2.5 GbE connectivity (notable if achieved alongside nine SSDs on this platform) – TBC

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Beelink ME Pro

• Desktop form factor with 2 or 4 x 3.5-inch SATA bays

• Intel N-series CPU

• DDR5 SODIMM memory slots

• 2–4 x M.2 NVMe 2280 SSD slots (likely CPU-dependent)

• 10 GbE and 2.5 GbE network ports

• Removable base tray for simplified drive access and maintenance

• Compact metal external chassis

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Beelink ME Pro S

• Desktop form factor with 2 or 4 x 3.5-inch SATA bays

• Intel 12th/13th/14th/15th Gen CPU

• DDR5 SODIMM memory slots

• 2–4 x M.2 NVMe 2280 SSD slots (likely CPU-dependent)

• 10 GbE and 2.5 GbE network ports

• Removable base tray for simplified drive access and maintenance

• Compact metal external chassis

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Beelink ME Pro X

• Desktop form factor with 2 or 4 x 3.5-inch SATA bays

• Intel N150 or AMD FP8-series CPU

• DDR5 SODIMM memory slots

• 2–4 x M.2 NVMe 2280 SSD slots (likely CPU-dependent)

• 10 GbE and 2.5 GbE network ports

• Removable base tray for simplified drive access and maintenance

• Compact metal external chassis

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Beelink ME Max (AI-Ready NAS)

• AMD Ryzen  AI Max 395 CPU

• Storage configuration, network layout, and full specifications still TBC

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Will the New Beelink ME Mini Pro, ME S, ME X or ME Max Include Turnkey NAS Software?

This remains unconfirmed. The current ME Mini includes Ubuntu installed on a small eMMC partition, but this will be removed in the new systems. Beelink is evaluating integration of Feiniu/fnOS, a semi-open-source NAS operating system from China, though this would likely only be pre-installed on configurations that ship with drives. Users would still have the freedom to install TrueNAS, Unraid, ZimaOS, or OpenMediaVault. The software decision is not finalized yet.

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Why You Should Care About the Beelink ME Mini Pro, ME S, ME X and ME Max

Beelink surprised the NAS industry in early 2025 with the ME Mini, which outperformed other compact NVMe NAS units despite being their first attempt at this market. It was roughly 60 percent cheaper than the Asustor Flashstor 6, offered more storage bays and lower temperatures than the GMKtec G9 NucBox, and provided stronger base specifications than the Terramaster D8, all while undercutting UGREEN’s offerings. While Beelink is not yet in the same league as Synology or QNAP, their rapid iteration and innovative hardware design suggest they could become a key player in compact flash-based storage solutions through 2026.

Interested in Buying a Beelink NAS or Mini PC? Support the work we do here at NASCompares, by using the links below.

Check Amazon in Your Region for the Beelink ME Mini NAS 2TB + 12GB

Check AliExpress for the Beelink ME Mini NAS 16GB + 64GB

Check the Official Beelink Site for the ME Mini NAS ($209 4/6)

 

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This description contains links to Amazon. These links will take you to some of the products mentioned in today's content. As an Amazon Associate, I earn from qualifying purchases. Visit the NASCompares Deal Finder to find the best place to buy this device in your region, based on Service, Support and Reputation - Just Search for your NAS Drive in the Box Below

Need Advice on Data Storage from an Expert?

Finally, for free advice about your setup, just leave a message in the comments below here at NASCompares.com and we will get back to you. Need Help? Where possible (and where appropriate) please provide as much information about your requirements, as then I can arrange the best answer and solution to your needs. Do not worry about your e-mail address being required, it will NOT be used in a mailing list and will NOT be used in any way other than to respond to your enquiry. [contact-form-7] TRY CHAT Terms and Conditions   Alternatively, why not ask me on the ASK NASCompares forum, by clicking the button below. This is a community hub that serves as a place that I can answer your question, chew the fat, share new release information and even get corrections posted. I will always get around to answering ALL queries, but as a one-man operation, I cannot promise speed! So by sharing your query in the ASK NASCompares section below, you can get a better range of solutions and suggestions, alongside my own.

WE LOVE COFFEE

 

UniFi UNAS – 1 Year Later. Should You Buy Now?

It has now been one full year since Ubiquiti made its formal debut in the NAS market with the launch of the UniFi UNAS Pro, a 7-bay rackmount storage system designed to integrate seamlessly within the existing UniFi ecosystem. At launch, the device was seen as a bold but limited step into a space traditionally dominated by established brands such as Synology and QNAP, focusing more on straightforward network storage than application-heavy server functions. Over the following twelve months, the company has steadily expanded the UNAS lineup and rolled out numerous firmware and software updates, refining its NAS operating system, UniFi Drive, and addressing user feedback gathered through real-world testing. From introducing multiple new RAID configurations, encryption, fan control, and USB backup capabilities, to expanding cloud backup support and improving system responsiveness, UniFi has demonstrated a consistent approach to building out the platform incrementally rather than replacing hardware prematurely. Today, the UNAS family includes five systems spanning both desktop and rackmount designs, with capacity options ranging from 2-bay PoE-powered units to 8-bay multi-10GbE solutions. Taken together, these changes illustrate a deliberate evolution of UniFi’s NAS portfolio from a proof of concept into a structured, multi-tier ecosystem with increasing competitiveness in the storage market.

Here are all the current UniFi NAS Solutions & Prices: UniFi UNAS 2 (2 Bay, $199) – HERE UniFi UNAS 4  (4 Bay + 2x M2, $379) – HERE UniFi UNAS Pro 4 (4 Bay + 2x M.2, $499) – HERE UniFi UNAS Pro (7 Bay, $499) – HERE UniFi UNAS Pro 8 (8-Bay + 2x M.2, $799) HERE

Unifi UNAS, 1 Year Later – THE TL;DR:

In a rush and just want the cold facts? Here’s a clear TL;DR breakdown of all major UniFi UNAS product and software changes over the past 12 months, based entirely on your three video transcripts (3 months, 6 months, 1 year). It captures both software and hardware evolution, along with remaining limitations and future signals.

