Did Minisforum FINALLY Go Too Far with the MS-02 Ultra?

The Minisforum MS-02 Ultra is positioned as a compact workstation that deliberately blurs the line between a high-end mini PC and a small server platform. While its physical footprint remains relatively small at 4.8 L, the design choices made across CPU selection, PCIe expansion, storage layout, and networking place it well beyond the scope of conventional desktop minis. During extended hands-on testing, it becomes clear that this system is not designed around a single use case. Instead, it targets users who expect to adapt the hardware over time, whether for professional content creation, software development, virtualization, NAS deployment, or mixed workloads that benefit from high I/O density. This flexibility comes with complexity, and the MS-02 Ultra expects a certain level of user familiarity with BIOS tuning, PCIe lane allocation, and thermal tradeoffs that are rarely encountered in this form factor. A key point that emerged during testing is how sharply the experience changes depending on which CPU configuration is selected. The Ultra 9 285HX variant is not simply faster than the lower-tier models. It fundamentally alters what the system can do by unlocking ECC memory support, enabling dual 25GbE SFP+ networking, and adding a PCIe combo card that expands total M.2 capacity to 4 slots. The Ultra 9 275HX and Ultra 5 235HX versions retain the same chassis and core platform, but they operate closer to a traditional high-end mini PC, with fewer storage options and reduced network throughput. As a result, the MS-02 Ultra range should be viewed less as a single product and more as a tiered platform, where hardware capability and intended role scale directly with price.

From a value perspective, pricing spans a wide range and reflects both component availability and Minisforum’s attempt to offer barebones and fully populated options. The entry barebones Ultra 9 285HX configuration sits at $1,199, while fully populated ECC-based builds can reach $2,999. During testing, it became apparent that much of the system’s long-term value is tied to its scalability rather than its out-of-the-box configuration. Users who intend to keep the system static may find better value in smaller Minisforum models, while those planning to expand storage, networking, or PCIe devices over time are more likely to benefit from the MS-02 Ultra’s architecture. This distinction frames the rest of the review, which focuses less on raw specifications and more on how those design choices behave in real-world use.

Minisforum MS-02 Ultra Review – Quick Conclusion

The Minisforum MS-02 Ultra is best understood as a compact but highly modular platform rather than a conventional mini PC, and its design clearly reflects that intent. It delivers strong CPU performance, extensive connectivity, and an uncommon level of internal expansion for a system of this size, but it also expects the user to engage actively with its configuration, cooling behavior, and upgrade planning. The system’s real strength lies in how well it can scale over time through additional storage, PCIe expansion, or higher-speed networking, rather than in any single out-of-the-box performance metric. Its pricing and hardware complexity place it firmly in enthusiast and professional territory, making it ill-suited for users who want a simple or inexpensive desktop replacement, but a compelling option for those seeking a compact system that can grow into demanding roles such as a workstation, NAS, or virtualization host as their needs evolve.

BUILD QUALITY - 10/10

HARDWARE - 9/10

PERFORMANCE - 9/10

PRICE - 6/10

VALUE - 8/10

8.4

PROS

Strong multi-core CPU performance that approaches compact desktop-class systems
Unusually high internal expandability for a 4.8 L chassis
PCIe 5.0 x16 slot available for future expansion
Dual 25GbE SFP+ networking on the 285HX model
Support for ECC DDR5 memory on the 285HX configuration
Four M.2 NVMe slots available on the top-tier model
Internal 350 W PSU with auxiliary power for PCIe devices
USB4 v2 ports capable of very high external storage and docking throughput
Suitable for multiple roles including workstation, NAS, and virtualization host

CONS

High pricing for a area of the market where buyers are getting used to low, low prices, even for ECC-equipped or fully populated configurations
Limited physical space restricts larger GPU and PCIe card choices
Fan control largely confined to BIOS with limited OS-level adjustment (TBC)
Complexity and tuning requirements may deter less experienced users who want to maximize their investment in this system

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Minisforum MS-02 Ultra Review – Design & Storage

The MS-02 Ultra immediately distinguishes itself from earlier Minisforum workstation designs by abandoning the lighter, more modular internal layout used in systems like the MS-01 and MS-S1 Max. Instead, the chassis adopts a far denser internal structure that resembles a compressed micro-tower, with components stacked tightly around a central airflow channel. While the system still uses a slide-out internal frame, the motion is more deliberate and less fluid than previous designs due to the weight and density of the installed hardware. This approach prioritizes structural rigidity and thermal containment over ease of access, signaling that the MS-02 Ultra is designed to be configured carefully rather than frequently opened.

Storage implementation is one of the defining aspects of the MS-02 Ultra, particularly on the Ultra 9 285HX configuration. In this model, storage is split across the motherboard and a dedicated PCIe combo card. Two M.2 NVMe slots are mounted directly on the board and are positioned close to the CPU and memory area, which places them inside an active airflow path but also imposes strict height limitations. SSDs with tall, pre-attached heatsinks are not practical here, and Minisforum instead supplies low-profile heatsinks intended to work within the confined space. During testing, this design proved functional, though it requires more planning than a conventional desktop layout.

The additional two M.2 slots are integrated into the PCIe card that also houses the dual 25GbE controllers. This card is exclusive to the Ultra 9 285HX version and is responsible for expanding total NVMe capacity from 2 drives to 4. Unlike typical expansion cards, this unit combines networking and storage on a single PCB and includes its own active cooling solution. In use, the card introduces noticeable power draw even when the network interfaces are idle, but it also centralizes high-speed I/O in a way that simplifies cabling and internal layout. This design choice is unusual, but it aligns with the system’s goal of maximizing capability within a small enclosure.

There are also important performance considerations tied to how storage bandwidth is allocated. The motherboard-mounted M.2 slots are specified as PCIe 4.0 x4, but during testing, lane sharing and PCIe crossover behavior resulted in scenarios where one slot operated at PCIe 5.0 x4 while others were reduced to PCIe 3.0 x4. This was not immediately obvious from the documentation and required closer inspection of the PCIe lane map and BIOS configuration to fully understand. While overall throughput remained strong across all drives, the behavior highlights that the MS-02 Ultra expects users to pay attention to lane allocation if they intend to fully populate all storage bays.

From a practical standpoint, the storage design reflects the broader philosophy of the MS-02 Ultra. It offers unusually high capacity and flexibility for a system of this size, but it does so by imposing constraints related to drive selection, thermal clearance, and PCIe bandwidth sharing. For users planning a fixed configuration, these limitations are manageable once understood. For those intending to experiment with different storage combinations over time, the layout rewards careful planning rather than casual swapping. This reinforces the idea that the MS-02 Ultra is engineered for deliberate, long-term deployment rather than frequent hardware iteration.

Minisforum MS-02 Ultra Review – Internal Hardware

At the core of the MS-02 Ultra is Intel’s Core Ultra HX platform, with the Ultra 9 285HX representing the most complete implementation of what this chassis can support. This processor combines 8 P-cores and 16 E-cores, allowing the system to scale from low-load background tasks to sustained multi-threaded workloads without the immediate thermal collapse often seen in compact systems. In practice, the CPU feels closer to a desktop-class part than a mobile processor, particularly when sustained power limits are raised in the BIOS. That capability comes with tradeoffs in power draw and cooling demand, but it also defines the MS-02 Ultra’s positioning as something far more ambitious than a conventional mini PC.

Memory support further reinforces that distinction. The system includes 4 DDR5 SODIMM slots, but only the Ultra 9 285HX variant enables ECC functionality. During testing, ECC was supported at 4800 MT/s, and while that frequency is lower than some non-ECC DDR5 kits, the stability benefits are clearly aligned with the system’s server-adjacent ambitions. The physical layout of the memory slots is unconventional, with 2 slots positioned close to the CPU cooling path and the remaining 2 mounted on the opposite side of the board.

Minisforum has added a custom heatsink over part of the memory and nearby controllers, suggesting thermal behaviour around the DIMMs was significant enough during development to warrant dedicated mitigation.

PCIe lane availability is one of the most critical aspects of the MS-02 Ultra’s internal design. The system exposes 3 PCIe slots: 1 PCIe 5.0 x16 slot, 1 PCIe 4.0 x16 slot, and 1 PCIe 4.0 x4 slot. Notably, the PCIe 5.0 x16 slot is not occupied by the bundled 25GbE combo card, leaving it available for future expansion. This is an unusual design choice in a system of this size and points to forward-looking intent rather than immediate necessity. However, physical space limits the practicality of using this slot to low-profile, short-length cards, which significantly narrows the pool of compatible GPUs and accelerators.

Power delivery inside the chassis is handled by an internal 350 W PSU, which is uncommon for systems in this size class. During teardown and testing, it became clear that Minisforum opted for an internal unit to support higher transient loads and to provide direct power connectors for PCIe devices. While an external PSU would have simplified thermals and internal space management, the internal design enables a cleaner external setup and removes a common bottleneck seen in expandable mini PCs. The tradeoff is increased internal heat density, which places more responsibility on the cooling system to manage both CPU and power delivery components simultaneously.

Overall, the internal hardware configuration of the MS-02 Ultra reflects a deliberate shift away from simplicity and toward flexibility and scalability. Each major subsystem, CPU, memory, PCIe, and power delivery, is implemented in a way that assumes the user will actively engage with BIOS settings, lane allocation, and hardware planning.

This makes the system less forgiving for casual users but far more capable for those who intend to push it beyond default configurations. Rather than hiding complexity, the MS-02 Ultra exposes it, which is both its defining strength and a potential barrier depending on the user’s expectations.

Minisforum MS-02 Ultra Review – Ports and Connections

The MS-02 Ultra offers a port layout that reflects its hybrid workstation and infrastructure-focused design rather than a consumer desktop orientation. On the front panel, Minisforum has placed 2 USB4 v2 Type-C ports operating at up to 80 Gbps, alongside a single USB 10 Gbps Type-A port, a 3.5 mm audio jack, and the power button. In practical use, the front USB4 v2 ports proved capable of sustained high-throughput operation, including external NVMe enclosures where transfer speeds in the 6 to 7 GB/s range were observed. This makes the front panel suitable not just for peripherals, but for temporary high-speed storage, capture devices, or docking solutions without needing to access the rear of the system.

The rear I/O panel expands connectivity significantly and is where the system’s infrastructure focus becomes clearer. It includes 1 USB4 Type-C port at 40 Gbps, 3 USB-A ports at 10 Gbps, and a full-size HDMI 2.1 port supporting high-resolution and high-refresh output. The HDMI port provides a straightforward display option for setups that do not rely on DisplayPort over USB4, which is useful in environments where compatibility or cable length is a concern. Together, these ports support multi-display configurations without requiring a discrete GPU, though display bandwidth sharing across USB4 ports should still be considered when attaching multiple high-resolution monitors.

