Kioxia présente son SSD d’entreprise LC9 affichant une capacité inédite de 245,76 To. Il exploite de la mémoire NAND flash 3D QLC BiCS de 8e génération.
Cet article Un quart de pétaoctet dans un SSD, Kioxia dévoile le LC9 a été publié en premier par GinjFo.
GL.iNet used CES 2026 to preview the Flint 4 as an in-development desktop router, and the prototype shown on the stand reads like a higher-tier extension of what the Flint line has been building toward. The unit on display pairs a more “feature-forward” exterior, including a top-mounted touchscreen, with a port layout aimed at users who want multiple wired speeds in a single device: a 10GbE option via a shared SFP or copper connection, several 2.5GbE ports, and additional 1GbE LAN ports. On the wireless side, it is presented as a Wi-Fi 7 platform expected to cover 2.4 GHz, 5 GHz, and 6 GHz, with 6 external movable antennas, but GL.iNet has not yet locked down details such as whether it stays strictly tri-band or adds a second 5 GHz radio. With RAM and storage still unconfirmed, the safest way to view Flint 4 at this stage is as a prototype focused on connectivity and interface direction rather than a finalized retail spec sheet.
Flint 4 is centered on wired connectivity, combining multiple Ethernet speed tiers in a single chassis. The prototype shows a 10GbE combo arrangement with 1x SFP and 1x 10GBASE-T copper where only 1 of the 10GbE interfaces is intended to be active at a time, and that shared link can be assigned as WAN or LAN. Below that are 4x 2.5GbE ports presented as 1x WAN and 3x LAN, plus 4x 1GbE LAN ports for additional wired clients.
On the USB side, the unit shown includes 2 ports: 1x USB-C and 1x USB-A. Both are described as 5 Gb/s, which positions them for common router add-ons such as external storage, tethering, or peripheral connectivity, depending on how GL.iNet implements the final firmware support.
Wireless is described as Wi-Fi 7 with support spanning 2.4 GHz, 5 GHz, and 6 GHz, but the exact radio layout is not confirmed. In the CES prototype discussion, GL.iNet could not confirm whether the final design stays at 3 bands or adds a second 5 GHz radio, which would affect how it handles simultaneous clients, channel width choices, and multi-link operation in practice.
The antenna design is a visible part of the hardware approach, with 6 external movable antennas shown on the prototype. The intent is clearly desktop coverage rather than travel portability, and the final tuning and band distribution across those antennas is likely to depend on the confirmed radio configuration.
Processing is described as a quad-core MediaTek platform. No clock rate or specific model is provided in the details you shared, so performance expectations should be framed around the feature set implied by the port configuration and Wi-Fi 7 support rather than any confirmed throughput numbers.
A top-mounted touchscreen display is built into the design, which is a change from the typical Flint-style front-panel indicators. GL.iNet has not stated what the interface will expose in retail firmware, but the inclusion suggests on-device visibility for status and basic controls rather than relying solely on a browser or app for routine checks.
Flint 4, as shown at CES 2026, is a prototype built around a connectivity-first spec, combining a 10GbE combo interface with additional 2.5GbE and 1GbE ports, dual 5 Gb/s USB, and a Wi-Fi 7 design that is expected to cover 2.4 GHz, 5 GHz, and 6 GHz. The addition of a top-mounted touchscreen and 6 external antennas further separates it from smaller GL.iNet products, indicating a desktop router intended for heavier home or small-office use rather than travel scenarios.
At the same time, several core details remain unresolved, including the final wireless radio configuration as well as RAM and storage. Because the unit is still in early development, the most accurate takeaway is the direction of the product rather than a final purchasing proposition: GL.iNet is exploring a Flint-series router with aggressive physical I/O and a more direct on-device interface, but the final performance and positioning will depend on the hardware choices that are still listed as TBC.
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Des associations de consommateurs ont récompensé des produits dévoilés au CES avec des anti-awards, mettant en avant les problèmes de société qu'elles ont relevés. On a listé les gagnants et analysé les résultats.
On January 6, 2026, day 1 of CES 2026, Gl.iNet is highlighting the Beryl 7 (GL-MT3600BE) as an upcoming travel router positioned below the company’s more premium Slate 7 in the same Wi-Fi 7 travel category. The device is being presented as a successor direction to the earlier Beryl AX generation, with Gl.iNet focusing its messaging on VPN throughput, portable use, and the practical ports and power features that matter when the router is used on the road. Pricing and a firm release date have not been included in the information shared so far.
In its CES materials, Gl.iNet describes Beryl 7 as a compact, dual-band Wi-Fi 7 model aimed at users who want higher encrypted throughput without stepping up to a larger, more feature-heavy travel router. Key claims include up to 1100Mbps on OpenVPN-DCO and WireGuard, dual 2.5G Ethernet capability, and support for 120+ connected devices, alongside USB Power Delivery compatibility and a 5V/2A power output intended to integrate cleanly with uFi and MiFi devices for primary or backup WAN use.
| Item | Detail |
|---|---|
| Product name | Gl.iNet Beryl 7 |
| Model | GL-MT3600BE |
| Wi-Fi | Dual-band Wi-Fi 7 |
| Frequency | 2.4GHz, 5GHz |
| Wi-Fi speeds | 688Mbps (2.4GHz), 2882Mbps (5GHz) |
| Wireless protocols | 802.11a/b/g/n/ac/ax/be |
| CPU | MediaTek, quad-core @ 2.0GHz |
| Memory | 512MB DDR4 |
| Flash | 512MB NAND |
| VPN performance claim | Up to 1100Mbps on OpenVPN-DCO and WireGuard |
| Ethernet | 1x WAN, 1x LAN |
| Ethernet speed | 100/1000/2500Mbps |
| USB | 1x USB 3.0 |
| Power input | USB PD 5V/3A, 9V/3A, 12V/2.5A |
| Power consumption | <12W |
| Power output | 5V/2A |
| Dimensions / weight | 120 x 83 x 34mm / 205g |
| Operating temperature | 0C to 40C |
| Built-in battery | None (USB-C powered) |
| SIM / eSIM | None (no SIM or eSIM Support) |
The Beryl 7 measures at 120 x 83 x 34mm and 205 grams, placing it in the small-router class rather than the pocket-hotspot style. Compared with battery-powered travel routers, the added thickness is consistent with a design that prioritizes full-size ports and airflow while still staying compact enough for a backpack or a small tech pouch. Gl.iNet also lists an operating temperature range of 0C to 40C, which sets basic expectations for typical indoor and travel use, even though performance under sustained load will still depend on ventilation and ambient conditions.
Unlike cellular travel routers, the Beryl 7 is designed to be powered externally rather than running from an internal battery, so it is closer in use to a small plug-in router than a self-contained hotspot. It takes USB-C power via USB Power Delivery and is specified for 5V/3A, 9V/3A, or 12V/2.5A input, which keeps powering simple with common phone and laptop adapters and most power banks that support PD. Gl.iNet also lists a 5V/2A power output, intended to pair with uFi and MiFi devices when you want the router to sit in front of a separate upstream connection and keep that upstream device powered from the same setup.