Initial Launch (UNAS Pro, Oct 2024)

• First UniFi NAS, priced at $499, 7-bay rackmount, ARM CPU, 10GbE networking.

• Marketed as “pure storage” for UniFi ecosystem integration, not an app-rich NAS.

• Praised for value, build quality, and easy setup.

• Criticized for missing features: iSCSI, RAID 6, multiple pools, containerization, USB ports, UniFi Protect integration, and limited cloud backup (Google Drive only).

• Early software lacked advanced admin control, backup management, and multi-user oversight.

• SMB performance and file integrity inconsistencies appeared during large data transfers.

• Frequent backend updates released in first quarter, addressing GUI layout, alignment, and minor stability fixes.

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3-Month Mark (Jan 2025)

• Rapid patching cycle began: RAID 6 added, marking UniFi’s first major new feature.

• Ongoing bugs fixed in the Drive OS interface and file manager.

• Still missing key functionality like iSCSI and multiple pools.

• Admin-level restrictions persisted; super admins could not manage user backups.

• File browser inconsistencies fixed only partially (e.g., trash handling, SMB sync).

• Backups limited to other UNAS or Google Drive, no AWS or S3 options yet.

• Users frustrated by Safari bug (incomplete file downloads on iPhone, later acknowledged by UniFi).

• Performance still below expectations on large SMB transfers; memory leaks and “skipped file” issues noted.

• Despite flaws, praised for value and ongoing support rather than abandonment.

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6-Month Mark (Apr 2025)

• Software maturity improving, most updates focused on stability rather than new features.

• RAID 6 officially released across all devices, with migration tools from RAID 5 + hot spare.

• New cloud backup options: Dropbox and OneDrive added.

• Admin control improved: super admins could now manage user backups and shared drives.

• File sharing responsiveness and accuracy improved significantly in the GUI.

• New file activity monitor added, showing per-folder change history.

• Apple Time Machine backups now officially supported.

• Fixed .exe execution issue when accessed via SMB.

• Ongoing quality-of-life improvements: faster interface, better consistency, fewer sync issues.

• Remaining issues:

  • Still no iSCSI, no fan control, no scheduled power management, and occasional temperature irregularities.

  • GUI bug showed 20,000 days uptime (fixed later).

• System temperatures remained high (~68–72°C CPU under light load), highlighting poor thermal automation.

• No new NAS hardware yet announced at this point.

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1-Year Mark (Oct 2025)

• Major expansion: full UNAS lineup introduced.

  • UNAS 2: 2-bay PoE++ desktop ($199).

  • UNAS 4: 4-bay desktop with M.2 slots.

  • UNAS Pro 4: 1U rackmount, 4-bay, dual PSU support.

  • UNAS Pro 8: 8-bay, 3x10GbE ports, 2x M.2 slots ($799).

• Core software improvements across all models:

  • Multiple RAID levels and hot-spare support expanded.

  • Multiple pools and clustered RAID pools introduced (first time UniFi allowed split or mixed pools).

  • M.2 NVMe caching added on larger models (read/write caching only).

  • Encrypted volumes now supported and integrated into backup routines.

  • Fan control added, both manual and automatic.

  • USB-C mounting and backup support for desktop models (UNAS 2, UNAS 4).

  • Expanded cloud backup integration (Google Drive, Dropbox, OneDrive).

  • Snapshot performance improved, faster rollback and lower latency.

  • SMB and NFS protocols optimized for better throughput and reduced latency.

  • Improved admin tools for shared drives and user management.

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Software Features Added/Improved in UniFi UNAS in 12 Months

In the twelve months since the release of the original UNAS Pro, UniFi Drive OS has developed from a relatively simple file server interface into a more complete NAS management platform. Early releases of the Drive software offered only basic storage creation and sharing options, limited to single-pool RAID 5 or mirror configurations with few administrative tools. Over time, multiple key features have been introduced, including support for RAID 6, multiple storage pools, clustered RAID pools, and hot spare functionality, each of which was implemented through system firmware updates and confirmed through beta and public release candidates. The platform now supports encrypted volumes, user-defined snapshots, and restoration features, offering greater resilience and improved recovery options after system events or accidental deletions. These updates collectively mark a notable improvement in fault tolerance and customization, allowing the UNAS range to better serve both small business and advanced home deployments that require multiple storage tiers or redundancy strategies.

Beyond storage structure, UniFi Drive has also introduced new tools for day-to-day administration and external connectivity. Cloud backup support has expanded to include Dropbox, OneDrive, and Google Drive, replacing the early limitation to only local or UNAS-to-UNAS replication. Shared drive management now includes central administrative oversight, allowing super admins to configure and monitor user-level backup routines across all profiles. The graphical interface itself has become more responsive, adding a file activity monitor that provides timeline-based access logs for folders and files. Support for Apple Time Machine has been added, as well as improved handling of executable files via SMB, and overall network protocol efficiency has increased through back-end adjustments to Samba and NFS. With these refinements, UniFi Drive OS now feels less like an experimental branch and more like a unified part of the broader UniFi management ecosystem, with greater parity across its networking, surveillance, and storage products.

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Hardware Products Added/Improved in UniFi UNAS in 12 Months

Since the launch of the original UniFi UNAS Pro in late 2024, Ubiquiti has expanded the UNAS product line into a full hardware family, each model tailored for different deployment scales and power requirements. The first expansion arrived with the compact UNAS 2, a two-bay desktop NAS powered by PoE++, marking the brand’s first use of Power-over-Ethernet as a primary power source for network storage. This device, built around a quad-core ARM Cortex-A55 CPU and 4 GB of LPDDR4 memory, aimed to serve as a lightweight edge storage unit for small offices or UniFi network environments that rely on central power distribution. Its 2.5GbE connection and USB-C port (5 Gbps) provided moderate performance for local transfers and basic backup operations, while its non-hot-swappable dual-drive cage emphasized affordability over convenience. This smaller system demonstrated UniFi’s intent to create entry-level options that could still operate within their ecosystem while maintaining core integration with UniFi Drive OS and cloud management via ui.com.