Networking is one of the defining characteristics of the MS-02 Ultra, particularly on the Ultra 9 285HX model. This version includes the previously mentioned 2 25GbE SFP+ ports delivered via the internal PCIe combo card, in addition to a 10GbE RJ45 port and a 2.5GbE RJ45 port. Each wired interface uses a separate controller, allowing simultaneous multi-tier networking without shared bandwidth bottlenecks.

In testing, the presence of multiple active network controllers contributed to higher idle power draw, but it also enables complex routing, storage, or virtualization scenarios that would normally require a much larger system. The 2.5GbE interface also supports Intel vPro, allowing remote management and BIOS-level access in supported environments.

Wireless connectivity is handled by an onboard WiFi 7 and Bluetooth 5.4 module, with external antenna connectors located at the rear. In close-range testing, WiFi 7 throughput exceeded 5 Gbps when paired with a compatible router, making it a viable option for high-speed wireless workflows when cabling is impractical.

While wireless connectivity is unlikely to replace the wired interfaces for sustained workloads, its inclusion rounds out the system’s connectivity and reinforces the idea that the MS-02 Ultra is designed to function in a wide range of deployment scenarios, from desk-based workstations to lab or rack-adjacent environments.

Minisforum MS-02 Ultra Review – Speed, Noise, Heat and Power Tests

In day-to-day operation, the MS-02 Ultra behaves closer to a compact desktop workstation than a typical mini PC, particularly when configured with the Core Ultra 9 285HX. General responsiveness under Windows 11 Pro was consistently strong, even with multiple background tasks running, and the system showed no signs of instability during extended uptime.

Light workloads such as desktop productivity, media playback, and development tools rarely pushed power draw beyond moderate levels, although the presence of the 25GbE combo card does raise baseline consumption compared to smaller Minisforum systems.

CPU-focused testing highlighted the platform’s ability to sustain high loads, but also underscored how aggressively the system can scale power. In Cinebench, single-core workloads typically drew around 65 to 70 W, while full multi-core runs pushed total system power beyond 200 W at peak. These figures are unusually high for a system of this size, but they align with what would be expected from a high-core-count HX processor running with elevated power limits. Despite this, the cooling system maintained control, with external chassis temperatures remaining within reasonable limits even during prolonged stress periods.

Integrated graphics performance was evaluated using a mix of synthetic benchmarks and real-world gaming tests. Cinebench GPU and PCMark scores placed the system solidly ahead of most integrated-graphics mini PCs, but well below even mid-range discrete GPUs. In practice, games such as Sons of the Forest and Street Fighter 6 were playable at 60 FPS using medium settings, confirming that casual and light gaming is viable without additional hardware.

However, more demanding benchmarks like Steel Nomad and Solar Bay Extreme demonstrated clear limitations, reinforcing that users seeking higher graphical fidelity or advanced rendering will need a discrete GPU or external GPU solution.

Where the MS-02 Ultra differentiates itself is in scalability rather than raw out-of-the-box performance. USB4 ports supported external GPUs and high-speed storage without issue, and internal PCIe expansion allowed for measurable gains when discrete graphics were introduced. Storage benchmarks showed expected scaling across PCIe generations, with PCIe 5.0 NVMe drives exceeding 12 GB/s, PCIe 4.0 drives reaching around 6 GB/s, and PCIe 3.0 drives performing in line with their specifications. Overall, performance testing confirmed that the system’s architecture prioritizes flexibility and sustained throughput over specialization in any single workload.

Disclaimer on 25GbE and NAS Testing

This review does not include full performance validation of the dual 25GbE SFP+ interfaces or in-depth NAS and virtualization benchmarking. At the time of testing, a complete 25GbE network environment was not yet in place, which prevented meaningful throughput, latency, and sustained load testing of those ports. As a result, the networking discussion in this article is limited to hardware behavior, configuration, and early observations rather than verified performance metrics. A dedicated follow-up video and article are planned that will focus specifically on deploying the MS-02 Ultra as a NAS and Proxmox host, including detailed 25GbE testing, storage performance under RAID and VM workloads, and long-term stability analysis.

Minisforum MS-02 Ultra Review – Conclusion & Verdict

After extended testing, the Minisforum MS-02 Ultra stands out as one of the most ambitious small-form-factor systems Minisforum has produced to date. It is not designed to be a simple plug-and-play mini PC, and it does not try to hide that fact. Almost every aspect of the system, from PCIe lane allocation to storage layout and cooling behavior, assumes the user will be willing to spend time understanding how the hardware fits together. In return, it offers a level of flexibility that is uncommon at this size, combining workstation-class CPU performance with expansion options that normally require a much larger chassis. The result is a system that feels closer to a modular platform than a fixed appliance.

In practical use, the MS-02 Ultra proves capable across a wide range of workloads, but its real value lies in how well it scales beyond its default configuration. CPU performance is strong enough for sustained professional tasks, integrated graphics are sufficient for light gaming and creative work, and the internal and external expansion options open the door to far more demanding roles over time. At the same time, the pricing, particularly for ECC-equipped or fully populated configurations, places it firmly in enthusiast and professional territory. Users who want something quiet, simple, and inexpensive will likely be better served by smaller Minisforum systems. For those who are comfortable tinkering, planning future upgrades, and investing in a platform that can evolve alongside their needs, the MS-02 Ultra delivers a rare combination of compact size, connectivity, and long-term adaptability that few systems currently match.

PROs of the Minisforum MS-02 Ultra	CONs of the Minisforum MS-02 Ultra
Strong multi-core CPU performance that approaches compact desktop-class systems Unusually high internal expandability for a 4.8 L chassis PCIe 5.0 x16 slot available for future expansion Dual 25GbE SFP+ networking on the 285HX model Support for ECC DDR5 memory on the 285HX configuration Four M.2 NVMe slots available on the top-tier model Internal 350 W PSU with auxiliary power for PCIe devices USB4 v2 ports capable of very high external storage and docking throughput Suitable for multiple roles including workstation, NAS, and virtualization host	High pricing for a area of the market where buyers are getting used to low, low prices, even for ECC-equipped or fully populated configurations Limited physical space restricts larger GPU and PCIe card choices Fan control largely confined to BIOS with limited OS-level adjustment (TBC) Complexity and tuning requirements may deter less experienced users who want to maximize their investment in this system

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Black Friday 2025 NAS Deals – UGREEN NAS

Black Friday has brought some of the strongest discounts yet on UGREEN NASync systems, making it an ideal time for new users and homelab builders to step into the NAS ecosystem or upgrade to a more powerful and future proof setup. This year’s lineup ranges from compact and affordable 2-bay models for simple backups and family cloud storage to high performance all-flash and 10GbE systems aimed at media creators, home labs, and virtualisation workloads. Whether you need a quiet personal cloud, a fast Plex server, an NVMe-accelerated photo workflow, or a full 8-bay system capable of running containers, VMs, TrueNAS, or UnRAID, UGREEN’s NASync range covers every tier with significant holiday savings. Below is a detailed breakdown of each model on offer, including their best use cases and current Black Friday pricing.

UGREEN NASync DXP4800 Plus – $594.99 

The UGREEN DXP4800 Plus is a 4 bay NAS running UGOS Pro and built around an Intel Pentium Gold 8505 processor with 5 cores and 6 threads, paired with 8GB DDR5 memory that can be expanded to 64GB. It includes a 128GB system SSD, 4 SATA bays, and 2 M.2 slots, allowing a maximum combined capacity of 136TB for mixed HDD and SSD storage. RAID options include JBOD, Basic, 0, 1, 5, 6, and 10, giving users flexible data protection choices. Connectivity is a strong point, with both 2.5GbE and 10GbE network ports, front USB C and USB A ports at 10Gb per second, additional rear USB ports, an SD 3.0 card reader, and 4K HDMI output for direct console access. With a compact footprint of 10.1 inches by 7.0 inches by 7.0 inches and power usage of 42.36W during disk access, the DXP4800 Plus is a high performance prosumer NAS that fits well into creative, home lab, and small business environments.

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

UGREEN NASync DH4300 Plus – $364.99 

Regular price$429.99

The UGREEN DH4300 Plus is a simple and affordable 4 bay NAS designed as a reliable backup hub and a private cloud alternative for homes and small offices. It uses an 8 core Rockchip ARM processor with 8GB LPDDR4X memory and a 32GB eMMC system disk, providing enough performance for file sync, photo and video backup, family cloud storage, and basic media streaming through UGOS Pro. The 4 SATA bays support up to 120TB with RAID options including JBOD, Basic, 0, 1, 5, 6, and 10, making it easy to choose between capacity and data protection. A single 2.5GbE port offers fast network transfers, while front USB 3.2 ports and 4K HDMI allow quick file import and local access when needed. With compact dimensions of 155 by 155 by 215.7 mm and low power draw of 22.89W during drive access, the DH4300 Plus is a cost effective way to move away from subscription cloud services and take full control of your own backup and storage system.

UGREEN NASync DXP480T Plus – $849.99 

Regular price$999.99

The UGREEN DXP480T Plus is a high speed 4 slot NVMe NAS built around the Intel Core i5 1235U processor, designed for users who want the performance benefits of full flash storage rather than traditional SATA drives. With 4 M.2 NVMe slots supporting up to 32TB, the system delivers extremely fast read and write speeds that are ideal for photo and video editing, virtual machines, database work, AI workloads, and low latency cloud sync tasks. UGOS Pro supports RAID modes including JBOD, Basic, 0, 1, 5, 6, and 10, allowing both performance and data protection on NVMe media. Connectivity is equally strong with a 10GbE port for high bandwidth transfers and dual Thunderbolt 4 ports that operate at 40Gb per second for fast external storage or workstation integration. The system includes 8GB DDR5 memory, expandable to 64GB, along with built in WiFi and 8K HDMI output for direct console use. With compact dimensions of 7.05 by 5.59 by 2.05 inches and efficient power consumption, the DXP480T Plus is a compelling option for anyone who wants the speed and responsiveness of an all flash NAS.

UGREEN DXP6800 PRO – 20% OFF, Now £799

UGREEN NASync DXP4800 – $499.99 

Regular price$549.99

The UGREEN DXP4800 is a 4 bay SATA NAS designed for users who want an affordable and straightforward media server for Plex, Jellyfin, or Emby. It runs on an Intel N100 processor with 8GB DDR5 memory and includes 2 M.2 slots for SSD caching, which helps speed up library scanning and artwork retrieval across large media collections. With space for up to 136TB and RAID options covering JBOD, Basic, 0, 1, 5, 6, and 10, it offers plenty of room and flexibility for growing libraries of movies, TV shows, and music. Dual 2.5GbE ports provide more than enough throughput for multiple streams on the local network, and the HDMI 4K output allows direct playback or simple setup without a separate computer. Front and rear USB ports make it easy to import media from external drives, while UGOS Pro supports popular self hosted media applications through containers or native apps. Compact dimensions of 10.1 by 7.0 by 7.0 inches and low power use make the DXP4800 a practical, quiet, and efficient platform for home media streaming with Plex, Jellyfin, or Emby.