The Beryl 7 is a dual-band Wi-Fi travel router rather than a cellular router. It does not include a SIM slot or eSIM support, which means it is not designed to connect directly to a carrier network on its own. In practice, internet access is expected to come from an upstream source such as a wired connection, USB tethering, or an external hotspot or modem that provides the WAN link. This approach matches travel setups where the router’s job is to manage your local network and security policies, while a separate device handles mobile connectivity when needed.
On the wireless side, the Beryl 7 supports 802.11a/b/g/n/ac/ax/be and operates on 2.4GHz and 5GHz. The published maximum rates are 688Mbps on 2.4GHz and 2882Mbps on 5GHz, which sets its theoretical peak figures for those bands. Because there is no 6GHz band listed, it will not have access to the cleaner spectrum that some tri-band Wi-Fi 7 routers use to reduce congestion in dense environments. Real-world performance will still depend heavily on client device capability, channel conditions, and how crowded the local RF environment is, especially in hotels, apartments, or event venues.
For wired networking, the Beryl 7 includes 1x WAN and 1x LAN, with both ports rated at 100/1000/2500Mbps. Having 2.5Gbps capability on both sides can matter if you are connecting to faster-than-gigabit service, or if you want to avoid bottlenecking a wired client such as a laptop dock, mini PC, or NAS while the router is also handling wireless clients. The dedicated WAN and LAN labeling also suggests a straightforward topology for travel use, where the router can sit between a wired uplink and your personal devices without requiring additional switches. Specific options like port re-assignment or multi-WAN behavior are still dependent on the final firmware feature set.
For tethering and peripherals, the router includes 1 USB 3.0 port. Gl.iNet’s positioning also references pairing it with uFi and MiFi devices for primary or backup WAN use, which aligns with common travel workflows where a hotspot provides the upstream connection and the router distributes it to multiple devices. Depending on software support, USB can also be relevant for other functions such as attaching storage for basic file sharing, but those capabilities are not confirmed solely by the presence of the port. The practical takeaway is that the Beryl 7’s connectivity design focuses on managing and distributing an external internet source rather than replacing that source with built-in cellular hardware.
The Beryl 7 is specified with a MediaTek quad-core CPU clocked at 2.0GHz. Gl.iNet has not stated the exact chipset model in the material provided, so it is difficult to compare directly against specific MediaTek families used in other routers, but the listed clock speed and core count indicate it is intended to handle routing and VPN workloads beyond basic hotspot sharing. How that translates in practice will depend on the final firmware feature mix and how much processing overhead is added by enabled services. Memory is listed as 512MB of DDR4. That capacity is typically sufficient for a travel router doing standard routing, firewalling, and VPN duties, but it can become a limiting factor if heavy logging, multiple concurrent services, or more advanced packages are enabled. In practical use, headroom will depend on how Gl.iNet tunes the stock firmware and whether the router is expected to run additional features beyond its default configuration. Storage is specified as 512MB of NAND flash. This is a smaller onboard footprint than some higher-end travel routers that use multi-gigabyte eMMC, and it generally implies a tighter space budget for the base firmware image, installed packages, and retained logs. It also means features that rely on persistent local storage may be more constrained unless Gl.iNet provides options to offload data to external storage via USB.
Gl.iNet is presenting the Beryl 7 as part of its travel router lineup, which typically uses the company’s GL.iNet firmware with a web-based management interface. That software approach tends to balance simplified setup for common tasks with access to more detailed configuration when needed, which is relevant for travel scenarios where you may want quick changes without digging through advanced menus.
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For this model in particular, VPN is the main emphasis in Gl.iNet’s CES messaging. The company is making a specific performance claim of up to 1100Mbps on OpenVPN-DCO and WireGuard, positioning encrypted throughput as a headline reason to choose the Beryl 7 over older Beryl models or lower-end travel routers. Actual results will still depend on factors such as upstream bandwidth, server performance, encryption settings, and network conditions.
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Gl.iNet also highlights Amnezia VPN support as part of the Beryl 7’s privacy and censorship-bypass positioning. That places the router within the company’s broader direction of expanding VPN tooling and privacy-related options across its travel lineup, though the exact implementation details for the Beryl 7 will come down to the shipping firmware and how features are exposed in the final interface.
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Beyond VPN-related claims, Gl.iNet has not published a complete, model-specific list of software functions for the Beryl 7. Features that appear across other Gl.iNet travel routers, such as traffic controls, DNS and filtering options, remote access services, and package-style add-ons, may be present, but they are not confirmed by the hardware spec sheet alone. For ownership considerations, the missing pieces remain the update cadence, support window, and any limitations imposed by the device’s relatively small flash storage.
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As presented on day 1 of CES 2026, the Beryl 7 (GL-MT3600BE) is positioned as a more affordable Wi-Fi 7 travel router option that sits below the Slate 7 in capability and likely in price, while serving as the next step after the Beryl AX generation. Its core proposition is a compact, USB-C powered router that focuses on high VPN throughput, dual-band Wi-Fi, and practical wired networking for travel setups. The specification sheet outlines a MediaTek quad-core 2.0GHz platform with 512MB DDR4 and 512MB NAND, paired with 2.5Gbps-capable WAN and LAN ports, plus a USB 3.0 port. It does not include an internal battery and it has no SIM or eSIM support, which means it is designed to sit behind an external internet source such as hotel Ethernet, phone tethering, or a dedicated hotspot. Power is handled through USB Power Delivery, and Gl.iNet also lists a 5V/2A output intended to keep an upstream mobile device powered in a single-cable travel arrangement.
The remaining unknowns are mostly around launch details and how the final firmware is packaged for a device with limited flash storage. Gl.iNet has not published pricing or a release date, and it has not provided a full, model-specific breakdown of software features beyond its VPN and privacy positioning. Those details will likely matter most to buyers deciding between the Beryl 7 and higher-end travel routers, especially if they plan to rely on add-on services, extensive logging, or other features that place more demand on storage and memory.
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Au CES 2026, Gigabyte dévoile la technologie CQDIMM et signe une avancée avec l'exploitation de 256 Go de RAM en DDR5-7200.
Cet article CQDIMM : Gigabyte annonce le support de 256 Go de DDR5-7200 a été publié en premier par GinjFo.
Le Project Madison est une nouvelle chaise gaming de Razer. Elle intègre un retour haptique, de l'audio surround et un éclairage Chroma RGB.
Cet article Project Madison, Razer dévoile une chaise haptique et sonore a été publié en premier par GinjFo.
GL.iNet used CES 2026 to show an early prototype of the Slate 7 Pro, described as a larger, more capable follow-up to the Slate 7 travel router released in 2025. The prototype presentation suggests the company is keeping the core Slate concept intact, meaning a compact router designed for use on the move with an emphasis on quick status checks and practical networking features, while addressing some of the limitations that shaped opinions on the original model. At this stage, the Slate 7 Pro should be treated as a work-in-progress product rather than a finalized retail device, so details like wireless band support, storage capacity, and final performance targets may still change before launch.