The next step up in the product family is the UNAS 4, a four-bay desktop NAS that builds directly on the UNAS 2’s design but adds more flexibility. It retains the same ARM Cortex-A55 processor and 4 GB RAM, but introduces dual M.2 NVMe slots for SSD caching or storage expansion and four 3.5-inch SATA bays for larger arrays. It still uses 2.5GbE with PoE+++ as its main power and data input, though at the time of writing, UniFi has not confirmed if the final retail version will include a secondary Ethernet port for redundancy or faster link aggregation. This model brings the UniFi storage ecosystem closer to small business-level performance, allowing for RAID 6 redundancy and improved cooling through a refined chassis design. While compact, the inclusion of NVMe caching and full integration into UniFi Drive 3.3 makes it a practical choice for users who want local storage with minimal cabling and higher data throughput.

At the higher end, the UNAS Pro 4 and UNAS Pro 8 extend the lineup into the rackmount segment, reinforcing UniFi’s move toward professional and enterprise environments. The UNAS Pro 4 adopts a 1U form factor, supporting four 3.5-inch SATA drives and two M.2 NVMe slots, while maintaining the same ARM Cortex-A57 CPU and 16 GB LPDDR4 memory as its larger sibling. It also supports dual hot-swappable PSUs for redundancy and arrives with improved thermal airflow optimized for data center racks. The flagship UNAS Pro 8 offers eight 3.5-inch bays, two rear M.2 NVMe bays, and three 10GbE ports (one RJ45 and two SFP+), making it the highest-performing UniFi NAS to date. The system consumes up to 200W under load, uses Btrfs as the primary file system, and integrates the most comprehensive cooling and failover options in the UniFi NAS lineup. Together, these models illustrate UniFi’s full-tier hardware strategy: from PoE-powered desktop storage to rackmount systems supporting multi-gigabit networking and dual redundant power.

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Fixes, Changes and Improvements in UniFi UNAS in 12 Months

Over the past year, UniFi has steadily refined the UNAS operating environment, addressing a number of software and usability issues identified by early adopters of the original UNAS Pro. Many of these improvements were released through incremental firmware updates across both the Drive OS and UniFi Controller platforms. Among the most significant early fixes was the resolution of file handling inconsistencies between the built-in web file manager and SMB-based network access, which previously caused discrepancies when deleting or restoring data.

This issue, which affected synchronization between the NAS GUI and mapped network shares, has now been corrected. Similarly, early memory leak and permission errors during large-scale SMB transfers have been resolved through back-end optimization, reducing skipped files and improving overall data reliability. Updates to the system logs and storage integrity checks also brought clearer reporting of failed transfers and RAID rebuild activity, ensuring that users now receive consistent system notifications and warnings.

Another key focus for UniFi’s development team over the last twelve months has been user management, network integration, and environmental control. Earlier versions of Drive OS restricted backup operations to individual users, preventing the super admin from managing backups or schedules across the system. This has since been rectified, allowing full central backup management, while user permission hierarchies have been expanded to distinguish between local-only accounts, remote accounts, and enterprise identity-linked users.

Environmental improvements include the long-requested fan control interface, which gives users the option to manually adjust fan speeds or keep automatic control active depending on temperature thresholds. The addition of real-time thermal monitoring, more accurate CPU and drive temperature reporting, and improved resource graphs now make it easier to track system health. The Drive 3.3 release also introduced a refined GUI with more responsive dashboard elements, consistent data updates in the system console, and a correction to the long-standing uptime reporting bug that falsely displayed “20,000 days active.”

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Missing Features and Planned Features in UniFi UNAS in the Next 12 Months

Despite significant progress since the launch of the original UNAS Pro, several key features are still missing from the UniFi Drive OS ecosystem. The most frequently requested addition from users continues to be iSCSI target and initiator support, a capability that would allow direct block-level storage mapping for virtual machines and professional applications. Its absence limits the UNAS series to traditional network file protocols such as SMB and NFS, which are less efficient for tasks requiring raw storage access or integration with virtualization platforms. Equally, the continued lack of RAID 0 support restricts high-performance users who are willing to trade redundancy for speed. While RAID 6 and clustered pools have been introduced, there is still no configuration option that prioritizes sequential throughput over redundancy. Another omission is a native UniFi Drive client tool for Windows, macOS, or Linux that would allow direct desktop synchronization, local file pinning, and on-demand streaming similar to Synology Drive or Dropbox. At present, users must rely on the web interface or manually mapped drives, which limits productivity and offline access.

Looking forward, UniFi has hinted through developer notes and recent firmware structure that the ENAS (Enterprise NAS) line will introduce ZFS file system support, marking a major shift toward high-end storage with data integrity and snapshot efficiency beyond Btrfs. This aligns with the observed trend of UniFi testing ZFS integration within their enterprise roadmap, possibly extending limited functionality to future revisions of the Pro 4 and Pro 8. The upcoming UniFi Drive 3.3 and 3.4 updates are also expected to expand fan and power scheduling, allowing users to define specific system on/off cycles and control Ethernet port activation schedules, effectively creating customizable air-gap routines. Additionally, UniFi’s roadmap includes exploring expansion connectivity, potentially leveraging unused 10GbE interfaces for network-based expansion enclosures or storage clustering between UNAS units. This would mirror the high-availability (HA) or expansion behavior of established NAS brands, though implemented entirely over the UniFi network layer.