UGREEN NASync DH2300 – $188.99 

Regular price$209.99

The UGREEN DH2300 is one of the most affordable and compact NAS options in the lineup, making it an ideal entry point for anyone who wants simple personal backups or a small private cloud without a large upfront cost. It runs on an efficient 8 core Rockchip A72 plus A53 processor with 4GB LPDDR4X memory and includes 2 SATA bays that support up to 60TB with JBOD, Basic, 0, or 1 for easy data protection. Despite its budget friendly price, it offers useful connectivity including 1GbE networking, front USB C and USB A ports for quick file import, and a 4K 60Hz HDMI output for local setup or direct playback. With a very small footprint at 151 by 98 by 213.7 mm and power use of only 13.72W during drive access, the DH2300 fits comfortably on a shelf or desk and provides a quiet, low cost alternative to cloud subscriptions for photos, documents, and home backups.

UGREEN DXP4800 PLUS – 20% OFF, NOW $559.99

UGREEN NASync DXP6800 Pro – $1,019.99 

Regular price$1,199.99

The UGREEN DXP6800 Pro is a powerful 6 bay NAS designed for photographers and media professionals who need fast ingest, responsive editing, and reliable large scale storage. It uses an Intel Core i5 1235U processor with 10 cores and 12 threads and includes 8GB DDR5 memory, expandable to 64GB, giving it enough performance for handling RAW photo workflows, large Lightroom or Capture One catalogs, and multi-stream media projects. With 6 SATA bays and 2 M.2 slots, the system can reach up to 196TB of combined storage, allowing long term archives, active project folders, and SSD cache acceleration for quicker preview loading. Dual 10GbE ports provide the bandwidth needed for teams or for editing directly from the NAS over a fast network, while the dual Thunderbolt 4 ports at 40Gb per second allow very rapid transfers from workstations or external drives. A front SD 4.0 card reader simplifies importing photos and footage, and the 8K HDMI output allows direct console access for quick management. Compact at 11.54 by 10.16 by 7.87 inches, the DXP6800 Pro is a high performance, creator focused storage solution that comfortably supports demanding photo and video workflows.

UGREEN NASync DXP4800 Plus + UPS Add On – $639.99 

Regular price$799.99

The UGREEN DXP4800 Plus is a powerful and flexible 4-bay NAS built on the Intel Pentium Gold 8505 with 5 cores and 6 threads, paired with 8GB DDR5 memory and support for up to 64GB. It includes a 128GB system SSD, 4 SATA bays, and 2 M.2 SSD slots, giving the system a maximum capacity of 136TB for mixed HDD and NVMe setups. Connectivity is strong with both 2.5GbE and 10GbE ports for high-speed file transfers, media streaming, and multi-user access on UGOS Pro. This Black Friday bundle also includes the UGREEN US3000 UPS, a compact 120W lithium-ion backup module with 0s transfer time, 43.2Wh rated energy, and 12,000mAh capacity. It protects the NAS from sudden power loss, prevents file system corruption, and enables safe shutdown during outages. With front 10Gbps USB-C and USB-A ports, an SD 3.0 card reader, 4K HDMI output, and a compact 10.1 × 7.0 × 7.0 inch chassis, the DXP4800 Plus and included UPS form a reliable, high-performance storage solution for home and professional users.

UGREEN NASync DXP2800 – $319.99 

Regular price$349.99

The UGREEN DXP2800 is one of the best value NAS options in the lineup, offering full access to all UGOS Pro software features while keeping hardware costs low. It runs on the Intel N100 processor with 4 cores and 4 threads, paired with 8GB DDR5 memory and support for up to 16GB, making it capable of running file sharing, photo backup, cloud sync, container apps, and media servers without difficulty. The system includes 2 SATA bays and 2 M.2 SSD slots, giving a maximum storage capacity of 76TB, which is more than enough for home backups or small office data. A 2.5GbE port provides fast transfers for laptops, desktops, and media players, while the front USB-C and USB-A ports at 10Gbps make external storage import easy. With 4K HDMI output for direct console access and a low power draw of only 16.38W during drive access, the DXP2800 delivers the full UGOS Pro experience, including AI photo sorting, mobile backup, cloud sync, and app store functionality, all within a compact 9.1 × 4.3 × 7.0 inch chassis. It is an affordable and highly capable entry point for anyone wanting full NAS functionality without the premium price.

UGREEN NASync DXP8800 Plus – $1,274.99 

Regular price$1,499.99

The UGREEN DXP8800 Plus is the ultimate UGREEN NAS server for users who want maximum power, flexibility, and room to grow. It runs on the Intel Core i5 1235U with 10 cores and 12 threads, paired with 8GB DDR5 memory and support for up to 64GB, making it ideal for large scale virtual machines, Docker workloads, and advanced homelab setups including TrueNAS or UnRAID installations. With 8 SATA bays and 2 M.2 SSD slots, the system supports up to 256TB of total storage, which is enough for professional video archives, multi user environments, and massive Plex libraries. Dual 10GbE ports provide extremely fast network throughput for direct editing from the NAS in applications like DaVinci Resolve or Adobe Premiere, while the 2 Thunderbolt 4 ports at 40Gb per second allow rapid offload and workstation integration. A front SD 4.0 reader simplifies media ingest for photographers and editors, and the 8K HDMI output allows direct console access when needed. With a compact 7.05 by 5.59 by 2.05 inch design and strong performance under UGOS Pro, the DXP8800 Plus is the most capable and full featured UGREEN NAS platform for creators, homelab users, virtualisation workloads, Plex servers, and demanding professional storage environments.

Amazon Deals

UGREEN NASync DXP6800 Plus 6-Bay NAS –  $899..99

The UGREEN DXP6800 Pro is a high performance 6 bay NAS aimed at creators and production teams who need fast ingest, smooth editing, and dependable storage for large projects. It runs on an Intel Core i5 1235U with 10 cores and 12 threads and includes 8GB DDR5 memory with support for up to 64GB, giving it the power required for RAW photo sets, large catalog libraries, and demanding video work. The 6 SATA bays and 2 M.2 SSD slots allow a total capacity of 196TB, making it suitable for long term archives, active project folders, and fast SSD caching to speed up preview generation and media scrubbing. Dual 10GbE ports enable direct editing over the network, while the 2 Thunderbolt 4 ports operating at 40Gb per second support extremely fast transfers from workstations or external storage. A front SD 4.0 card reader streamlines importing footage from cameras, and the 8K HDMI output provides simple local access for setup and management. With a compact footprint of 11.54 by 10.16 by 7.87 inches, the DXP6800 Pro delivers a powerful and efficient workflow platform for photographers, videographers, and studio environments.

UGREEN NASync DH4300 Plus Value Class NAS – $364.99

UGREEN NASync DXP2800 2-Bay NAS – $319.99

UGREEN NASync DH2300 2-Bay Tiny Impact NAS – $188..99

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Review of the Sharge Disk Pro Mobile Hub and Docking Station

The Sharge Disk Pro is a compact external SSD and multifunction USB hub aimed at users who need additional high-speed storage and connectivity for their mobile or desktop devices. Measuring roughly the size of a credit card and just 11mm thick, it merges solid-state storage, data transfer, and video output within a single enclosure. The device is equipped with an integrated USB-C cable, a fan-assisted thermal system, and a magnetic mounting design that allows it to attach securely to compatible smartphones, handheld gaming consoles, or laptops. Available in 1TB, 2TB, and 4TB versions, it uses 162-layer 3D TLC NAND flash and supports sustained 10Gbps transfers via USB 3.2 Gen 2. The Disk Pro also includes active and automatic fan modes designed to regulate temperature during extended operation. Unlike a standard enclosure, it has no option for user-upgradeable storage, with Sharge citing the closed design as essential for cooling performance. The product is currently being crowdfunded through Kickstarter, with early pricing beginning at $189 for the 1TB model and scaling to $469 for the 4TB version, and retail availability expected after the campaign concludes.

Sharge Disk Pro Review – Quick Conclusion

Sharge Disk Pro Review – Design and Storage

The Sharge Disk Pro adopts a slim, rectangular chassis with a transparent, cyberpunk-style exterior typical of the brand’s product line. At just 11mm thick and weighing approximately 150g, it remains small enough to slip into a pocket or attach directly to the rear of a device via its magnetic backplate. Sharge provides several self-adhesive magnetic rings that enable mounting on laptops, smartphones, and handheld consoles, including MagSafe or Qi2-compatible models. This mounting flexibility is particularly useful when connecting the device to mobile systems with limited space or single-port connectivity, allowing it to remain flush with the device body during use rather than dangling on a cable.

Internally, the Disk Pro integrates TLC NAND flash storage that is permanently sealed within the casing. It comes in 1TB, 2TB, and 4TB configurations, but does not support user replacement or expansion. Sharge has stated that opening the casing would compromise the structural integrity of the fan-assisted cooling system, which directs airflow directly across the SSD and controller. While this closed design limits user flexibility, it contributes to improved durability and controlled thermals during sustained data operations, addressing a common weakness in other compact SSDs that tend to throttle under heavy load.

Externally, the unit uses an aluminium frame combined with a transparent plastic shell that reveals parts of its internal structure. The materials provide both aesthetic appeal and heat dissipation, with the aluminium core helping to channel heat away from the NAND and controller components. The integrated USB-C cable is short and reinforced, designed for use with laptops, tablets, and mobile phones without introducing unnecessary slack. Although the compactness is one of the Disk Pro’s strongest traits, it does come at the cost of expandability and limited repair potential due to the permanently sealed housing.

From a storage standpoint, Sharge’s choice of 162-layer 3D TLC NAND provides a balance of endurance and sustained performance, suitable for large data transfers, video capture, or use as external storage for gaming devices. Each model is preformatted for exFAT to ensure cross-platform compatibility between Windows, macOS, Android, and Linux systems. The inclusion of integrated power management also means the SSD can draw adequate power even when connected to low-output ports, with the fan and SSD operating efficiently under mobile conditions.

The Disk Pro’s overall form factor and integrated features place it closer to a high-performance portable hub than a simple external SSD. Its sealed construction, integrated active cooling, and additional connectivity are intended to reduce heat buildup, protect data integrity, and simplify on-the-go workflows. For professionals working with large 4K or 8K media files, or gamers seeking extended storage without extra cables, this design approach represents a different balance of portability and utility compared with most standard SSD enclosures on the market.