The Slate 7 Pro prototype is described as staying on a Qualcomm-based platform, retaining the general performance profile expected from GL.iNet’s higher-end travel routers. In the prototype coverage, this is framed as a continuation rather than a redesign, with the expectation that routing, firewall rules, and typical travel use cases such as hotel network sharing remain the primary focus. If the platform remains closely related to the Slate 7, performance should be oriented around consistent throughput and stability rather than pushing peak numbers that are difficult to realize in real-world travel environments.
Memory is described as 1 GB of DDR4, matching the Slate 7’s baseline configuration. That amount is generally sufficient for common workloads like basic routing, ad blocking, and running a VPN client, but it can become a limiting factor in more complex setups, such as heavier logging, multiple concurrent tunnels, or add-on packages. Because the Slate 7 Pro was shown in prototype form, the practical expectation is that CPU, RAM, and firmware feature support will be confirmed closer to release, including whether GL.iNet adjusts hardware targets based on final thermal, power, or cost constraints.
The Slate 7 Pro prototype shown at CES 2026 appears to follow the same general design language as the Slate 7, but in a larger chassis intended to support more functionality. The most visible change is the display, described in the prototype coverage as bigger and brighter for at-a-glance monitoring while traveling. Physical controls also remain part of the concept, including a side-mounted VPN button and a separate toggle switch, aligning with GL.iNet’s usual approach of making common actions accessible without opening the web interface.
Storage is one of the areas where the prototype is discussed as an upgrade rather than a confirmed specification. The Slate 7 uses 512 MB of NAND flash for the operating system, which has been viewed as limited for users who install additional packages or run heavier VPN configurations. In the CES prototype discussion, the Slate 7 Pro is suggested to increase internal OS storage substantially, with an estimate around 8 GB, but this has not been formally finalized in the available prototype details. Until GL.iNet publishes a full spec sheet, the most accurate framing is that expanded storage is expected, but the exact capacity and implementation remain subject to change.
On the wired side, the Slate 7 Pro is presented as a step up from the Slate 7’s 2-port layout. The CES-facing information points to 2 x 2.5 GbE Ethernet ports, which would allow more flexibility for setups that need a dedicated WAN feed plus multiple wired clients, or for separating devices by role when traveling. If that port count is retained for retail, it would be one of the more practical upgrades for users who rely on wired backhaul to a laptop, streaming box, or a small switch.
USB and power are also positioned as part of the scaled-up design. The prototype discussion references USB Power Delivery input over USB-C, consistent with the travel-router approach of using common chargers and power banks. There is also mention of USB support alongside the Ethernet upgrades, which matters for users who tether storage, phone-based WAN, or other peripherals, but the prototype details do not yet fully lock down the final USB data specification and how GL.iNet intends users to prioritize power vs peripheral use in real deployments.
Wireless capability is the area with the most uncertainty based on currently available information. The prototype is described as adding 6 GHz to become tri-band Wi-Fi 7, with headline class figures referenced as 688 Mbps (2.4 GHz) + 2882 Mbps (5 GHz) + 5764 Mbps (6 GHz), plus MLO support to combine links where supported. At the same time, public CES material has described the Slate 7 Pro as dual-band in a few locations, so the safest conclusion is that band support and final Wi-Fi configuration were still in flux at the time upto the point the unit was shown. Until GL.iNet publishes the full retail spec sheet, it is best to treat tri-band and 6 GHz support as prototype-indicated rather than fully confirmed. However, REALISTICALLY it would be rather underwhelming to label this system as a ‘PRO’ model to the existing non-6Ghz Slate 7, especially when the recently revealed MUDI 7 mobile Router supports the 6Ghz band. Nevertheless, I would treat this as 90% confirmed for now.
Based on what has been shown so far, the Slate 7 Pro looks like an attempt to push the Slate 7 concept further rather than replace it with a different class of device. The prototype focus is on practical upgrades: more visible real-time status via a larger screen, more flexible wired networking through 2.5 GbE ports alongside the increased band coverage, and a likely increase in internal storage intended to better accommodate modern firmware features and optional add-ons. These changes align with the needs of users who treat a travel router as a primary networking tool rather than an occasional accessory. The main limitation in evaluating the Slate 7 Pro at this stage is that it is still a prototype, and key details remain inconsistent between early reporting and CES-facing descriptions, particularly around dual-band versus tri-band operation and 6 GHz support. Until GL.iNet publishes a finalized specification sheet, the Slate 7 Pro is best viewed as an indicator of direction: a larger, more capable travel router with a higher likely price point, but with enough unresolved details that purchase decisions are better based on the confirmed Slate 7 specification rather than assumptions about the Pro model’s final feature set.
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Origin Code dévoile sa série DDR5 Vortex. Ces modules s'accompagnent d'un système de refroidissement actif inédit.
Cet article DDR5 Vortex : Origin Code propose de la mémoire à refroidissement actif a été publié en premier par GinjFo.
Intel confirme que tous les processeurs mobiles Core Ultra 300 ne reposent pas sur Panther Lake. Une partie de la gamme utilisera une architecture distincte baptisée Wildcat Lake.
Cet article Core Ultra 300 ne sont pas tous des Panther Lake, Intel évoque Wildcat Lake a été publié en premier par GinjFo.
L’absence des RTX 50 SUPER au CES 2026 alimente les spéculations. Ce rafraîchissement intermédiaire est-il abandonnée pour mieux préparer l’arrivée des GeForce RTX 60 ?
Cet article GeForce RTX 60 series, l’architecture Rubin sera-t-elle aux commandes ? a été publié en premier par GinjFo.
AMD aurait discrètement confirmé l’existence du Ryzen 9 9950X3D2, un processeur 16 cœurs à double 3D V-Cache jamais annoncé officiellement.
Cet article Ryzen 9 9950X3D2 : le processeur fantôme d’AMD serait bien réel a été publié en premier par GinjFo.
be quiet! intégre pour la première fois des écrans LCD à ses solutions de refroidissement. Entre watercooling, ventirads et les alimentations les nouveautés sont nombreuses.
Cet article CES 2026, be quiet! muscle son catalogue avec du LCD, 1200 W et des souris gaming a été publié en premier par GinjFo.
Présenté lors du CES 2026, le TUF Gaming TM500 est un PC Gaming préassemblé qui adopte une approche pour le moins atypique
Cet article TUF Gaming TM500, Asus tente le CPU mobile pour un PC gaming de bureau a été publié en premier par GinjFo.
Minisforum used CES 2026 to extend its 5 bay N5 NAS lineup with 2 new models, the N5 Max and the N5 Air, building on the original N5 and the better known N5 Pro that arrived in Summer 2025. The N5 Pro drew a lot of attention in the small form factor NAS space because it combined a compact 5 drive chassis with higher end AMD mobile silicon, 10 GbE plus 5 GbE networking, and expansion options like OCuLink and a PCIe slot, all in a system that was positioned as approachable for homelab and prosumer storage. That visibility also meant its weaker points were discussed publicly, including practical items such as drive tray security and the use of an external power brick, alongside broader questions about how far the platform could scale without changing the chassis concept.