UniFi is also expected to refine NVMe handling, particularly the ability to use installed M.2 drives as standalone storage pools rather than just as cache devices. The introduction of pool-level tiering and dynamic storage balancing could allow users to automatically assign workloads between SSD and HDD pools, improving I/O efficiency without manual adjustment. Beyond hardware-level improvements, there is ongoing demand for the integration of UniFi Protect within the NAS family, allowing video surveillance to run on the same physical storage units rather than on separate NVRs. Although UniFi has historically separated its Protect and Drive ecosystems, internal hardware similarities between the UNAS Pro and UNVR Pro systems suggest eventual compatibility is possible. Finally, more advanced backup filters, bandwidth scheduling, and automated snapshot policies are likely to appear in the next major OS iteration as part of UniFi’s effort to close the gap with traditional NAS brands while maintaining its minimalist network-first design approach.

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Conclusion and Verdict – Is the UniFi UNAS Good Now?

One year after the launch of the original UniFi UNAS Pro, the UniFi NAS platform has evolved from a single experimental product into a diversified ecosystem that spans both desktop and rackmount storage. The introduction of the UNAS 2, UNAS 4, UNAS Pro 4, and UNAS Pro 8 demonstrates that Ubiquiti is committed to building a scalable product range capable of serving both home users and small business environments. On the software side, the development of UniFi Drive OS has been steady and deliberate, with a focus on improving reliability, expanding RAID options, and tightening cloud and local backup integration. These changes, combined with improved temperature management, admin-level control, and performance tuning for SMB and NFS, have resulted in a more mature and dependable NAS experience than the early versions from 2024. However, the range remains deliberately streamlined, prioritizing simplicity and ecosystem integration over third-party app support or virtualization features.

Looking ahead, the next phase of the UniFi NAS roadmap appears to focus on deeper enterprise integration and feature parity with long-standing NAS brands. The likely addition of iSCSI, ZFS, and network-based expansion options will determine how far UniFi can move beyond entry and mid-range use cases. The hardware continues to rely on ARM processors rather than x86, which reinforces UniFi’s focus on efficiency and security but limits advanced workloads such as containerization and VM hosting. Even so, the value proposition remains strong, particularly given the aggressive pricing across the entire UNAS range and its seamless compatibility with the existing UniFi infrastructure. Overall, UniFi’s NAS systems are no longer a novelty—they represent a serious and rapidly developing branch of the company’s portfolio that has gained stability, utility, and confidence within just one year.

You can buy the UniFi UNAS Pro 8 NAS via the link below – doing so will result in a small commission coming to me and Eddie at NASCompares, and allows us to keep doing what we do! 

Here are all the current UniFi NAS Solutions & Prices: UniFi UNAS 2 (2 Bay, $199) – HERE UniFi UNAS 4  (4 Bay + 2x M2, $379) – HERE UniFi UNAS Pro 4 (4 Bay + 2x M.2, $499) – HERE UniFi UNAS Pro (7 Bay, $499) – HERE UniFi UNAS Pro 8 (8-Bay + 2x M.2, $799) HERE

 

 

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Le TerraMaster F4-425 est un NAS à 4 baies qui se positionne comme une solution abordable pour tous ceux qui recherchent de bonnes performances sans exploser leur budget. Il embarque un processeur Intel N5095 pouvant atteindre 2,9 GHz, épaulé par 4 Go de mémoire vive. Sur le papier, ce petit boîtier promet des performances solides à un tarif compétitif. Voyons ce qu’il vaut réellement…

Test du TerraMaster F4-425

Cela faisait plusieurs jours que nous utilisons ce nouveau NAS TerraMaster. Le moins que l’on puisse dire, c’est qu’il ne laisse pas indifférent. Sur le papier, il faut avouer qu’il a tout pour plaire… mais est-il vraiment à la hauteur ?

Contenu de la boîte

À l’ouverture, on trouve :

• Le NAS TerraMaster F4-425 ;
• 1 câble réseau RJ45 ;
• Des vis de fixation pour les SSD ;
• Une alimentation externe avec son câble ;
• Un guide de démarrage rapide ;
• Un livret de garantie.

Rien de superflu, mais tout ce qu’il faut pour commencer.

Construction du NAS et design

Le F4-425 arbore un design sobre et classique à la fois. Entièrement conçu en plastique noir rigide, il mesure 222 x 179 x 154 mm pour un poids de 2,1 kg. À l’arrière, on retrouve un ventilateur imposant de 12 cm, chargé de maintenir le boîtier au frais.

Connectique

Côté connectique, le NAS propose l’essentiel :

• 1 port USB 3.0 (à l’arrière) ;
• 2 ports USB 3.2 Gen 2 (10 Gb/s), dont un à l’avant ;
• 1 port RJ45 2,5 Gb/s ;
• 1 sortie HDMI.

Un ensemble simple mais suffisant pour la majorité des utilisateurs domestiques ou professionnels légers.

Intérieur du F4-425

Le TerraMaster F4-425 est construit autour d’un processeur Quad Core Intel N5095 cadencé à 2 GHz (jusqu’à 2,9 GHz en mode turbo). Ce processeur est bien connu (et un peu ancien) puisque les premiers NAS à le proposer ont plus de 4 ans. Selon le site PassMark, il obtient un score 4011 points, au-dessous de la moyenne actuelle (autour de 5500 points).

Côté RAM, on regrette un peu que TerraMaster se limite encore à 4 Go en 2025. Heureusement, il est possible d’étendre la RAM jusqu’à 16 Go, mais attention… un seul emplacement est disponible.