Sharge Disk Pro Review – Ports and Connections

The Sharge Disk Pro is built around a compact yet functional hub layout that integrates five active ports alongside the internal SSD. These include one HDMI 2.1 output, one USB-C port, one USB-A 3.2 Gen 2 port, and one USB-A 2.0 port, all managed by independent controller chips to prevent bottlenecks when multiple peripherals are in use. The inclusion of an HDMI 2.1 output enables video output up to 8K at 30Hz or 4K at 144Hz, depending on the connected device’s bandwidth. This makes it suitable for use with laptops, tablets, and compatible gaming consoles where both data access and display output are needed simultaneously. The USB-C port provides up to 100W input for power delivery passthrough, while the SSD and downstream ports can output up to 80W, allowing users to charge connected devices while maintaining full data and display functionality.

The built-in USB-C cable is one of the device’s defining physical features. Permanently attached to the chassis, it eliminates the need for separate cabling, reducing potential signal degradation and clutter. The short length ensures a secure connection with minimal strain, making it well-suited for handhelds and mobile phones where portability is essential. However, because it is non-removable, users have no option to replace the cable if it wears out or becomes damaged. The Disk Pro operates entirely over USB 3.2 Gen 2 (10Gbps), meaning it cannot exceed around 1GB/s transfer speeds, but remains fast enough for sustained high-volume workloads and video file handling.

Sharge also includes a 100W USB Power Delivery pass-through system designed for multi-device setups. When connected to a charger, the Disk Pro can simultaneously power a laptop or smartphone and operate as an SSD hub. The system manages current allocation automatically between the SSD, active ports, and the connected host device, maintaining stability under load. Users can switch the SSD off using a built-in hardware toggle to conserve NAND lifespan or operate solely as a docking station. This is a useful inclusion for those who primarily use the Disk Pro as a connectivity bridge rather than as continuous storage.

Despite its small dimensions, the hub’s port spacing and layout are designed for accessibility. Each connection point is positioned to avoid cable overlap, which can be problematic in other compact hubs. The HDMI port sits at the rear next to the USB-C power input, while the USB-A ports are side-mounted to support accessories such as flash drives, keyboards, or game controllers. This arrangement allows the device to function as both a desktop companion and an attachable expansion unit for mobile platforms.

• Interface Standard: USB 3.2 Gen 2 (10Gbps)

• Integrated Cable: Built-in USB-C, fixed length

• USB Ports: 1 x USB-C PD (100W input / 80W output), 1 x USB-A 3.2 Gen 2, 1 x USB-A 2.0

• Video Output: HDMI 2.1 supporting 4K 144Hz / 8K 30Hz

• Power Delivery: 100W input passthrough, 80W total output

• Controller Architecture: Three independent controller chips for port load management

• SSD Disable Switch: Hardware button to disable SSD for hub-only use

Sharge Disk Pro Review – Performance Tests

In practical testing, the Sharge Disk Pro delivered performance that closely aligned with its stated specifications. Using AJA System Test on a Windows 11 PC, sustained read speeds averaged between 800 and 900 MB/s, while write speeds remained consistent at around 700 to 800 MB/s across multiple test cycles. These results are in line with expectations for a USB 3.2 Gen 2 (10Gbps) interface, which typically caps out at 1,000 MB/s due to bus limitations. During repeated five-minute transfer tests using 256MB file blocks, there was no noticeable performance degradation or thermal throttling, confirming that the integrated fan and heatsink design effectively maintained stable throughput even under extended workloads. Sequential transfers performed best, while random 4K operations showed typical limitations of USB-based external drives, making it more suited for large media file transfers rather than small transactional data.

Thermal performance was a key focus of Sharge’s design, and testing showed the fan to be highly effective at maintaining low SSD temperatures. With the fan disabled, idle temperatures hovered around 35–37°C, rising only slightly during short file operations.

When the fan was activated in Auto mode, the device maintained temperatures around 34–35°C externally, and the SSD’s internal sensors never exceeded 40°C during prolonged testing. In Turbo mode, which spins the fan up to 10,000 RPM, the system achieved an additional reduction of around 5°C compared to passive cooling. For comparison, typical compact SSDs of similar capacity can reach over 60°C under similar workloads, confirming that active cooling provides tangible longevity and stability benefits for the NAND and controller components.

Noise measurements taken during operation showed moderate but noticeable levels. With the fan off, the Disk Pro was entirely silent, as expected for a solid-state design. When active cooling was engaged, noise levels ranged between 42 and 43 dBA at a one-meter distance, roughly equivalent to a quiet office environment. Although audible, it was far from intrusive and balanced against the benefit of consistent thermal performance. The fan’s automatic speed curve effectively adjusted to thermal demands, rarely ramping to maximum unless under sustained high-intensity transfers. Users who prioritize silence can manually disable the fan when operating in cooler environments or when using the device primarily for intermittent transfers.

The internal SSD uses 162-layer 3D TLC NAND with a proprietary controller tuned for consistent throughput rather than peak burst speeds. The design choice ensures reliable operation across mixed workloads such as 4K video capture, game installation, and system backups. The integrated power delivery circuitry also maintained stability under simultaneous port loads, allowing the SSD and connected peripherals to perform consistently without power drops. While the lack of hardware encryption may be a drawback for enterprise or security-focused users, the drive remains fully compatible with software encryption solutions available on Windows, macOS, and Android.

• Interface Speed: USB 3.2 Gen 2 (10Gbps, ~1,000 MB/s theoretical)

• Measured Read Speed: 800–900 MB/s sustained

• Measured Write Speed: 700–800 MB/s sustained

• NAND Type: 162-layer 3D TLC NAND (BiCS6)

• Cooling System: Active fan with Auto (7,000 RPM) and Turbo (10,000 RPM) modes

• Operating Temperatures: 34–40°C under sustained load

• Noise Levels: 42–43 dBA under fan operation, 0 dBA passive

• Power Draw: 60W power input for device and fan operation, 100W passthrough charging support

Sharge Disk Pro Review – Verdict and Conclusion

The Sharge Disk Pro represents a deliberate departure from conventional external SSDs, offering a hybrid approach that merges high-speed storage with full USB hub functionality in a portable form factor. Its sealed, magnetically mountable chassis and integrated fan system address the common issue of heat buildup in compact SSDs, maintaining reliable performance over long transfers. While its 10Gbps interface limits absolute throughput to around 1GB/s, the consistent sustained speeds and controlled thermals make it suitable for demanding use cases such as 4K editing, live data capture, or console game storage. The fixed internal SSD and integrated cable limit upgradeability and repair potential, but they also contribute to its streamlined design and compact efficiency.

For users seeking a versatile storage expansion that also replaces a traditional docking station, the Disk Pro’s multi-port setup and cooling design provide clear practical benefits. However, those wanting modular storage or hardware encryption will find its closed system less appealing. Ultimately, it’s a well-engineered portable hub that balances mobility, temperature management, and performance more effectively than most devices in its class. If the retail version maintains the same build and stability demonstrated in testing, it will fill a distinct niche for creators and professionals needing fast, thermally stable external storage in a highly compact form.

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UGREEN DXP4800 PLUS vs DH4300 NAS – Which Should You Buy?

UGREEN’s emergence into the NAS market has been notably rapid, expanding from its early DXP series Kickstarter campaigns in 2024 to a full retail presence in 2025. Among its growing portfolio, two models now define the entry and mid-range segments of the company’s lineup: the DH4300 Plus and the DXP4800 Plus. Both are 4-bay NAS systems built around UGREEN’s in-house UGOS Pro operating system, offering cross-platform client access, RAID options, and remote synchronization. However, beneath their similar exteriors lie significant differences in design philosophy, hardware architecture, and expandability. The DH4300 represents the brand’s low-power ARM-based solution focused on simplicity and efficiency, while the DXP4800 Plus adopts an Intel x86 platform that aims to deliver higher throughput, broader software compatibility, and long-term scalability. This comparison examines each system in detail to identify where their strengths diverge and which one may better align with different user priorities.

UGREEN DXP4800 PLUS NAS		UGREEN DH4300 NAS
Buy the UGREEN DXP4800 on Amazon @599	Buy the UGREEN DXP4800 on UGREEN.COM	Buy the UGREEN DH4300 on Amazon @409	Buy the UGREEN DH4300 on UGREEN.COM

DH4300 vs DXP4800 PLUS – Design and Storage

Both the DH4300 Plus and DXP4800 Plus are 4-bay NAS systems, yet their physical execution and approach to storage differ substantially. The DH4300 Plus adopts a compact vertical cube form, measuring just 155mm per side, prioritizing low noise and minimal desk footprint. It uses plastic top-loading trays that can house either 2.5-inch SSDs or 3.5-inch HDDs. Drives are inserted vertically from the top, secured internally via SATA connectors. This layout helps keep the system small and easy to position in tighter setups but limits front-access servicing and restricts the unit’s suitability for hot-swap drive replacement. The DXP4800 Plus, by contrast, uses a more conventional front-loading 4-bay metal chassis that resembles traditional NAS systems from Synology or QNAP. Each tray includes a locking mechanism, supports hot-swapping, and accepts both 3.5-inch and 2.5-inch media. The metal body contributes to improved heat dissipation and rigidity, though it also results in higher weight and slightly higher fan noise. The chassis design clearly targets users expecting long-term durability and easier drive maintenance.

Beyond the drive trays themselves, the DXP4800 Plus expands the internal storage configuration by adding two M.2 NVMe slots. These can be assigned for SSD caching or as additional high-speed storage pools. This flexibility is absent in the DH4300 Plus, which is limited to its four SATA bays. The M.2 capability allows the DXP4800 Plus to create tiered storage setups that combine large-capacity HDDs with SSD acceleration, a feature relevant to media libraries or multi-user data environments requiring rapid retrieval. A key architectural distinction lies in their system drives. The DH4300 Plus relies on a 32GB eMMC flash module, while the DXP4800 Plus integrates a 128GB NVMe SSD dedicated to UGOS Pro. The SSD delivers faster system responsiveness, reduced latency, and provides enough capacity to install alternative operating systems if the user chooses. The eMMC module, while efficient, is considerably slower and less flexible for advanced tasks such as dual-boot environments or virtualized OS installations.

Both systems officially support up to 30TB drives per bay, giving the DH4300 Plus a theoretical ceiling of 120TB, while the DXP4800 Plus extends to 136TB when the NVMe bays are included. The practical implication is straightforward: the DXP4800 Plus provides more room to grow, both in capacity and performance scaling. For users seeking long-term expandability and tiered storage, the Intel-based unit presents the more adaptable platform. Meanwhile, those prioritizing compactness, lower power draw, and quiet operation may find the DH4300 Plus’ simplified vertical design sufficient for modest home or small-office workloads.