The CES 2026 announcements read as an attempt to answer those conversations while keeping the core N5 identity intact. The N5 Max is framed as the scale up option, keeping the modular approach but shifting to a higher tier CPU platform, moving to 128 GB of onboard LPDDR5x at 8000 MT/s, expanding internal NVMe options, and switching to a built-in 250 W PSU rather than an external adapter. Minisforum also points to a larger internal thermal solution, which fits the idea of sustaining heavier compute and storage workloads. In parallel, the N5 Air effectively replaces the originally positioned base N5, keeping the same overall layout and I/O concept but aiming at a more cost conscious configuration while still retaining features that defined the series, including multi-gig Ethernet and the same general expansion philosophy.
| Category | Minisforum N5 Max | Minisforum N5 Air |
|---|---|---|
| CPU | Up to AMD Ryzen AI Max+ 395 (16C/32T) | AMD Ryzen 7 255 (8C/16T) |
| GPU | Radeon 8060S (per CPU platform) | Radeon 780M |
| NPU / AI | AMD specs: up to 50 TOPS NPU, up to 126 TOPS overall | N/A listed |
| Memory | 128 GB LPDDR5x, 256-bit, 8000 MT/s (soldered) | 2x DDR5 SO-DIMM (non-ECC) |
| SATA bays | 5x 3.5 inch or 2.5 inch SATA 3.0, up to 30 TB each | 5x 3.5 inch or 2.5 inch SATA 3.0, up to 22 TB each |
| NVMe / U.2 storage | 1x M.2 2280 NVMe PCIe 4.0 x4 (capacity listed as “BTB”); 1x M.2 2230/2280 NVMe up to 8 TB PCIe 4.0 x1; 3x M.2 2280 NVMe up to 8 TB each PCIe 4.0 x1 | 1x M.2 2230/2280/22110 NVMe up to 4 TB PCIe 4.0 x1; 1x U.2 or M.2 2280/22110 NVMe up to 15 TB PCIe 4.0 x1; 1x U.2 or M.2 2280/22110 NVMe up to 15 TB PCIe 4.0 x2 |
| Ethernet | 1x 5 GbE (Realtek RTL8126) + 1x 10 GbE (Realtek RTL8127) | 1x 5 GbE (Realtek RTL8126) + 1x 10 GbE (Realtek RTL8127) |
| Rear ports | 1x USB4 (Alt DP 2.0), 1x HDMI 2.1 FRL, 1x OCuLink, 1x USB 3.2 Gen 2, 1x USB 2.0 | 1x USB4 (Alt DP 2.0), 1x HDMI 2.1 FRL, 1x OCuLink, 1x USB 3.2 Gen 2, 1x USB 2.0 |
| Front ports | 1x USB4 (Alt DP 2.0), 1x USB 3.2 Gen 2 | 1x USB4 (Alt DP 2.0), 1x USB 3.2 Gen 2 |
| Internal expansion | 1x PCIe x16 slot (PCIe 4.0 x4), 1x USB 3.2 Gen 2 header/port | 1x PCIe x16 slot (PCIe 4.0 x4), 1x USB 3.2 Gen 2 header/port |
| Display notes | HDMI 2.1 (4K 60); USB4 Type-C 40 Gbps (Alt DP 2.0); USB4 v2 Type-C 80/120 Gbps (Alt DP 2.0) | HDMI up to 8K 60 Hz or 4K 144 Hz; USB4 up to 8K 60 Hz or 4K 144 Hz |
| Audio | Via HDMI and Type-C (Alt DP) | Via HDMI and USB4 |
| Power | Built-in 250 W PSU; secondary input USB-C PD 140 W (20 V 7 A) | DC 5525, 19 V 14.73 A, 280 W |
| OS listed | Linux, Windows 11 | MinisCloud OS, Windows 11 Pro, Linux |
| Size | 199 x 202.4 x 252.3 mm | 199 x 202 x 252 mm class |
Across the N5 family, the core physical concept remains a compact 5 bay enclosure designed around 3.5 inch or 2.5 inch SATA drive trays, with the internal platform arranged to keep compute, cooling, and expansion in a relatively dense footprint. The N5 Max keeps that same overall direction but applies several practical design revisions that align with feedback around the earlier models. One visible change is the inclusion of lockable drive trays, addressing a small but commonly noted omission on the original implementation. Minisforum also continues to lean into a modular internal layout, where key components and storage areas are organized around a pull-out or service-friendly mechanism rather than a fully fixed internal frame.
For bulk storage, the N5 Max increases the stated per-bay ceiling to 30 TB per drive across its 5 SATA bays, compared with 22 TB per drive on the N5 Air, N5 Pro, and original N5 specifications. In practical terms, that suggests the Max is being positioned for higher raw capacity targets without changing the 5 bay limit, which keeps it in the same general footprint category as the earlier systems. The N5 Air retains the same 5 bay arrangement and chassis approach as the prior N5 tier, intended to preserve the basic storage layout while shifting the internal bill of materials. The N5 Pro and N5 remain closely aligned on the SATA side, both being specified for 5 bays and the same 22 TB per disk guidance (realistically, this is just a compatibility on HDDs that needs updating on the docs!).
The larger differentiation in this generation is on flash storage density and placement. The N5 Pro and original N5 were defined by a mix of 1 standard M.2 slot and 2 additional high capacity NVMe positions that could be populated via U.2 or longer M.2 formats, allowing up to 15 TB on those larger bays depending on configuration. The N5 Air keeps that general storage strategy, with an M.2 slot plus 2 NVMe positions that can be used as U.2 or longer M.2, including a PCIe 4.0 x2 lane allocation on 1 of those slots. The N5 Max shifts the emphasis toward multiple M.2 placements instead, listing 5 total NVMe positions across 2230 and 2280 formats with PCIe 4.0 lanes spread between x4 and multiple x1 links, and also highlighting that the additional NVMe options are split across both sides of the internal assembly rather than being confined to a single board-facing area.
The main divider between these systems is the compute platform. The N5 Max moves to an AMD Ryzen AI Max+ 395, a 16 core, 32 thread Zen 5 processor with boost up to 5.1 GHz and a default 55 W TDP, with configurable TDP listed at 45 to 120 W. It also integrates Radeon 8060S graphics with 40 compute units and advertises an AI engine capability up to 126 TOPS overall, including up to 50 TOPS on the NPU. By comparison, the N5 Air is specified with an AMD Ryzen 7 255 and Radeon 780M graphics, matching the original N5 tier orientation rather than the higher end Pro or Max positioning. The earlier N5 Pro used an AMD Ryzen AI 9 HX PRO 370, pairing a higher class CPU with Radeon 890M graphics and an NPU rating up to 50 TOPS, while the original N5 stayed in the Ryzen 7 255 class without an NPU listed.
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Memory design is also handled differently across the lineup. The N5 Max is specified with 128 GB of LPDDR5x on a 256-bit interface running at 8000 MT/s, and it is described as soldered rather than socketed. That approach fixes capacity at the factory but aligns with the CPU platform’s native support for LPDDR5x-8000 and the 128 GB maximum in AMD’s published specifications. The N5 Pro and original N5 both used 2 DDR5 SO-DIMM slots with a stated ceiling of 96 GB at up to 5600 MT/s, with the key difference being ECC support on the N5 Pro and non-ECC on the N5. The N5 Air follows the same SO-DIMM approach and is specified as non-ECC, aligning it more closely with the original N5 than the N5 Pro.