TOS 6

Le NAS fonctionne sous TOS 6.0, le système d’exploitation maison de TerraMaster. Il propose une interface claire, plusieurs applications préinstallées et un assistant de démarrage accessible via http://tnas.local/

Après avoir passé le guide de démarrage, le système lance automatiquement son Conseiller de sécurité. Ce dernier permet de rechercher d’éventuel problème de configuration ou de sécurité. C’est une excellente idée, mais le novice aura peut-être des difficultés à comprendre certains termes. Si on clique dessus, on accède automatiquement à plus de détail, ainsi qu’un lien pour corriger cette alerte…

Par défaut, TOS 6 crée un groupe de stockage TRAID (une forme de RAID évolutif propre à TerraMaster) avec le système de fichiers Btrfs. Cette configuration peut être modifiée par la suite, mais il est bon de le savoir avant de lancer l’installation. TRAID, c’est l’équivalent du SHR chez Synology.

TOS 6 reste encore légèrement derrière ses concurrents directs, mais il progresse rapidement. D’ailleurs, TOS 7 a déjà été annoncé…s ans date de sortie officielle pour le moment.

Applications

Le centre d’applications de TOS recense actuellement 52 applications (au moment du test). On y retrouve des solutions maison pour la sauvegarde, la gestion de photos, la vidéosurveillance, mais aussi des outils populaires comme Docker, Portainer, Jellyfin, Plex, WordPress, VirtualBox ou encore Transmission.

Pour les utilisateurs avancés, il est également possible d’installer des applications communautaires, élargissant un peu plus les possibilités du NAS.

Performances du F4-425

Dans la première partie de nos tests, nous allons évaluer les performances des transferts à travers un réseau 2,5 Gb/s (entre le NAS et des ordinateurs). Ensuite, nous regarderons les capacités du processeur, en analysant ses performances dans la virtualisation et le transcodage vidéo.

Vitesses dans les transferts

Depuis plusieurs années, nous avons mis en place un protocole de tests rigoureux fournissant des données fiables et comparables avec les performances des autres NAS. Pour cela, nous utilisons 4 applications de mesure différentes (2 sous macOS et 2 sous Windows) et réalisons en plus des transferts de fichiers de tailles variées dans les deux sens (NAS -> Ordinateur puis Ordinateur -> NAS) :

• Petites tailles : 100 fichiers de 500 Ko à 12 Mo (MP3, photos, documents Office)
• Tailles moyennes : 30 fichiers de 12 à 350 Mo (DivX, images RAW, archives ZIP)
• Fichiers volumineux : 10 fichiers avec une taille comprise entre 4 et 10 Go (MKV, ISO)

À partir de ces tests, nous calculons une moyenne des transferts que nous représentons sous forme de graphiques, exprimée en mégaoctets par seconde. Plus le nombre est élevé, plus le NAS est rapide. Pour notre évaluation du F4-425, nous avons configuré un premier volume avec 2 SSD en RAID 0, puis en RAID 0 avec le chiffrement des données et enfin avec 3 SSD en RAID 5.

RAID 0

Le NAS configuré en RAID 0 offrent de jolies performances, plutôt bien équilibrées dans l’ensemble. On aurait aimé atteindre (voire dépasser) les 270 Mo/s en lecture, mais on n’est pas loin.

RAID 0 + Crypt

 

Avec le chiffrement des données, on perd en écriture (ce qui est logique)… mais avec ce NAS, on perd également en lecture.

RAID 5

En RAID 5, les performances sont là… mais encore ici, elles n’impressionnent pas.

Performances générales

Le F4-425 est compatible avec VirtualBox, permettant la création de machines virtuelles (Windows ou Linux). Cependant, son processeur montre rapidement ses limites pour la virtualisation lourde. Il est bien plus à l’aise avec des conteneurs Docker, qui consomment beaucoup moins de ressources.

Grâce à son iGPU intégré, le NAS prend en charge le transcodage matériel pour la vidéo. Il peut ainsi gérer plusieurs flux simultanés sans ralentissements, un vrai atout pour ceux qui utilisent Plex ou Jellyfin !

Consommation électrique et nuisance sonore

Le ventilateur arrière reste discret dans la plupart des situations, même s’il devient audible de près. Côté consommation, le F4-425 affiche entre 15 et 17 W en utilisation normale (avec trois SSD) et jusqu’à 22 W lors de tâches intensives.

Can We Forgive and Forget The Synology HDD Compatibility Flip Flop?

Synology’s recent reversal on hard drive compatibility has reopened a larger debate about whether its NAS systems remain a trustworthy and sensible choice for both new buyers and long-term users. Throughout most of 2025, the company faced sustained criticism after enforcing strict drive verification checks that prevented users from installing or operating third-party HDDs and SSDs from major brands like Seagate and Western Digital. This policy, applied to the new Plus-series NAS models such as the DS925+, DS1525+, and DS1825+, effectively forced customers to purchase Synology’s own branded media or risk an unusable system. For a company long regarded as the industry standard for dependable and user-friendly storage solutions, the move appeared both unexpected and self-defeating. Although Synology later justified the decision as a way to ensure system stability and reliability, the backlash was immediate and global, with declining sales and widespread frustration among users who saw the change as a form of corporate overreach. Now, with the brand having confirmed a full rollback through the DSM 7.3 update—restoring support for non-Synology drives and removing prior warning prompts—the discussion has shifted. While the reversal is seen as a victory for users, it also highlights how fragile consumer confidence has become, and how a single policy misstep can redefine a company’s relationship with its community.

Below, my original video after the change by Synology after 6 months of their strict HDD media stance:

What Did Synology Do Wrong?

Synology’s critical mistake was implementing a restrictive hardware policy that undermined one of its key historical strengths: flexibility. For years, the company had built its reputation on offering an intuitive software platform, DSM, that ran on a wide variety of hardware configurations. By deciding to enforce hard drive compatibility restrictions in the 2025 generation of Plus-series NAS systems, Synology effectively turned once-open devices into closed platforms. The systems refused to initialise DSM or create storage pools when non-Synology drives were detected, and even when users managed to proceed, the interface was flooded with persistent warnings labelling third-party media as “unverified” or “at risk.” This move frustrated not only home users who wanted affordable upgrade options, but also small businesses that relied on Synology NAS for their daily operations. It created unnecessary technical and financial barriers at a time when alternative NAS vendors were offering greater compatibility and value. The brand’s own messaging made the situation worse: early statements focused on “system integrity” and “firmware optimisation” but failed to acknowledge that the change mainly benefited Synology’s hardware sales rather than the end user.