DXP4800 PLUS vs DH4300 – Internal Hardware

The UGREEN DH4300 Plus is powered by a Rockchip ARM processor built on a big.LITTLE configuration consisting of four Cortex-A76 and four Cortex-A55 cores, clocked at up to 2.0GHz. This eight-core design is efficient and well-suited for basic NAS tasks such as file sharing, backups, and light multimedia use. The processor is paired with 8GB of LPDDR4X memory that is soldered to the mainboard and non-upgradable. Power efficiency is a major strength of this configuration, typically consuming less than half the power of Intel-based systems when idle. However, its ARM architecture inherently restricts compatibility with x86 applications, virtual machines, and certain Docker containers, limiting its scope for heavier workloads.

By contrast, the DXP4800 Plus employs an Intel Pentium Gold 8505, a five-core, six-thread processor from Intel’s 12th Generation “Alder Lake” family. This hybrid x86 chip combines a single Performance core and four Efficient cores, supporting hardware virtualization, AVX2 instruction sets, and Intel UHD Graphics. Paired with 8GB of DDR5 memory, expandable up to 64GB, the DXP4800 Plus accommodates far more demanding tasks, including Docker deployments, Plex hardware transcoding, and multiple concurrent user operations. The use of DDR5 not only increases bandwidth but also introduces on-die error correction (ODECC) for improved data integrity, especially under sustained workloads.

Thermally, the two models are built with different cooling philosophies. The DH4300 Plus relies on its plastic housing and a single rear fan to quietly manage airflow, maintaining modest heat output even under continuous drive access. The DXP4800 Plus uses a metal chassis with enhanced thermal conduction and larger active cooling components to handle its higher power draw and CPU thermal output. As a result, it operates at a higher baseline wattage but sustains performance under extended heavy loads without throttling.

The difference between these platforms is clear: the DH4300 Plus targets efficiency and affordability, while the DXP4800 Plus prioritizes raw performance, expandability, and compatibility. The ARM-based model functions effectively as a quiet, low-cost personal cloud, whereas the Intel-powered alternative transitions closer to a professional or prosumer NAS capable of handling heavier workloads and future expansion.

DH4300 vs DXP4800 PLUS – Connectivity

The connectivity options on these two NAS systems reinforce their differing design priorities. The UGREEN DH4300 Plus offers a minimal, streamlined interface aimed at simplicity. It features a single 2.5GbE LAN port, sufficient for small network environments or home setups. This port provides adequate throughput for multi-user file access, media streaming, and backups, but limits scalability for link aggregation or 10GbE network integration. On the front, the DH4300 Plus includes one USB-C (5Gb/s) and two USB-A (5Gb/s) ports for connecting external storage or peripheral devices. Around the back, a 4K HDMI 2.0 output is provided, allowing direct media playback or access to the NAS desktop interface through a monitor and keyboard. Although compact and functional, the absence of additional network interfaces or expansion options means the DH4300 Plus is a closed system with limited upgrade flexibility.

The DXP4800 Plus presents a markedly broader I/O profile. Networking is handled by both a 2.5GbE and a 10GbE RJ45 port, enabling dual-network configurations, link aggregation, or high-speed connectivity to 10GbE switches and workstations. This combination provides a clear advantage for environments with large data transfers, such as video editing, virtualization, or backup synchronization across multiple systems. USB connectivity is also improved, with a front USB-C and USB-A port (each 10Gb/s), plus three additional rear USB-A ports—one at 5Gb/s and two at USB 2.0 speeds for legacy devices. The inclusion of an SD 3.0 card reader on the front panel enhances convenience for photographers or media professionals who regularly import content.

Both models offer HDMI output supporting 4K display, but only the DXP4800 Plus benefits from Intel’s integrated UHD Graphics, allowing smoother playback and better compatibility with third-party applications such as Plex, Jellyfin, or VLC in a connected display mode. The DH4300’s ARM GPU can output a graphical interface but struggles with higher bitrates and complex codec formats. Neither system includes PCIe or Thunderbolt expansion, although the DXP4800 Plus is more likely to support future USB-based expansion storage, given its higher USB bandwidth and processing headroom.

The result is a distinct separation in capability: the DH4300 Plus offers the essentials for simple network storage and direct access, while the DXP4800 Plus is engineered to serve as a central node in more advanced home or office networks, handling high-speed workflows and multi-interface operations with ease.

DH4300 vs DXP4800 PLUS – Software and Services

Both NAS systems operate on UGREEN’s UGOS Pro, the company’s in-house Linux-based operating system that has evolved considerably since its debut. UGOS Pro delivers a browser-accessible interface and companion apps for desktop and mobile devices, providing cross-platform file management, media streaming, and remote synchronization. Both the DH4300 Plus and DXP4800 Plus share the same core software experience, including snapshot protection, multi-tier backup utilities, RAID configuration tools, and cloud synchronization with popular platforms such as Google Drive, Dropbox, and OneDrive. Remote access can be achieved through relay services or secure connections such as Tailscale VPN, enabling users to maintain access without direct port forwarding.

Where the differences begin to emerge is in application scope and performance. The ARM-based DH4300 Plus supports a subset of the total UGOS Pro app library, running core services such as file sharing, photo management, and music/video playback, but it is limited when it comes to containerization and virtualization. Its CPU architecture prevents the use of virtual machines and restricts Docker to lightweight ARM-compatible containers. This makes it a suitable platform for personal data hosting or small-scale media libraries but less appropriate for professional or experimental use cases.

The DXP4800 Plus, leveraging its Intel x86 CPU and larger memory capacity, unlocks the full UGOS Pro ecosystem. It supports Docker for containerized applications and a dedicated Virtual Machine Manager, allowing users to run Windows, Ubuntu, or Android environments directly on the NAS. This hardware advantage extends to AI-based services integrated into UGOS Pro, including facial and object recognition within the Photo app. The DXP4800 Plus processes these functions locally at higher speed and with greater precision, while the DH4300 Plus delivers only basic recognition due to its lower AI compute capability.

Media handling is another clear differentiator. Both NAS units can run the native UGREEN Theater app for video playback, but the DXP4800 Plus benefits from hardware-accelerated 4K transcoding via Intel UHD Graphics. This enables smooth playback across Plex, Jellyfin, and Emby, even for HEVC or high-bitrate formats. The DH4300 Plus lacks equivalent hardware decoding support and therefore relies on software rendering, which can lead to stuttering or incompatibility when streaming demanding media.

Overall, UGOS Pro maintains functional parity across both systems at the surface level, yet the DXP4800 Plus unlocks a broader range of use cases—from virtualization to heavier AI and multimedia workloads. The DH4300 Plus remains best suited to users seeking a straightforward, reliable network storage environment without advanced compute or scalability expectations.

DXP4800 PLUS vs DH4300 – Verdict & Conclusion

The UGREEN DH4300 Plus and DXP4800 Plus ultimately cater to two very different categories of users, despite sharing the same UGOS Pro ecosystem and similar 4-bay configurations. The DH4300 Plus is built for simplicity, energy efficiency, and quiet continuous operation. Its ARM-based design consumes far less power and generates minimal heat, which is appealing for users who want a NAS that can run 24/7 in a home or office without significant energy cost or noise impact. It handles standard NAS duties—file storage, scheduled backups, photo management, and light multimedia playback—without issue. However, its hardware limitations restrict its suitability for more advanced workloads such as containerized apps, virtual machines, or high-resolution video transcoding. This makes the DH4300 Plus ideal for users seeking dependable, local network storage that functions as a personal cloud or central backup hub, not as an extensible compute platform.

The DXP4800 Plus, on the other hand, occupies a very different space in UGREEN’s product strategy. Its x86 Intel processor, DDR5 memory, dual-network connectivity (including 10GbE), and support for NVMe caching elevate it closer to what many would consider a professional-grade NAS system. It offers faster response times, wider compatibility with third-party applications, and a platform that supports future scalability through additional storage, memory, and software deployments. This system also opens the door to real virtualization, Docker-based workloads, and higher performance in media services thanks to Intel’s hardware-accelerated graphics. While it requires more power and a higher upfront investment, it delivers a measurable leap in flexibility, stability under heavier loads, and long-term performance headroom.

In practical terms, the DH4300 Plus will satisfy users who simply want to move away from cloud reliance, consolidate data locally, and maintain low running costs. The DXP4800 Plus suits those who expect their NAS to perform as both a data server and an active processing node for AI indexing, 4K media handling, or business-level file operations. Both systems are well-built, and UGOS Pro continues to mature into a stable operating environment, but the DXP4800 Plus clearly represents the more capable and future-ready choice. The DH4300 Plus fulfills its role as a compact, accessible entry into local network storage, while the DXP4800 Plus defines UGREEN’s current benchmark for serious, performance-oriented users.

UGREEN DXP4800 PLUS NAS		UGREEN DH4300 NAS
Buy the UGREEN DXP4800 on Amazon @599	Buy the UGREEN DXP4800 on UGREEN.COM	Buy the UGREEN DH4300 on Amazon @409	Buy the UGREEN DH4300 on UGREEN.COM

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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

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If you like this service, please consider supporting us. We use affiliate links on the blog allowing NAScompares information and advice service to be free of charge to you.Anything you purchase on the day you click on our links will generate a small commission which isused to run the website. Here is a link for Amazon and B&H.You can also get me a Ko-fi or old school Paypal. Thanks!To find out more about how to support this advice service check HEREIf you need to fix or configure a NAS, check Fiver Have you thought about helping others with your knowledge? Find Instructions Here  

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Minisforum MS-01 vs MS-A2 – Which Should You Buy?

Minisforum has steadily earned recognition in the compact workstation space, and the MS-01 stands as one of its most prominent entries. Released with a focus on balancing high-performance hardware in a small chassis, the MS-01 quickly found popularity among professionals needing powerful networking and scalable internals without the bulk of a full-sized desktop. It supports CPUs up to the Intel Core i9-13900H, includes dual 10GbE SFP+ ports, and provides expansion via a PCIe 4.0 x16 slot (operating at x8 speed), giving users access to discrete graphics or high-performance cards if needed. With three internal M.2 slots and support for up to 64GB of DDR5 memory, the MS-01 became a go-to mini workstation for users who value connectivity and component flexibility at a relatively modest price point.