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Power delivery and thermals are presented as a direct area of revision on the N5 Max. It is specified with a built-in 250 W PSU, replacing the external power brick approach used on the N5 Air, N5 Pro, and original N5, which are listed with a DC 5525 19 V 14.73 A 280 W adapter. The N5 Max also adds a secondary power input option via USB-C PD at up to 140 W (20 V 7 A), which is described separately from the internal PSU. On cooling, the N5 Max is described as having a larger heatsink and a scaled-up cooling solution compared with earlier N5 designs, positioned to better match the higher tier CPU platform and the denser NVMe configuration.
Minisforum keeps a consistent external I/O layout across the N5 family, centered on a mix of high speed USB, direct display output, and storage or expansion links. The N5 Max and N5 Air are both listed with a rear HDMI 2.1 FRL output and USB4 Type C that supports DisplayPort Alt Mode (DP 2.0). Both also retain OCuLink on the rear, which is typically used for attaching external PCIe storage or expansion hardware, plus additional USB ports split between rear and front for local peripherals and service access. Audio output is handled through HDMI and USB-C DisplayPort Alt Mode rather than separate analog jacks.
Networking is positioned as a key feature, but the exact N5 Max configuration depends on which source you reference. The show floor description referenced 2 copper 10 GbE ports, while the specification set provided lists 1x 10 GbE (Realtek RTL8127) and 1x 5 GbE (Realtek RTL8126). The N5 Air matches the broader series approach with 1x 10 GbE (Realtek RTL8127) plus 1x 5 GbE (Realtek RTL8126). For the earlier N5 Pro and N5, the published configuration is also dual ports at 10 GbE plus 5 GbE, with the 10 GbE module listed as Marvell AQtion AQC113 and the 5 GbE module as Realtek RTL8126. Functionally, all of these configurations target multi-gig wired networking for faster client access, direct workstation links, or higher throughput to a switch.
USB4 capability is another differentiator on the N5 Max. The general port list shows USB4 on both the front and rear panels, while the additional connectivity notes for the Max indicate a combination of 2x USB4 v2 Type C ports capable of 80 Gbps or 120 Gbps operation, plus 1x USB4 Type C at 40 Gbps. Alongside USB4, the rear I/O includes USB 3.2 Gen 2 and USB 2.0, and the front adds another USB 3.2 Gen 2. Internally, all the N5 variants listed include a PCIe x16 physical slot wired for PCIe 4.0 x4, plus an internal USB 3.2 Gen 2 header or port, keeping the option open for add-in cards or internal devices without relying only on external ports.
Specification
Minisforum N5 Max
LAN: 1x 10 GbE (RTL8127) + 1x 5 GbE (RTL8126) listed, 2x 10 GbE described in show floor discussion
Rear: 1x USB4 (Alt DP 2.0), 1x HDMI 2.1 FRL, 1x OCuLink, 1x USB 3.2 Gen 2, 1x USB 2.0
Front: 1x USB4 (Alt DP 2.0), 1x USB 3.2 Gen 2
Internal: 1x PCIe x16 slot (PCIe 4.0 x4), 1x USB 3.2 Gen 2 header/port
Video notes: HDMI 2.1 (4K 60), USB4 Type C 40 Gbps (Alt DP 2.0), USB4 v2 Type C up to 80/120 Gbps (Alt DP 2.0)
Minisforum N5 Air
LAN: 1x 10 GbE (RTL8127) + 1x 5 GbE (RTL8126)
Rear: 1x USB4 (Alt DP 2.0), 1x HDMI 2.1 FRL, 1x OCuLink, 1x USB 3.2 Gen 2, 1x USB 2.0
Front: 1x USB4 (Alt DP 2.0), 1x USB 3.2 Gen 2
Internal: 1x PCIe x16 slot (PCIe 4.0 x4), 1x USB 3.2 Gen 2 header/port
Video notes: HDMI up to 8K 60 Hz or 4K 144 Hz, USB4 up to 8K 60 Hz or 4K 144 Hz
For a straightforward view of where the lineup sits now, I compare the N5 Max, N5 Air, and the earlier N5 Pro side by side because they represent the clearest tiering of the platform. The N5 Max is the top spec option, built around the Ryzen AI Max+ 395 and a fixed 128 GB LPDDR5x-8000 memory configuration, with a built-in 250 W PSU and a storage layout that shifts toward multiple M.2 slots alongside the 5 SATA bays. The N5 Air stays closer to the original N5 concept with a Ryzen 7 255 and 2 DDR5 SO-DIMM slots (non-ECC), while keeping the same general chassis approach, dual multi-gig networking, and the same style of rear I/O and expansion features. The N5 Pro remains the point of reference from Summer 2025 because it pairs a higher tier Ryzen AI 9 HX PRO 370 with 2 DDR5 SO-DIMM slots that support ECC, while retaining the same 5 bay layout and the same overall connectivity concept. Where there are spec conflicts in early CES coverage, such as how many 10 GbE ports the N5 Max ultimately ships with, I treat the provided spec sheet values as the baseline and note the discrepancy separately.