The second major error lay in how the company managed the fallout. Synology’s communication strategy throughout the controversy was inconsistent, fragmented, and in some regions almost non-existent. Different regional branches released conflicting press materials, with some hinting that compatibility with Seagate and Western Digital drives would soon return, while others maintained silence. No clear timeline or explanation was given for the testing process or the reasoning behind such aggressive enforcement. As a result, long-standing partners and distributors were left unsure of how to address customer concerns. Meanwhile, the online community—particularly on Reddit, NAS forums, and YouTube—quickly filled the information vacuum, fuelling frustration and speculation. Instead of clarifying the company’s intentions, Synology appeared defensive and disengaged, disabling comments on some of its own videos and refusing to directly address mounting criticism. This combination of restrictive policy and poor communication not only hurt its reputation but also suggested a growing disconnect between the brand’s leadership and its user base.

Why Are Users Mad at Synology?

Many users felt betrayed by Synology’s actions because the company had long marketed itself as the reliable, user-first alternative to more complex or DIY storage solutions. For years, Synology’s systems were praised for their openness—allowing customers to build their NAS setups using widely available components from trusted brands like Seagate, WD, and Toshiba. The introduction of hard drive restrictions in 2025 fundamentally altered that relationship. Suddenly, the same users who had invested heavily in Synology’s ecosystem found themselves unable to upgrade, expand, or even install DSM without purchasing the brand’s own drives, which were often rebranded versions of existing enterprise models sold at a premium. The move was viewed as a breach of trust, and the lack of transparency surrounding it only made things worse. Many saw it as an attempt to create a closed ecosystem that prioritised recurring hardware profits over customer freedom. This frustration was compounded by the timing—during a period when users were already facing higher hardware costs and tighter IT budgets, making Synology’s restrictive approach feel especially tone-deaf.

The Alerts and ‘Warnings’ that users have gotten used to up tll now (i.e pre DSM 7.3 roll out):

Another major source of anger came from how the policy rollout created confusion and inconsistency across Synology’s product lineup. While the Plus-series desktop NAS models received the strictest restrictions, larger RackStation and XS-series devices remained unaffected, creating the impression that Synology viewed its home and small-business customers as expendable. Even after announcing the rollback with DSM 7.3, many users noted that the company’s official compatibility lists still failed to mention Seagate or WD drives, and that public communication about the change was minimal. For those outside tech circles, this meant that the situation looked unchanged—product pages still implied that only Synology drives were supported, and many older negative reviews remained visible online. As a result, even with the restrictions now lifted, the perception of Synology as a brand willing to prioritise profit over user loyalty persists. The long delay in addressing community backlash, combined with inconsistent messaging, has left many customers sceptical that this U-turn represents a genuine shift rather than damage control.

What Did Synology Do to Fix This?

Synology’s eventual fix came in the form of a full policy reversal integrated into DSM 7.3, the company’s next major software update. With this version, users of the 2025 generation of Plus-series NAS devices—including models such as the DS925+, DS1525+, and DS1825+—regained the ability to freely use third-party hard drives and SSDs. The update removed not only the installation barriers but also the persistent “unverified drive” and “at risk” warnings that had previously appeared in Storage Manager. For most users, this restored full functionality, allowing them to initialise DSM, create and expand RAID arrays, use hot spares, and assign SSDs for caching without restrictions. The change essentially returned Synology’s systems to the state they were in before the controversial policy was introduced earlier in the year. The reversal applied primarily to desktop-class NAS systems rather than rackmount or XS-series models, suggesting that Synology wanted to restore goodwill among its core consumer and small-business audience first.

However, the way Synology implemented this reversal has drawn mixed responses. Instead of releasing a simple compatibility database update, which could have resolved the issue quickly, the company bundled the fix into a full DSM version upgrade. That meant users had to install an entirely new operating system build to regain third-party drive support, even if they were otherwise satisfied with their existing DSM 7.2 installations. For those managing multiple NAS units or enterprise environments, this created complications, especially since DSM 7.3 initially lacked a public beta and required careful validation before deployment.

The company also issued few direct statements about the rollback, opting instead for limited press communications that focused on “listening to customer feedback.” Despite the importance of the change, Synology’s product pages still make little mention of renewed Seagate and WD compatibility, leaving potential buyers to rely on external coverage or word of mouth. While the technical fix was effective, the manner of its rollout showed that Synology’s communication strategy remains cautious, reactive, and focused on damage limitation rather than proactive transparency.

What were/are the benefits of Buying Synology-branded Hard Drives and SSDs?

In parallel with the policy adjustments introduced in DSM 7.3, Synology has also begun expanding a series of benefits and incentives aimed at customers who purchase Synology NAS systems together with Synology-branded storage media. These initiatives are part of the company’s ongoing effort to strengthen its vertically integrated ecosystem, ensuring optimal performance and reliability when all components come from the same source. In selected markets, buyers who purchase Synology HAT, HAS, or SAT series drives on the same invoice as their NAS hardware now receive extended warranty coverage of up to five years, administered directly through authorized distributors and resellers. In addition, Synology has introduced an Express Replacement program, allowing for immediate drive swaps during the warranty period without waiting for the defective unit to be shipped and inspected, effectively mirroring the convenience of a premium RMA service. These benefits are available at no extra cost when drives are purchased through approved channels. The initiative is designed to make Synology’s validated ecosystem more appealing to businesses seeking predictable lifecycle management and faster recovery in the event of hardware failure, while also providing an incentive for users to standardize on Synology-branded components rather than mixing third-party storage.