In early 2025, Minisforum introduced the MS-A2 — a system clearly designed as a next-generation counterpart to the MS-01, but one that leans into AMD’s latest advancements. Featuring the Ryzen 9 9955HX processor based on the Zen 5 architecture, the MS-A2 offers more cores, more threads, faster base and boost clocks, and higher supported memory capacity, reaching up to 96GB DDR5 at 5600MHz. It also brings upgrades in memory bandwidth, M.2 storage speed (with all three slots supporting PCIe 4.0 x4), and internal thermal design. From a feature standpoint, the MS-A2 is positioned to meet or exceed the MS-01 in most categories — but it does so with a noticeable bump in price. Still, for users prioritizing top-end performance and storage throughput, the MS-A2 might justify the premium. The sections below break down how these systems stack up in real-world terms — not just on paper, but in actual deployment.

Minisforum MS-A2 vs MS-01 – Hardware Specifications Compared

At a glance, both the MS-01 and MS-A2 share a near-identical chassis, measuring 196×189×48mm and following Minisforum’s signature small form factor aesthetic. Internally, however, there are several notable differences that affect both systems’ expandability and long-term utility. Both devices feature three M.2 slots for high-speed NVMe SSDs, but only the MS-A2 supports full PCIe 4.0 x4 lanes on all three slots. By contrast, the MS-01 includes a single PCIe 4.0 x4 slot, one PCIe 3.0 x4 slot, and one limited PCIe 3.0 x2 slot. This directly impacts storage performance, especially for users aiming to run multiple high-throughput drives in parallel. In real terms, the MS-A2 allows up to three SSDs each capable of saturating 7,000MB/s read speeds, whereas the MS-01 will bottleneck in its second and third storage bays.

Specification	MS-01 (Intel Core i9-13900H)	MS-A2 (AMD Ryzen 9 9955HX)
CPU	Intel Core i9-13900H (14C/20T, up to 5.4GHz)	AMD Ryzen 9 9955HX (16C/32T, Zen 5, up to 5.4GHz)
GPU	Intel Iris Xe (96 EUs @ 1.5GHz)	AMD Radeon 610M (2 CUs @ 2.2GHz)
RAM Support	DDR5-5200MHz, up to 64GB (2x SO-DIMM)	DDR5-5600MHz, up to 96GB (2x SO-DIMM)
M.2 Storage	1x PCIe 4.0 x4 (2280), 1x PCIe 3.0 x4 (22110), 1x PCIe 3.0 x2	1x PCIe 4.0 x4 (U.2/2280), 2x PCIe 4.0 x4 (2280/22110)
Max Storage Capacity	Up to 15TB (U.2), 4TB (each 2280/22110 slot)	Up to 15TB (U.2), 4TB (each 2280/22110 slot)
PCIe Expansion	1x PCIe 4.0 x16 slot (x8 speed, half-height)	1x PCIe 4.0 x16 slot (x8 speed, split support)
Ethernet Ports	2x 10Gbps SFP+, 2x 2.5GbE RJ45	2x 10Gbps SFP+, 2x 2.5GbE RJ45
Wi-Fi & Bluetooth	Wi-Fi 6, Bluetooth 5.2	Wi-Fi 6E, Bluetooth 5.3
Display Output	1x HDMI 2.0, 2x USB4 (Alt DisplayPort 1.4a)	1x HDMI 2.1, 2x USB-C (Alt DisplayPort 2.0, up to 8K@60Hz)
USB Ports (Front)	2x USB 3.2 Gen2 Type-A, 1x USB 3.2 Gen1, 2x USB 2.0	2x USB 3.2 Gen1 Type-A, 1x USB 2.0 Type-A, 1x Audio Jack
USB Ports (Rear)	2x USB4 (40Gbps), 1x USB 3.2 Gen2 Type-A, 1x USB 3.2 Gen1	2x USB 3.2 Gen2 Type-C, 1x USB 3.2 Gen2 Type-A, 1x USB 3.2 Gen1
Audio I/O	HDMI audio + 3.5mm combo jack	HDMI audio + 3.5mm 4-in-1 combo jack (input/output)
Cooling	1x CPU fan (12V), 1x SSD fans (5V)	1x CPU fan (12V), 1x SSD fans (5V)
Power Supply	19V DC input (external adapter)	19V / 12.63A (external adapter)
OS Support	Windows 11 Pro	Windows 11 / Linux
Chassis Dimensions	196 × 189 × 48 mm	196 × 189 × 48 mm
Additional Accessories	U.2 adapter, SSD heatsink, mounting hardware	Not specified

Both systems include a PCIe 4.0 expansion slot, which is a rare and welcome inclusion in mini PCs. On the MS-01, this slot is x16 physically but electrically operates at x8 speed and is suitable for half-height, single-slot PCIe cards. The MS-A2 retains this format but introduces PCIe bifurcation support, enabling more advanced setups with compatible cards — a notable advantage for developers or users building niche use cases like NVMe RAID or multi-GPU compute tasks in an edge environment. Additionally, memory support is slightly more capable on the AMD model, with the MS-A2 supporting up to 96GB of DDR5-5600 via two SO-DIMM slots, compared to the MS-01’s 64GB ceiling at DDR5-5200. This can make a tangible difference in virtualization or memory-intensive creative workflows.

In terms of connectivity, both units are very well equipped: dual 10GbE SFP+ ports, dual 2.5GbE RJ45, HDMI output, USB 3.2 Gen1/Gen2 Type-A ports, and USB4 (or USB-C with DisplayPort alt mode). The MS-A2 takes a slight lead in display output capabilities, supporting HDMI 2.1 and DisplayPort 2.0 over USB-C, compared to HDMI 2.0 and DisplayPort 1.4a on the MS-01. This means the AMD system supports 8K60 and 4K144 video streams natively. Wireless capability is also a step ahead on the MS-A2 with Wi-Fi 6E and Bluetooth 5.3, compared to the MS-01’s Wi-Fi 6 and Bluetooth 5.2. Altogether, while the MS-01 still holds up well a year after release, the MS-A2 offers clearly improved throughput, higher bandwidth components, and better display and wireless standards.

Minisforum MS-01 vs MS-A2 – CPUs Compared

The defining difference between the Minisforum MS-01 and MS-A2 lies in their processor choices: the Intel Core i9-13900H and the AMD Ryzen 9 9955HX, respectively. While both CPUs are built for high-end mobile performance and boast identical peak boost clocks of up to 5.4GHz, the underlying architecture and core configurations are markedly different. The i9-13900H uses a hybrid architecture with 6 performance cores and 8 efficiency cores, totaling 14 cores and 20 threads. In contrast, the Ryzen 9 9955HX employs 16 full-fledged performance cores and 32 threads based on AMD’s latest Zen 5 architecture. For users engaged in parallel processing tasks—such as 3D rendering, large-scale compilation, or virtualization—the extra cores and threads in the AMD chip deliver a tangible performance uplift.

Specification	AMD Ryzen 9 9955HX	Intel Core i9-13900H	Better Performer
Architecture	Zen 5 (TSMC 4nm)	Raptor Lake (Intel 7)	AMD (newer architecture, denser node)
Cores / Threads	16C / 32T	14C (6P+8E) / 20T	AMD (more cores and threads)
Base Clock	2.5 GHz	~3.1 GHz (P-cores, estimated)	Intel (higher base for performance cores)
Boost Clock	5.4 GHz	5.4 GHz	Tie
L2 Cache	16 MB	Part of total cache (not separated)	AMD (clearly larger L2 cache)
L3 Cache	64 MB	24 MB	AMD (much larger L3 cache)
TDP (Base / Max)	55W / 75W	45W / 115W	Depends (Intel boosts higher, AMD more efficient)
Integrated GPU	Radeon 610M (2 CUs @ 2.2GHz)	Iris Xe (96 EUs @ 1.5GHz)	Intel (much better GPU performance)
Memory Support	DDR5-5600, up to 96 GB	DDR5-5200, LPDDR5x-6400, DDR4/LPDDR4x	Intel (more flexible memory support)
PCIe Support	PCIe 5.0 (28 lanes)	PCIe 5.0 (CPU) + PCIe 3.0 (Chipset)	AMD (uniform PCIe 5.0 support)
Overclocking	Yes (Unlocked, PBO, Curve Optimizer)	No	AMD
Memory Overclocking	AMD EXPO	Intel XMP	Tie
Instruction Set	x86-64, AVX512, SSE4A	64-bit, AVX2, SSE4.2	AMD (supports AVX512)
Multithreading	Yes (SMT)	Yes (Hyper-Threading)	Tie
AI Acceleration	None	DL Boost, GNA 3.0	Intel (dedicated AI features)
Virtualization	AMD-V	VT-x, VT-d, VT-rp	Intel (more granular features)
Security Features	SHA, AES, SEV	TME, Boot Guard, Control-Flow Enforcement	Intel (broader security set)
Display Output	DP 2.0, HDMI 2.1	DP 1.4a, HDMI 2.1	AMD (newer DisplayPort version)
Graphics API Support	DirectX 12, HDMI 2.1, DP 2.0	DirectX 12.1, HDMI 2.1, DP 1.4a	Tie
USB Support	USB 3.2 Gen 2 (4), USB 2.0 (1)	Thunderbolt 4 (USB4), USB 3.2	Intel (Thunderbolt included)
RAID/NVMe Support	Boot, RAID0/1/10	Likely supported via chipset	AMD (more explicitly documented)
Thermal Headroom (TjMax)	100°C	100°C	Tie
Software Ecosystem	Windows/Linux, no vPro	Windows/Linux, vPro supported	Intel (enterprise-ready)
Smart Platform Features	SmartShift MAX, SmartAccess Memory	Thread Director, Adaptix, Speed Shift	Intel (broader platform-wide optimization)
Max Memory Speed (Type)	DDR5-5600	LPDDR5x-6400	Intel (higher speed supported)
ECC Support	Not specified	No	Tie (consumer chips)
Max Displays Supported	4	4	Tie
Target Segment	Gaming, Content Creation	AI Tasks, Office/Enterprise	Depends on use case

Zen 5 is a notable advancement over its predecessors, built on TSMC’s 4nm process and optimized for both performance and power efficiency. This gives the Ryzen 9 9955HX a structural advantage in multithreaded scenarios, with improved instruction throughput, cache handling, and memory bandwidth. The Intel Core i9-13900H, based on Raptor Lake and fabricated using Intel’s “7” process (a refinement of their 10nm SuperFin node), holds its own with mature thread management and strong single-thread performance. Its support for Intel’s Thread Director technology ensures efficient scheduling across its mixed-core layout, which can be beneficial in workloads like content creation and lightly-threaded business apps. However, the Ryzen chip’s unified core design tends to yield more predictable and consistent scaling when all threads are pushed simultaneously, reducing thermal spikes and improving overall sustained performance.