| Category | Minisforum N5 Max | Minisforum N5 Air | Minisforum N5 Pro |
|---|---|---|---|
| CPU | Up to AMD Ryzen AI Max+ 395 (16C/32T) | AMD Ryzen 7 255 (8C/16T) | AMD Ryzen AI 9 HX PRO 370 (12C/24T) |
| GPU | Radeon 8060S (per CPU platform) | Radeon 780M | Radeon 890M |
| NPU / AI | AMD specs: up to 50 TOPS NPU, up to 126 TOPS overall | N/A listed | Up to 50 TOPS |
| Memory | 128 GB LPDDR5x, 256-bit, 8000 MT/s (soldered) | 2x DDR5 SO-DIMM (non-ECC), up to 96 GB, up to 5600 MT/s | 2x DDR5 SO-DIMM (ECC supported), up to 96 GB, up to 5600 MT/s |
| SATA bays | 5x 3.5 inch or 2.5 inch, up to 30 TB each | 5x 3.5 inch or 2.5 inch, up to 22 TB each | 5x 3.5 inch or 2.5 inch, up to 22 TB each |
| NVMe layout | 5x M.2 total: 1x 2280 PCIe 4.0 x4 (capacity listed as “BTB”), 1x 2230/2280 up to 8 TB PCIe 4.0 x1, 3x 2280 up to 8 TB each PCIe 4.0 x1 | 1x M.2 2230/2280/22110 up to 4 TB PCIe 4.0 x1; 1x U.2 or M.2 2280/22110 up to 15 TB PCIe 4.0 x1; 1x U.2 or M.2 2280/22110 up to 15 TB PCIe 4.0 x2 | 1x M.2 2230/2280/22110 up to 4 TB PCIe 4.0 x1; 1x U.2 or M.2 2280/22110 up to 15 TB PCIe 4.0 x1; 1x U.2 or M.2 2280/22110 up to 15 TB PCIe 4.0 x2 |
| Ethernet | 1x 10 GbE (Realtek RTL8127) + 1x 5 GbE (Realtek RTL8126) listed; show floor discussion referenced 2x 10 GbE | 1x 10 GbE (RTL8127) + 1x 5 GbE (RTL8126) | 1x 10 GbE (AQC113) + 1x 5 GbE (RTL8126) |
| Rear ports | USB4 (Alt DP 2.0), HDMI 2.1 FRL, OCuLink, USB 3.2 Gen 2, USB 2.0 | USB4 (Alt DP 2.0), HDMI 2.1 FRL, OCuLink, USB 3.2 Gen 2, USB 2.0 | USB4 (Alt DP 2.0), HDMI 2.1 FRL, OCuLink, USB 3.2 Gen 2, USB 2.0 |
| Front ports | USB4 (Alt DP 2.0), USB 3.2 Gen 2 | USB4 (Alt DP 2.0), USB 3.2 Gen 2 | USB4 (Alt DP 2.0), USB 3.2 Gen 2 |
| Internal expansion | PCIe x16 slot (PCIe 4.0 x4), USB 3.2 Gen 2 header/port | PCIe x16 slot (PCIe 4.0 x4), USB 3.2 Gen 2 header/port | PCIe x16 slot (PCIe 4.0 x4), USB 3.2 Gen 2 |
| Display notes | Listed: HDMI 2.1 (4K 60); USB4 Type-C 40 Gbps; USB4 v2 Type-C 80/120 Gbps (Alt DP 2.0) | HDMI up to 8K 60 Hz or 4K 144 Hz; USB4 up to 8K 60 Hz or 4K 144 Hz | HDMI up to 8K 60 Hz or 4K 144 Hz; USB4 up to 8K 60 Hz or 4K 144 Hz |
| Power | Built-in 250 W PSU; secondary input USB-C PD 140 W (20 V 7 A) | DC 5525, 19 V 14.73 A, 280 W | DC 5525, 19 V 14.73 A, 280 W |
| OS listed | Linux, Windows 11 | MinisCloud OS, Windows 11 Pro, Linux | MinisCloud OS, Windows 11 Pro, Linux |
| Size | 199 x 202.4 x 252.3 mm | 199 x 202 x 252 mm class | 199 x 202 x 252 mm |
Taken together, the CES 2026 updates split the N5 lineup into clearer tiers than before. The N5 Max is positioned as the upper configuration, combining a higher class CPU platform with a fixed 128 GB memory design and a stronger emphasis on internal NVMe density. The N5 Air sits closer to the original N5 tier in processor class and upgrade flexibility, while keeping the same general chassis direction and expansion approach that defined the earlier models. The practical tradeoffs follow from those choices. The N5 Max concentrates capability into a more integrated build, which can simplify ownership but reduces user control over memory configuration and may increase base cost due to the included LPDDR5x. The N5 Air, N5 Pro, and original N5 retain socketed DDR5 and a more traditional external power arrangement, which can be easier to service or adjust over time. The series overall remains defined by a compact 5 bay layout paired with multi-gig networking and expansion options, with the main differences now centered on compute tier, memory strategy, and how far the platform is intended to scale.
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Au CES 2026, Cooler Master dévoile une refonte de sa gamme de ventirad marquée par le retour de modèles emblématiques
Cet article CES 2026, Cooler Master revisite ses ventirads cultes ! a été publié en premier par GinjFo.
Gl.iNet is using day 1 of CES 2026 to spotlight the Mudi 7 travel router, with 2 listed variants: GL-E5800NA and GL-E5800EU. While the company is now formally presenting the device at the show and directing attention to its travel-focused positioning, it still has not published pricing or a confirmed retail release date in the materials available today. That leaves the Mudi 7’s market placement and availability timeline unresolved, even as the hardware is being discussed publicly at CES. Alongside the CES reveal, Gl.iNet has shared a full specification sheet that clarifies the Mudi 7’s core platform and feature set. It is based on a Qualcomm quad-core 2.2GHz design with 2GB LPDDR4X and 8GB eMMC, and it combines 5G NR with tri-band Wi-Fi 7-class networking, dual SIM dual standby plus eSIM, and a built-in touchscreen for on-device management. I previously saw an early prototype during a visit to Gl.iNet’s Shenzhen offices in October 2025, and the CES-era specification release fills in the internal details that were not available at the time, making it easier to assess what Gl.iNet intends to ship in the NA and EU variants.
| Item | Detail |
|---|---|
| Product name | Gl.iNet Mudi 7 (Link to Official Page) |
| Models | GL-E5800NA, GL-E5800EU |
| CPU | Qualcomm, quad-core @ 2.2GHz |
| Memory | 2GB LPDDR4X |
| Flash | 8GB eMMC |
| Wireless protocol | 802.11a/b/g/n/ac/ax/be |
| Bands | 2.4GHz, 5GHz, 6GHz |
| Wi-Fi speeds | 688Mbps (2.4GHz), 2882Mbps (5GHz), 5764Mbps (6GHz) |
| Cellular | 5G NR NSA/SA; 4G LTE Cat 20 (DL) |
| SIM | Dual SIM dual standby + eSIM |
| Ethernet | 1x WAN/LAN, 100/1000/2500Mbps |
| USB | 1x USB 3.1 |
| External antenna | Supported; 2x TS-9 (cellular) |
| Screen | 2.8-inch touchscreen |
| Power input | USB PD/PPS 5-12V, 30W max |
| Power consumption | <30W |
| Battery | 3.85V, 5380mAh, 20.72Wh |
| Dimensions / weight | 157 x 75 x 22.8mm / 300g |
| Operating temperature | 0C to 40C |
With the full specifications now available, the Mudi 7 is confirmed as a compact, battery-powered travel router measuring 157 x 75 x 22.8mm and weighing 300g. That footprint places it closer to a portable hotspot than a small desktop router, with enough thickness to accommodate a touchscreen, battery, and internal antennas.
Gl.iNet lists a 2.8-inch touchscreen as the primary on-device interface. In practical terms, this design choice supports situations where you need to check status or adjust basic settings without relying on a separate phone or laptop, which can be useful when moving between locations or sharing access with other devices.
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Power is handled through a built-in 3.85V, 5380mAh battery rated at 20.72Wh, and charging is specified as USB PD/PPS from 5V to 12V with up to 30W input. Gl.iNet also lists power consumption below 30W, which provides a ceiling for expected draw under load, though real battery life will still depend on cellular conditions, connected devices, and the mix of Wi-Fi and wired usage.
Cellular is the main uplink option on the Mudi 7, with support listed for 5G NR in both NSA and SA modes. For fallback coverage, it also supports 4G LTE with Cat 20 download capability, which becomes relevant when 5G coverage is weak, when indoor signal conditions push the modem back to LTE, or when a roaming profile limits access to certain 5G services. Gl.iNet still has not published a band list in the specifications you shared, so region-by-region compatibility will depend on the exact supported bands of the NA and EU variants.