Head over to Blackvoid HERE to read Luka’s great write-up on DSM 7.3 below:

Why Are Some Users Unconvinced?

Many long-time Synology owners remain sceptical because the company’s pattern of restrictive decision-making has not been limited to hard drives. Over the years, Synology has gradually tightened control over hardware support in other areas, such as M.2 NVMe SSD usage, network adapters, and GPU compatibility. Even though the recent rollback allows full use of third-party HDDs and SSDs in Plus-series models, the same freedom does not apply to NVMe storage. Users still cannot create storage pools or volumes on M.2 drives unless they are Synology-branded, which reinforces the perception that the company is only willing to compromise when it faces enough public pressure. Critics point out that while Synology deserves credit for reversing the hard drive restrictions, it has shown no similar flexibility in other parts of its ecosystem. This selective openness suggests a tactical move designed to repair short-term reputation damage rather than a genuine shift toward more open hardware policies. As a result, many users fear that future DSM updates could easily reintroduce similar restrictions under a different justification.

Another concern is that Synology has not done enough to communicate these changes clearly to new buyers. Even after the DSM 7.3 announcement, the company’s official compatibility lists for 2025 models still prioritise its own drives, with no explicit mention of Seagate or WD models being supported again. For first-time users who rely on these lists for purchasing decisions, there is no clear indication that the policy has changed.

This lack of transparency undermines confidence in Synology’s commitment to openness. Furthermore, the decision to tie the rollback to a major DSM update rather than a smaller patch raises worries that the company could use similar tactics in the future to control hardware functionality through software revisions. Many see the reversal as a necessary correction rather than an act of goodwill, and that distinction matters. Users may accept Synology’s reasoning for now, but the brand’s reputation for reliability has been replaced by a lingering doubt about whether it can be trusted to keep its platform open and user-focused.

NAS Series	Drives on Compatibility List	Drives Not Listed	Drives on Incompatibility List
RS Plus (e.g., RS2423+, RS422+)	Supported for new installation, storage pool creation, and migration	Supported only for migration; cannot create new storage pools or caches	Fully blocked from all operations
DVA/NVR Series (e.g., DVA1622, DVA3221, NVR1218)	Supported for installation and migration	Supported only for migration; cannot create new storage pools	Fully blocked from all operations
Supported Drive Types	HDD and 2.5″ SATA SSD	HDD and 2.5″ SATA SSD (migration only)	All drive types blocked
Drive Example Notes	Synology HAT5300/HAT3300 verified; select enterprise drives	Seagate IronWolf, SkyHawk, WD Purple not yet verified for use	Drives failing thermal or firmware tests
Use Case	Rackmount and surveillance workloads requiring consistent write throughput	Data migration or backup restoration	Unsupported entirely

Should You Trust Synology NAS Again?

Trusting Synology again depends largely on how much users value its software ecosystem compared to its corporate behaviour. The company’s DSM operating system remains one of the most advanced and stable NAS platforms available, offering a wide range of applications for backup, surveillance, multimedia, and virtualization that are unmatched by most competitors. For those who prioritise reliability, ease of use, and integration over raw hardware flexibility, Synology still provides a compelling product. The reintroduction of unrestricted hard drive support in DSM 7.3 restores much of the practical functionality that users lost earlier this year, and for many, that will be enough to justify purchasing a new NAS. From a technical standpoint, the Plus-series devices are still capable and efficient, with consistent performance, strong data protection features, and excellent long-term support. In short, the hardware remains solid, and the software continues to define Synology’s market dominance in turnkey storage solutions.

Below, references to the change in hard drive support policy are either absent in release notes or severely underplayed on the compatibility pages as of 3rd Nov 2025.

However, from a consumer trust perspective, caution is still warranted. The brand’s repeated pattern of restricting features, followed by later partial reversals, has left many wary that similar policies could return in future product generations. Even though DSM 7.3 represents a positive correction, Synology has not issued any long-term assurances that it will maintain this open stance. There is also concern about how much influence profit margins and proprietary hardware incentives continue to have over product decisions. For experienced users, the safest approach may be to treat Synology as a premium but increasingly closed ecosystem—one that delivers outstanding software at the cost of long-term flexibility. Whether it is “okay” to buy a Synology NAS now depends on priorities: if you value a polished interface and dependable system behaviour above everything else, Synology is still one of the best options available. But if transparency, open standards, and full hardware freedom matter more, then the company’s recent U-turn should be seen not as a full restoration of trust, but as a cautious and temporary concession to public pressure.

If/When you do wish to purchase a Synology NAS, please do use the links below in order to purchase your NAS. Doing so results in a small commission coming to me and Ed here at NASCompares, and it allows us to keep doing what we do here, and is the most frictionless and zero-cost way for you to support our articles, reviews, videos, guides, support systems and more.

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TerraMaster est un fabricant de solutions de stockage qui propose notamment des NAS. Ce dernier vient d’annoncer l’arrivée de TOS 7, son nouveau système maison. Le constructeur promet une refonte majeure avec de nouvelles fonctionnalités, une interface revue et plus fluide. Regardons ensemble les évolutions de ce dernier…

TOS 7, le nouveau TerraMaster

TerraMaster vient d’annoncer une mise à jour importante de son système (TerraMaster Operating System) : TOS 7. Actuellement, c’est TOS 6 qui anime les NAS du fabricant et il faut avouer que cette précédente version avait apporté un vent de fraicheur. Un an après, la nouvelle version est annoncée…

Quelles nouveautés attendre dans TOS 7 ?

TOS 7 devrait marquer une véritable évolution pour les utilisateurs de NAS TerraMaster. Le fabricant annonce plus de 50 nouvelles fonctionnalités et plus de 1 000 optimisations. L’interface utilisateur a été entièrement revue : design modernisé, navigation simplifiée et expérience plus cohérente.