Thermal and power characteristics further highlight the gap between the two systems. Intel’s i9-13900H has a base power of 45W but can boost up to 115W under load, while AMD’s Ryzen 9 9955HX has a configurable TDP ranging from 55W to 75W. Although the Intel chip has a higher upper limit, in practice it tends to spike power draw during short workloads and then throttle back. In comparison, the Ryzen CPU maintains a steadier thermal and power profile over longer tasks. This behavior was reflected in sustained tests over one-hour and 24-hour windows under mixed network and compute usage: the MS-A2’s CPU performed more consistently, with lower long-term thermal build-up, aided by its upgraded internal fan design. Combined with support for up to 96GB of DDR5 memory versus 64GB on the MS-01, the MS-A2’s CPU configuration offers better overall headroom for demanding, sustained workstation use.

Minisforum MS-A2 vs MS-01 – Graphics and Processing Power Compared

Although the Minisforum MS-01 and MS-A2 are positioned as compact workstations rather than gaming rigs, integrated graphics performance still plays a role in determining their suitability for visual workloads, media playback, and GPU-accelerated tasks. The MS-01 leverages Intel’s Iris Xe graphics, which includes 96 execution units running at up to 1.5GHz. The MS-A2, on the other hand, features AMD’s Radeon 610M — a lightweight RDNA2-based iGPU with 2 compute units operating at 2.2GHz. While the AMD GPU has a higher clock speed on paper, the significantly larger number of execution units in the Iris Xe gives the Intel system a considerable edge in real-world performance. In benchmarks such as the Steel Nomad Light test, the MS-01 consistently delivered higher frame rates and better render completion times, particularly during prolonged sequences that tax the GPU.

This performance advantage was also evident in media encoding and general GPU-accelerated workloads. Intel’s integrated graphics tend to benefit from better driver maturity, wider codec support (particularly for Quick Sync Video), and improved handling in professional apps with Intel-optimized pipelines. Users working in environments involving light 3D rendering, accelerated video encoding, or virtual display compositing are more likely to see stable and consistent results from the MS-01’s iGPU. However, it’s important to note that neither device is intended to replace a discrete GPU for high-end graphical workflows. Their iGPUs are best suited for media playback, multi-monitor output, light rendering tasks, and as fallback units for headless server use.

That said, the MS-A2 reclaims ground when it comes to video output capabilities. While the MS-01 supports HDMI 2.0 and DisplayPort 1.4a via USB4, the MS-A2 steps forward with HDMI 2.1 and DisplayPort 2.0 over Type-C. This enables support for up to 8K at 60Hz and 4K at 144Hz, offering tangible benefits for users who rely on ultra-high-resolution displays or high refresh rate monitors in productivity setups. Professionals in video editing, CAD work, or photography may find that this broader standard support gives the AMD model a longer shelf life as display technologies advance. In broader processing terms, the MS-A2’s superior CPU — the Ryzen 9 9955HX — delivers more overall compute performance, particularly in multi-threaded applications. But for users with GPU-reliant workloads or who value stability across legacy software environments, the MS-01’s Iris Xe graphics make a compelling case. Ultimately, choosing between the two comes down to workload distribution: CPU-heavy environments favor the MS-A2, while mixed or GPU-skewed tasks lean toward the MS-01.

Minisforum MS-01 vs MS-A2 – Conclusion and Verdict

After evaluating both systems across CPU architecture, internal connectivity, storage bandwidth, and thermal performance, it becomes clear that the Minisforum MS-01 and MS-A2 cater to slightly different segments of the same professional user base. The MS-01, despite being over a year old, still offers a well-balanced configuration with mature Intel performance, reliable thermal behavior, and excellent compatibility with existing Intel-optimized software. Its Intel Core i9-13900H processor delivers solid single-core performance and responsive handling in mixed-load scenarios, particularly when combined with Iris Xe graphics that outperform AMD’s 610M in general GPU-accelerated tasks. When paired with dual 10GbE SFP+ ports, 2.5GbE RJ45, and PCIe expansion, the MS-01 provides considerable functionality in a highly compact chassis — all at a more affordable starting price than its AMD counterpart.

However, the MS-A2’s specification gains are more than just incremental. It introduces a newer CPU platform with significantly higher multi-threaded performance, better storage throughput via triple PCIe 4.0 x4 M.2 slots, and wider memory support scaling up to 96GB at 5600MHz. These improvements position the A2 as a clear upgrade in raw compute potential. Enhanced display output support, including HDMI 2.1 and DP 2.0 over USB-C, adds flexibility for users deploying ultra-high-resolution or high-refresh-rate monitors in content creation, design, or data visualization environments. Furthermore, the updated internal cooling system — subtle in layout but effective in long-term thermal consistency — ensures the AMD-based system maintains sustained performance under extended workloads. While the MS-A2 demands a higher upfront investment, it delivers longer-term value for users running multi-threaded software stacks, high-speed storage arrays, or heavy virtual machine workloads. In essence, the MS-01 is still a dependable and well-priced workstation that meets the needs of a wide user base. But the MS-A2 redefines Minisforum’s performance ceiling with broader bandwidth, more compute power, and enhanced scalability. For users focused on future-proofing, heavier workloads, or maximizing hardware capability within a small form factor, the MS-A2 is the more capable — if more expensive — option. Your choice ultimately comes down to whether cost or capability is the higher priority in your deployment.

Minisforum MS-01 Pros and Cons	Minisforum MS-A2 Pros and Cons
Lower Price Point The MS-01 is considerably more affordable than the MS-A2, making it a better value for users with lighter or mixed workloads. → The MS-A2 demands a premium due to its higher-end specs, which may not be fully utilized in typical home or office deployments. Superior Integrated Graphics (Intel Iris Xe) With 96 execution units, the Iris Xe GPU in the MS-01 outperforms the Radeon 610M in the MS-A2 for media encoding, driver stability, and general GPU-accelerated workloads. → The MS-A2’s Radeon 610M has only 2 compute units and is weaker in rendering, encoding, and professional visual tasks. Thunderbolt 4 and Mature USB4 Support The MS-01 offers USB4 with DisplayPort 1.4a and Thunderbolt compatibility, which ensures greater peripheral compatibility and broader bandwidth for external devices. → The MS-A2 lacks Thunderbolt and uses USB-C ports with DisplayPort 2.0, which are better for displays but more limited in external expansion options. More Established Intel Software Ecosystem Features like Intel vPro, Thread Director, and DL Boost make the MS-01 better suited to enterprise, AI inference, and compatibility with legacy Intel-tuned workloads. → The MS-A2 is newer but lacks mature support for certain enterprise features like vPro or AI-specific instructions. Limited Storage Bandwidth Only one of the three M.2 slots runs at PCIe 4.0 x4; the others run at PCIe 3.0 x4 and x2. This bottlenecks multi-drive setups or RAID configurations. → The MS-A2 supports PCIe 4.0 x4 on all three M.2 slots, enabling full-speed NVMe performance on every drive. Lower Memory Capacity and Speed Supports up to 64GB DDR5 at 5200MHz. This limits RAM-heavy workloads like virtualization or large dataset handling. → The MS-A2 supports up to 96GB DDR5 at 5600MHz, giving it better headroom for demanding memory scenarios. Solid GPU Performance Stability The MS-01 performs better under GPU-accelerated tasks due to more mature graphics drivers and better software integration (Quick Sync, Adobe, etc.). → MS-A2 may suffer compatibility or driver limitations in older applications or video pipelines.	Much Higher CPU Performance The Ryzen 9 9955HX delivers 16 cores and 32 threads, far exceeding the MS-01’s i9-13900H with 14 cores (6P+8E) and 20 threads. This gives the MS-A2 a major edge in rendering, VMs, and parallel workloads. → The MS-01 holds its own in lightly threaded or bursty workloads but falls behind in sustained multi-core tasks. Full-Speed NVMe Across All Storage Bays All three M.2 slots run at PCIe 4.0 x4 speeds, which is ideal for users building high-speed RAID arrays or multi-disk configurations. → The MS-01’s mixed PCIe generation slots limit throughput and performance scaling with multiple drives. Higher RAM Capacity and Bandwidth The MS-A2 supports up to 96GB DDR5-5600, making it more suitable for VM clusters, code compilation, or large creative project workflows. → The MS-01 tops out at 64GB DDR5-5200, which may become a limiting factor in future-proofing. Advanced Display Output Support The MS-A2 features HDMI 2.1 and DisplayPort 2.0, allowing up to 8K60 or 4K144Hz. Ideal for users with high-res displays or multi-monitor setups. → The MS-01 is limited to HDMI 2.0 and DP 1.4a, which caps out at 4K60 in most scenarios. Weaker Integrated GPU (Radeon 610M) The 2CU RDNA2 iGPU in the MS-A2 underperforms compared to the Iris Xe in the MS-01 in encoding tasks, graphical acceleration, and some professional media pipelines. → The MS-01 offers better iGPU performance and is more compatible with widely used software stacks. Higher Price for the Same Chassis While offering better specs, the MS-A2 comes at a significantly higher price for a similar form factor and port layout, making it less cost-efficient for users not needing its full capabilities. → The MS-01 delivers solid value for money and remains a competitive mini workstation despite being a generation older. Improved Thermal Efficiency and Sustained Load Performance A redesigned internal cooling layout in the MS-A2 provides better performance consistency under long-term stress compared to the MS-01, which can throttle during extended workloads. → The MS-01’s cooling is competent but may experience more thermal spikes under 24/7 heavy use.

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Does this Budget $140 AliExpress 10GbE Switch Deserve Your Data?

The landscape of 10 Gigabit Ethernet networking has a significant shift over the past few years, with hardware that was once considered enterprise-only gradually trickling down to the consumer and prosumer market. Affordable multi-gig switches, particularly those with 2.5G or SFP-only configurations, are now commonplace. However, the search becomes much more complicated when you’re looking for a compact, budget-friendly 10GbE switch that combines both RJ45 copper and SFP+ fiber ports — and adds basic managed features to the mix. This is precisely where the Goodtop 6-Port 10GbE Managed Switch positions itself, offering four 10GBase-T ports, two SFP+ ports, and a claimed 120Gbps backplane bandwidth, all for around $140 on AliExpress.

At this price point, it’s important to approach products like this with realistic expectations. The Goodtop switch is not aiming to compete with the likes of Cisco, Aruba, or even MikroTik in terms of long-term support or security posture. Like many white-label or lesser-known brands shipping out of China, concerns around firmware transparency, update frequency, and potential vulnerabilities are valid. This is particularly relevant for users planning to expose management interfaces to external networks or integrate these switches into larger, more sensitive environments. Still, for isolated use in lab setups, home networks, or behind firewall-protected infrastructure, devices like this can offer compelling value — if they deliver on core functionality. This review takes a closer look at the Goodtop switch’s physical design, port configuration, internal hardware, software interface, and performance characteristics. Rather than focusing on theoretical specs alone, this analysis is based on hands-on testing to determine where the unit succeeds, where it cuts corners, and what kind of buyer it’s realistically suited for.