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For SIM management, the router is specified with dual SIM dual standby and built-in eSIM support. In day-to-day use, that combination is intended to simplify switching between carriers, maintaining a backup line, or separating plans for different regions without having to physically swap cards as often. What remains unclear is how Gl.iNet handles priority rules, failover behavior, and eSIM provisioning in its interface, including whether switching can be automated based on signal or data limits.
On the local network side, the Mudi 7 supports 802.11a/b/g/n/ac/ax/be across 2.4GHz, 5GHz, and 6GHz. The published maximum Wi-Fi rates are 688Mbps on 2.4GHz, 2882Mbps on 5GHz, and 5764Mbps on 6GHz, which sets expectations for its theoretical peak throughput rather than typical sustained performance. Antenna information is also listed, including 2 internal Wi-Fi antennas covering 2.4GHz, 5GHz, and 6GHz, plus 6 internal cellular antennas for LTE and 5G NR, indicating an emphasis on maintaining link quality in variable travel environments.
For wired and tethered connectivity, the router includes a single WAN/LAN Ethernet port rated at 100/1000/2500Mbps, allowing it to slot into networks that offer faster-than-gigabit service while keeping the option for a basic wired LAN connection. It also lists 1 USB 3.1 port, which can be relevant for tethering or attaching compatible peripherals depending on firmware support, but Gl.iNet has not detailed the exact supported use cases yet. External antennas are supported for cellular via 2 TS-9 ports, while external Wi-Fi antenna support is not specified in the sheet, suggesting any range extension is primarily aimed at improving cellular reception.
The Mudi 7 is based on a Qualcomm platform, listed with a quad-core CPU clocked at 2.2GHz. Gl.iNet does not specify the exact chipset model in the specification sheet, so it is not yet possible to compare its CPU class directly against other travel routers using named Snapdragon or IPQ-series parts. Even so, the stated clock speed and multi-core layout indicate it is designed to handle routing, Wi-Fi management, and cellular tasks concurrently rather than relying on a lower-power single-core design.
Memory is specified as 2GB of LPDDR4X. That capacity is typically relevant for sustaining multiple client connections, running VPN tunnels, and keeping the management interface responsive while traffic is flowing. In practice, how far 2GB goes will depend on the software stack, the number of enabled services, and whether features like traffic monitoring or advanced firewall rules are running continuously.
For onboard storage, the Mudi 7 includes 8GB of eMMC flash. This is generally used for the operating system image, configuration data, and any built-in packages or logs, though Gl.iNet has not detailed how much of that space is reserved versus user-accessible. The specification also does not clarify whether there is any storage expansion path, or how storage is managed over time for items like VPN profiles, connection history, and accumulated logs.
On January 6, 2026, the opening day of CES 2026, Gl.iNet is drawing attention to the Mudi 7 as its next travel router, listed in 2 variants: GL-E5800NA and GL-E5800EU. The published specification sheet outlines a Qualcomm quad-core 2.2GHz platform with 2GB LPDDR4X and 8GB eMMC, paired with 5G NR (NSA and SA) and tri-band Wi-Fi across 2.4GHz, 5GHz, and 6GHz. The physical and power details are also clear at this stage. Gl.iNet lists the Mudi 7 at 157 x 75 x 22.8mm and 300g, with a 3.85V 5380mAh battery rated at 20.72Wh and USB PD/PPS input up to 30W. Interfaces include a single WAN/LAN Ethernet port rated up to 2500Mbps, 1 USB 3.1 port, and 2 TS-9 ports for external cellular antennas, while a 2.8-inch touchscreen is positioned as a central part of on-device control.
Even with those specifications confirmed, several practical release details remain open on day 1. Gl.iNet has not published pricing, a retail availability date, or a cellular band list for each regional variant, which will determine how well the NA and EU models align with specific carriers and travel use cases. The company has also not provided a complete, Mudi 7-specific breakdown of firmware features and long-term software support, leaving the final day-to-day picture dependent on what is shown during CES and what ships in the retail firmware.
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Au CES 2026, Cooler Master dévoile de nombreuses nouveautés. La marque montre que le boîtier n’est plus un simple contenant, mais une pièce maitresse de l’expérience hardware. Il doit mêler design, performance thermique et personnalisation.
Cet article CES 2026, COSMOS Alpha et MasterFrame 360 series, Cooler Master surprend et innove a été publié en premier par GinjFo.
Présenté au CES 2026, le ROG G1000 abandonne le RGB traditionnel pour du ROG AniMe Holo. Asus projette des hologrammes animés sur la façade et le panneau latéral du boîtier.
Cet article Fini les LED RGB, ASUS dévoile le ROG G1000 et ses panneaux holographiques a été publié en premier par GinjFo.
UGREEN has outlined a SynCare lineup of IP surveillance devices that focuses on edge processing, on-device multimodal AI detection, and local recording, rather than a cloud-first model with recurring fees. The range, shown publicly around CES 2026, includes indoor cameras, an outdoor camera, and a video doorbell, with a separate Smart Display hub positioned as an optional central screen and Wi-Fi hub. UGREEN’s messaging also points to broader ecosystem ambitions, including compatibility with local storage today and later integration with UGREEN NAS systems in H2 2026 for longer retention, organization, and multi-camera management.
The UGREEN SynCare Series is a planned smart home surveillance lineup built around IP cameras and a video doorbell, introduced as UGREEN’s entry into home security hardware. The set includes 2 indoor camera variants (ID500 Plus and ID500 Pro), an outdoor bullet-PTZ camera (OD600 Pro), and a video doorbell (DB600 Pro). UGREEN has positioned the range for release in H2 2026, with pricing expected to be disclosed later, including around IFA 2026. A defining theme across the range is edge AI, with UGREEN describing on-device multimodal recognition that can classify people, pets, and other events, and then translate those detections into more descriptive alerts. The intent is to reduce reliance on cloud processing and minimize subscription requirements, with an emphasis on local storage and privacy controls. In practical terms, the cameras are presented as doing much of their analysis at the camera level, while still supporting broader system coordination. UGREEN has also described SynCare as an ecosystem rather than isolated devices, including cross-camera awareness and a Smart Display D500 that can act as a central monitoring screen and connectivity hub. The system-level features described include event sharing between devices, multi-zone monitoring outdoors, and “risk-based” escalation behaviors such as warning lights and alarms. While the full surveillance software stack has not been fully detailed yet, UGREEN has repeatedly referenced NASync support and later NAS integration as part of the intended trajectory for the platform.