L’objectif : rendre l’utilisation des NAS TerraMaster plus intuitive et agréable, tant pour les particuliers que pour les professionnels. Cette refonte place désormais la marque dans la course face aux acteurs historiques du secteur.

TerraMaster a mis en ligne une page dédiée sur TOS 7 et une vidéo… et le moins que l’on puisse dire, c’est que le fabricant a mis la barre très haute.

Interface et ergonomie

Avec TOS 7, TerraMaster revoit l’expérience utilisateur. On passe rapidement sur les icônes qui ont été redessinées… on appréciera d’apprendre que plus de 50 nouvelles fonctionnalités ont été ajoutées et 1 000 optimisations destinées à améliorer la fluidité et la réactivité du système. L’interface propose une navigation totalement personnalisable. Le fabricant annonce une hausse de 60 % de l’efficacité globale.

Productivité et collaboration

Le gestionnaire de fichiers évolue en profondeur avec l’apparition des modules My Files et Desktop, permettant notamment le montage à distance simplifié et une navigation plus rapide via des vues par onglets ou fractionnées. TerraMaster annonce la prise en charge native des fichiers ISO (sans passer par Dossier partagé), ainsi qu’une corbeille unifiée.

TOS 7 intègre aussi de nouveaux outils de collaboration en ligne : il est désormais possible d’éditer en temps réel des documents Word, Excel et PowerPoint sans téléchargement préalable.

Administration et sécurité

Sur le plan de la gestion au quotidien, TOS 7 introduit une refonte complète du gestionnaire de stockage. L’utilisateur bénéficie de vues visuelles claires des volumes, d’outils de migration et de suppression de disques améliorés, ainsi que d’une optimisation adaptative des grappes RAID.

La gestion des permissions devient plus fine, avec jusqu’à 13 types de droits personnalisables, répondants aux exigences des utilisateurs dans les environnements de plus en plus complexes. Autre nouveauté importante, TOS 7 propose un contrôle réseau précis, en offrant la possibilité de limiter la vitesse des ports et d’allouer la bande passante par service ou par appareil. Ce système évite qu’un seul service ne monopolise les ressources et garantit une utilisation équilibrée du réseau.

Développement et personnalisation

Le Centre d’applications s’enrichit de 10 nouvelles catégories, d’un déploiement Docker en un clic et d’un suivi détaillé des journaux pour une meilleure supervision. Pour les utilisateurs avancés, TerraMaster introduit un mode développeur complet : accès root, compatibilité avec Ubuntu et prise en charge des machines virtuelles (VM), sans passer par un logiciel tiers.

Cette ouverture à la virtualisation permet d’isoler des applications ou de tester des environnements distincts.

En synthèse

Avec TOS 7, TerraMaster franchit un cap en combinant refonte graphique, performance accrue et nouvelles fonctionnalités. Les outils de collaboration, la gestion réseau avancée et la virtualisation rapprochent les NAS TerraMaster des solutions professionnelles les plus complètes.

Pour l’instant, TOS 7 n’est disponible qu’en version Preview, réservée aux volontaires et pouvant contenir des bugs. Aucune date de sortie officielle n’a été annoncée… et il pourrait s’écouler plusieurs mois avant la version finale, comme ce fut le cas pour TOS 6.

source

Synology vient d’annoncer la sortie de SRM 1.3.1 Update 14, la dernière version de son logiciel interne dédié à ses routeurs. Cela faisait plusieurs mois que le fabricant n’avait pas donner de nouvelle… Regardons ensemble ce que contient cette nouvelle mouture.

Synology SRM 1.3.1 Update 14

Synology continue d’assurer le suivi de ses routeurs, mais force est de constater que les mises à jour se font rares. La précédente datait de mars 2025, et avant cela, il faut remonter à octobre 2024. Autrement dit, environ deux mises à jour par an, souvent sans grandes nouveautés.

Cette Update 14 ne déroge pas à la règle. Le journal des modifications ne mentionne qu’une seule ligne :

• Optimisation du mécanisme de vérification de la connectivité réseau.

Rien de plus, rien de moins… Une note de version particulièrement succincte, qui laisse perplexe quant à la nature exacte de l’amélioration. Synology reste avare en détails techniques. Si on appréciera le suivi logiciel, on aimerait aussi que les mises à jour apportent de réelles évolutions fonctionnelles.

Pour rappel, cela fait maintenant 3 ans que les routeurs Synology tournent sous SRM 1.3.1, sans qu’une nouvelle version majeure ne voie le jour.

Télécharger et installer SRM 1.3.1 Update 14

Cette mise à jour est disponible pour tous les routeurs Synology, à l’exception du modèle RT1900ac. 2 options s’offrent à vous pour l’installation :

• Mise à jour automatique :
  Installez-la directement depuis l’interface d’administration de votre routeur.
• Mise à jour manuelle :
  Téléchargez le fichier .PAT correspondant à votre modèle depuis la page officielle de Synology ou depuis l’archive en ligne.

Le fichier d’installation pèse environ 71 Mo.

Si la mise à jour automatique ne vous est pas encore proposée, voici la procédure d’installation manuelle :

1. Téléchargez le fichier .PAT adapté à votre modèle de routeur
2. Accédez à l’interface d’administration du routeur
3. Allez dans : Panneau de configuration > Système > Mise à jour et restauration
4. Cliquez sur Mise à jour manuelle de SRM
5. Sélectionnez le fichier téléchargé précédemment et suivez les instructions affichées à l’écran
6. Patientez pendant le processus de mise à jour : le routeur redémarrera automatiquement.

En synthèse

SRM 1.3.1 Update 14 est une mise à jour surprenante, surtout par sa discrétion. Si l’on peut saluer l’effort de Synology de continuer à maintenir ses produits, l’absence de nouveautés concrètes laisse s’interroger sur l’avenir de la gamme de routeurs Synology, dont le rythme d’évolution semble aujourd’hui très limité.