Goodtop Budget 6 Port 10GbE Switch Review – Quick Conclusion

The Goodtop 6-Port 10GbE Managed Switch delivers impressive value by combining four 10GBase-T and two 10G SFP+ ports in a compact, low-cost form factor, making it one of the most affordable mixed-media 10GbE switches on the market. It performs reliably under load, supports a full set of essential Layer 2 features like VLANs, link aggregation, and QoS, and provides a practical way for home lab users or small setups to adopt 10G networking without overspending. However, the switch’s low price is reflected in its build quality, fixed-speed noisy fan, and a barebones, unintuitive web interface that may challenge less experienced users. Security features are minimal, with no HTTPS, 2FA, or multi-user support, making it best suited for isolated, firewall-protected environments rather than critical infrastructure. For technically confident users seeking affordable, high-speed connectivity in a controlled setting, the Goodtop switch is a capable and cost-effective option—as long as its limitations are clearly understood.

Goodtop Budget 6 Port 10GbE Switch Review – Design

The Goodtop 6-Port 10GbE switch adopts a compact footprint and minimalist industrial design that aligns with many of the budget-friendly networking products emerging from OEMs in the Chinese market. Its chassis measures 200mm x 118mm x 44mm and is constructed from a thin, painted sheet metal. At just under 700 grams, the device is easy to handle and unobtrusive on a desk or shelf. It supports both desktop placement and wall mounting, the latter made possible by a pair of hook points integrated into the casing. While the construction is adequate for light to moderate use, it doesn’t offer the heft or rigidity seen in more enterprise-leaning gear.

There are no rubber feet to reduce surface vibration, nor any rack-mounting ears included by default. The paint finish is clean but basic, and minor flexing of the panels is possible under moderate pressure. These design choices reflect an emphasis on affordability rather than robustness, and users intending to deploy this switch in harsher physical environments may want to consider added enclosure or structural reinforcement. Still, for indoor use where vibration and temperature control are consistent, the physical form is entirely serviceable.

Thermal management is handled by a single small-diameter fan mounted laterally inside the chassis, supported by perforated ventilation cutouts on the opposing side. This active cooling setup is necessary given the heat output of the internal 10GbE components, particularly when all ports are under load.

During testing, the fan proved effective in maintaining safe thermal levels across typical workloads, with internal temperature readings ranging between 31°C and 36°C depending on ambient conditions and port usage. However, the fan’s acoustic characteristics are worth noting: it operates at a fixed RPM, regardless of system temperature or network activity.

This results in a constant hum that registers between 38 and 41 dBA — not excessive, but certainly noticeable in quiet environments. There are no accessible fan speed controls in the management interface, and the unit lacks thermal sensors or thresholds that would allow for adaptive fan curves.

For users operating this switch in a studio, home office, or any acoustically sensitive environment, the persistent fan noise could be a drawback. Modifications, such as third-party silent fan replacements, may be feasible but would require disassembly and some DIY effort. Overall, the cooling solution works, but its implementation is clearly a compromise between function and cost.

Goodtop Budget 6 Port 10GbE Switch Review – Hardware & Connections

The Goodtop switch is equipped with a total of six 10-Gigabit-capable ports, split between four RJ45 (10GBase-T) and two SFP+ slots. This particular configuration is uncommon at this price tier, especially among switches that offer web-based management. The inclusion of both copper and fiber interfaces in one device provides flexibility for mixed network environments — ideal for users bridging legacy copper infrastructure with newer fiber deployments or integrating NAS devices and uplinks with varying interface standards. All six ports are located on the front panel, clearly labeled and spaced far enough apart to accommodate bulkier cables and transceivers without interference.

The RJ45 ports support standard multi-gig Ethernet protocols, with backward compatibility for 100Mb, 1G, 2.5G, and 5GBase-T connections, depending on cabling. According to the manufacturer’s specs, Cat6 or better is recommended for full 10GBase-T performance up to 100 meters.

The SFP+ ports accept a wide range of 10G transceivers, including DACs (Direct Attach Copper), SR/LR fiber modules, and media converters, offering strong compatibility with third-party optics and hardware.

Despite its low cost, the switch claims a 120Gbps backplane switching capacity and a non-blocking architecture capable of 89.28 million packets per second. While exact benchmarking under full simultaneous port saturation wasn’t possible due to hardware limitations during testing, four concurrent 10GBase-T connections were tested successfully with sustained bidirectional transfers.

Under load, the unit handled transmission reliably without packet loss or obvious performance degradation. Power consumption scales with usage: idle draw sits at approximately 7.5 watts with no connected clients, while active use with four 10G copper links under sustained read/write activity peaked around 19.8 watts.

These values are in line with expectations for a full-10G switch operating with active cooling, and while not low, they are acceptable for most desktop or lab environments. It’s worth noting that due to heat generation and airflow limitations, users may experience rising internal temperatures if all six ports are driven continuously, especially in poorly ventilated setups. However, the flexibility to use either media type and the stable throughput on tested ports suggest that the internal switching logic and port handling are effectively implemented, given the device’s pricing and market position.

Internally, the Goodtop 6-Port 10GbE switch is built around a Realtek chipset configuration comprising the RTL9303 switch controller and RTL8264B PHYs, a pairing commonly found in recent budget and white-label 10G networking products. These components are designed to deliver basic Layer 2 managed functionality with support for VLAN tagging, link aggregation, and other expected switching features. Two medium-sized aluminum heatsinks cover the main chips, with thermal paste applied to ensure contact and heat dissipation, albeit passively reliant on the unit’s single fan for airflow. There is no internal battery backup, surge suppression beyond nominal protection, or modular power regulation — design choices consistent with its low cost.

The unit includes a modest 12Mbit of packet buffer memory and supports a MAC address table size of up to 16K entries, which should be sufficient for most small-to-medium environments. There are no removable components or visible debugging headers, and the board layout is straightforward with no major thermal bottlenecks observed during operation. Overall, the hardware design is minimal but appropriate for the target use case: non-critical environments requiring inexpensive multi-gig connectivity without expectations of advanced redundancy or hardware resilience. While it doesn’t compete with enterprise-class internals in terms of engineering quality or extensibility, it does reflect a competent implementation of entry-level switching silicon with functional thermal management.

Goodtop Budget 6 Port 10GbE Switch Review – Software

The Goodtop switch ships with a built-in web-based management interface that allows users to configure a range of Layer 2 features typical of entry-level managed switches. The interface is accessible via a browser once an IP address is assigned, and no additional software is required. However, the overall presentation and usability of the software are quite basic. The UI lacks visual polish, contextual help, or guided configuration tools. Navigation is functional but unintuitive, with much of the terminology and layout appearing generic and unbranded — a likely result of the firmware being repurposed from a reference design or OEM platform.

There are no wizards or safety prompts to prevent misconfiguration, which could make the switch challenging for less experienced users to manage safely. Additionally, there is no mobile optimization or official companion app, and the interface does not support HTTPS out of the box. Firmware updates are possible via the web console, though update channels or changelogs are not provided, and documentation is sparse.

Despite its limited interface design, the switch includes a solid range of features that are normally found in more expensive units. These include core Layer 2 controls and essential traffic management capabilities, offering flexibility for VLAN segmentation, link aggregation, and network troubleshooting. While these features are mostly geared toward technical users, they cover a surprisingly broad spectrum of functionality for a switch in this price bracket. However, it’s worth noting that the interface offers no access controls beyond a single user account, no two-factor authentication, and no role-based access — all of which may concern users deploying this switch in sensitive or multi-user environments. Fan speed control, system logs, or SNMP monitoring are also absent, limiting the unit’s viability for more advanced administrative needs. Key supported features include:

• VLAN support (802.1Q, VLAN IDs 1–4094)

• Port-based VLAN assignment

• Link Aggregation (LACP)

• Loop detection

• Jumbo frame support (up to 9K bytes)

• MAC address filtering

• Port mirroring

• Broadcast storm control

• QoS / Port-based priority settings

• Traffic statistics monitoring

• Basic firmware upgrade support

These tools are adequate for static network environments or those with fixed segmentation needs, but administrators seeking dynamic configuration, remote logging, or integration with monitoring platforms will find the software lacking in depth.

Goodtop Budget 6 Port 10GbE Switch Review – Verdict and Conclusion

The Goodtop 6-Port 10GbE Managed Switch offers an appealing combination of features that are rarely found together in a product at this price point. With four 10GBase-T copper ports and two 10G SFP+ fiber slots, it caters to users who need to bridge different media types without investing in multiple specialized devices. The unit delivers consistent throughput, a practical management interface, and baseline Layer 2 capabilities suitable for most small-scale, static deployments. For those building or expanding home labs, adding high-speed links between servers and NAS devices, or testing 10GbE equipment without committing to enterprise-level budgets, this switch is a very practical and accessible option. The price tag — typically hovering between $130 and $140 — is particularly compelling when compared with similar switches from established brands, which often cost two to three times as much while offering fewer ports or omitting management functionality.

However, it’s important to understand what trade-offs make that low cost possible. Physically, the unit is built with budget-grade materials, and although the compact design is functional, the thin metal chassis lacks the rigidity and passive cooling features seen in more expensive models. The inclusion of active cooling is necessary given the switch’s full 10GbE capability, but the fixed-speed fan results in a persistent acoustic presence that may not be acceptable in quiet workspaces. In terms of power usage and thermal output, the switch performs within expectations, though it naturally draws more power than multi-gig or 1G devices — something to consider if operating in environments sensitive to power efficiency or heat buildup.

On the software side, the web-based management interface includes a reasonably full feature set for configuring VLANs, link aggregation, QoS, and port monitoring, but the UI is visually dated, lacking intuitive navigation, helpful prompts, or contextual explanations. For seasoned users comfortable with networking terminology and manual configuration, this isn’t a major obstacle. However, newcomers may find the software overwhelming or difficult to use without external guidance. Security is another area where the switch shows its limitations. The absence of HTTPS access, multi-user management, or basic features like two-factor authentication limits its suitability for exposed or multi-tenant environments. Firmware updates are possible, but no public update path or official support channels are offered, making long-term update viability uncertain.

Ultimately, this is a product built around value — and that value is real, as long as buyers know what they’re getting into. The Goodtop switch does not pretend to be a polished enterprise-grade solution, nor does it offer the ecosystem integration or long-term support found in more expensive alternatives. Instead, it provides raw functionality: six full-speed 10GbE ports, a working management layer, and compatibility with a wide range of copper and optical transceivers. For environments that are self-contained, technically managed, and not security-critical, this device offers performance that aligns well with its low cost. For those willing to make small compromises on build quality and user experience, it’s an excellent option for extending 10G connectivity without overspending.

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