The SynCare Indoor Cam ID500 Plus is positioned as the lower resolution indoor model in the lineup, pairing a 2K-class image sensor with dual-band Wi-Fi and on-device multimodal AI for identifying common subjects such as people and pets, along with event-based detection. It is described as using local recording rather than mandatory cloud storage, with support for internal SD-based storage and stated compatibility with UGREEN NASync systems for users who want longer-term retention or centralized storage outside the camera itself.
| Specification | UGREEN SynCare Indoor Cam ID500 Plus |
|---|---|
| Resolution | 2K+ |
| Connectivity | 2.4GHz / 5GHz dual-band Wi-Fi |
| Night Vision | UltraColor Night Vision |
| Storage | Local storage (SD), no mandatory cloud fees |
| NAS Support | Compatible with UGREEN NASync systems |
| AI Features | On-device multimodal AI (people, pets, event recognition) |
The SynCare Indoor Cam ID500 Pro is the higher tier indoor option and is described with 4K capture plus motorized pan and tilt for coverage beyond a fixed viewpoint. UGREEN also associates this model with an f1.0 aperture and a color-focused low-light mode branded as UltraColor Night Vision, alongside on-device multimodal recognition intended to classify subjects and incidents for more specific notifications. In system descriptions, it is also linked to cross-camera awareness and risk-based alert behavior when used alongside other SynCare devices.
| Specification | UGREEN SynCare Indoor Cam ID500 Pro |
|---|---|
| Resolution | 4K |
| Pan and Tilt | Yes |
| Aperture | f1.0 |
| Connectivity | 2.4GHz / 5GHz dual-band Wi-Fi |
| Night Vision | UltraColor Night Vision |
| Storage | Local storage with no mandatory cloud fees |
| AI Features | On-device multimodal AI (people, pets, incidents) |
| System Features | Cross-camera awareness, smart risk-based alerts |
The SynCare Video Doorbell DB600 Pro is the entry-point camera in the range that is designed specifically for front-door coverage, using a dual-camera setup to capture both a primary view and a lower secondary view for head-to-toe framing. UGREEN positions it for identifying visitors and deliveries, with multimodal AI intended to separate people, pets, and packages into distinct detection types so alerts can be tied to what is actually happening at the doorstep. In the pre-release descriptions, it is presented as a Wi-Fi doorbell solution rather than a PoE device, and availability is expected in H2 2026.
| Specification | UGREEN SynCare Video Doorbell DB600 Pro |
|---|---|
| Imaging | 4K + 2K dual-camera |
| Field of View | Head-to-toe |
| Wi-Fi | 2.4GHz / 5GHz dual-band |
| Storage | Local storage with no cloud fees |
| AI Features | Multimodal recognition for people, pets, packages |
| Availability | H2 2026 |
The SynCare Outdoor Cam OD600 Pro is the exterior-focused model and is described as a triple-lens bullet-PTZ design that combines a fixed wide view with pan-tilt coverage for tracking activity across a larger area. UGREEN has highlighted 18MP imaging, optical zoom, and 24/7 continuous recording, alongside on-device multimodal AI aimed at differentiating people, vehicles, and pets for more targeted alerts. Unlike the indoor models and doorbell, this camera is also presented with Power over Ethernet support in addition to dual-band Wi-Fi, and UGREEN has described multi-zone monitoring behavior that escalates from capture and notification to lights and audible alarms as a subject moves closer.
| Specification | UGREEN SynCare Outdoor Cam OD600 Pro |
|---|---|
| Imaging | 18MP triple-lens bullet-PTZ |
| Pan and Tilt | Yes (PTZ) |
| Optical Zoom | Yes |
| Connectivity | 2.4GHz / 5GHz dual-band Wi-Fi, PoE |
| Recording | 24/7 continuous recording |
| Storage | Local storage with no cloud fees |
| AI Features | On-device multimodal AI (human, vehicle, pet detection) |
| Monitoring | Multi-zone detection with escalating alerts |
The SynCare Smart Display D500 is described as a central control screen for the SynCare lineup that can aggregate camera feeds, show events in real time, and act as a connectivity hub within the home. UGREEN’s positioning suggests it can simplify monitoring when multiple cameras are deployed, while still keeping core features available through the mobile app without requiring the display for functionality. In other words, it is presented as an optional hardware dashboard rather than a mandatory controller for the cameras.
| Specification | UGREEN SynCare Smart Display D500 |
|---|---|
| Role | Central monitoring display and home hub |
| Connectivity | 2.4GHz / 5GHz dual-band Wi-Fi |
| Camera Support | Connects with SynCare cameras and doorbell |
| Monitoring | Real-time viewing and event reporting |
| Control Method | App-based control, on-device interface |
| Required for Features | No (positioned as optional) |
SynCare is presented as more than basic video capture, with UGREEN describing a set of edge AI and ecosystem features intended to reduce irrelevant alerts, improve low-light usability, and coordinate behavior across multiple cameras. The emphasis is on on-device recognition and local storage, with additional automation features that depend on having more than 1 SynCare device in the same setup.
On-device multimodal AI recognition for people, pets, vehicles, packages, and general events
Human-language style alerts that describe what was detected rather than only motion notifications
Behavior analysis concepts, with examples such as identifying an approaching stranger by appearance
UltraColor Night Vision and low-light color correction for clearer nighttime footage
Local recording with no mandatory cloud subscription, including SD-based storage support
Cross-camera awareness, where one device can trigger announcements or actions on another
Multi-zone outdoor monitoring with escalating responses such as recording triggers, warning lights, phone notifications, and audible alarms
Smart risk-based alerts that vary response intensity based on proximity or severity
UGREEN has positioned SynCare around local recording and on-device processing, but has also repeatedly tied the cameras to its NAS ecosystem through references to NASync compatibility and later integration. The implication is that SynCare can operate as standalone devices first, then gain more centralized storage and management options when paired with a UGREEN NAS.
What is directly stated so far is limited but consistent: SynCare devices are described as supporting local storage without mandatory cloud fees, and multiple product descriptions refer to supporting or being compatible with UGREEN NASync. In the broader SynCare overview text, UGREEN also links privacy to encrypted local storage via NASync, which frames the NAS as a destination for retained footage rather than a required cloud account.
What remains undefined is the software side of that relationship. In your video, the open question is whether UGREEN’s eventual surveillance platform will be limited to the newer AI-focused NAS models or will also be delivered to the wider NAS lineup, and there are no concrete details yet on what the camera to NAS workflow looks like in practice. Until UGREEN publishes the surveillance application details, the NAS portion should be treated as planned ecosystem support rather than a fully specified NVR feature set.
UGREEN’s newest AI NAS hardware is relevant mainly because it suggests where the company expects heavier workloads to land, including multi-camera retention, indexing, and any future server-side analytics. The iDX6011 and iDX6011 Pro, as described, combine high-end Intel Core Ultra processors, large LPDDR5/x memory configurations, dual 10GbE networking, and up to 196TB raw capacity across 6 SATA bays plus 2 NVMe slots, which is a plausible foundation for sustained recording and longer retention, even if the cameras themselves handle primary detection at the edge.
| Specification | NASync iDX6011 | NASync iDX6011 Pro |
|---|---|---|
| Processor | Intel Core Ultra 5 125H | Intel Core Ultra 7 255H |
| Memory | 32GB / 64GB LPDDR5/x | 64GB LPDDR5/x |
| Max Storage | 196TB (6 SATA + 2 NVMe) | 196TB (6 SATA + 2 NVMe) |
| Networking | Dual 10GbE (up to 20Gbps via aggregation) | Dual 10GbE (up to 20Gbps via aggregation) |
| Ideal For | Creators, families, prosumers | Studios, production teams, AI-intensive workflows |
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