Who Are IceWhale, Is ZimaOS a Legitimate NAS Software Player, and Are They Ready? An Interview with Lauren Pan, IceWhale CEO
IceWhale is one of the youngest companies in the self-hosting space, yet its operating system, ZimaOS, has rapidly become one of the most discussed alternatives to established NAS platforms. Built on an immutable Linux foundation with a strong emphasis on user experience, ZimaOS aims to combine the approachability of turnkey systems with the flexibility of DIY hardware. Behind that vision is Lauren Pan, the founder and CEO of IceWhale, whose team previously created CasaOS and later shifted focus to a more scalable and controlled platform in ZimaOS. Now that the brand has begun it’s roll out of it’s $29 lifetime license, it has now become apparent that this plucky start up needs to be taken alot more seriously, as well as be weighed critically in the same way other long-established NAS software platforms are.
So, during a recent visit to Shenzhen, I sat down with Lauren for an extended conversation about the origins of ZimaOS, the challenges of building a modern NAS operating system, the company’s rapid growth, and how the wider NAS industry is being reshaped by new players, security expectations, and AI-driven workloads. This interview captures his perspective on product design, community involvement, security, the evolution of the market, and IceWhale’s long-term ambition to bring personal servers into everyday households.
When you began building the operating system back in 2021 with a very small founding team, what were those early days like and what were you aiming to create?
In 2021 the early team was only four members. I found our final CTO at that time, and we started to build the official design. At the beginning we were passionate and wanted to build a comprehensive, robust and customizable operating system for home lab users and tech-savvy people. But after three months, when we reviewed our progress, it was terrible. Even in the early stages you could tell there was something there because it was so light. That lightness was the biggest appeal for many people. If you didn’t know what you were doing it was a great gateway into experimentation and learning. For people who did know what they were doing, the lightweight design made it flexible. In the first three months we honestly didn’t know exactly what we were building. We pivoted fast. We spent about a month researching Reddit, watching community videos including yours, and we realised people needed a lightweight, easy-to-use command line to set up a home server. That’s where the idea for CasaOS came from.
Fast-growing and successful products come from very sharp product insight. After that insight, the next phase is delivering high quality and building a good reputation through community feedback. This is core to our product methodology. When we target a feature or user value, we don’t immediately invest heavy development resources. Instead, we speak with community members, moderators, and creators like you. We learn, and listen to how you see things, and watch user experience live on screen.
How big is the IceWhale team today?
Right now we have 35 members. Recently, because ZimaOS has been growing so fast, the operational pressure is high. Our downloads and user base are increasing quickly. So in the coming months we plan to expand the team to around 50 people. The purpose is to continue delivering high-quality support to the community. Our download numbers and user base are growing very fast, and that creates a lot of operational pressure. That is why we are expanding the team significantly. Supporting the community with high-quality responses is one of our top priorities, and growth in the next few months is focused on providing that support.
Why create ZimaOS when CasaOS already existed?
There are two main reasons. First, product direction. CasaOS is very open and we maintained it for more than two years with no license and free global access. However, as the process continued, we gradually realized that relying solely on the existing system architecture could no longer fully meet future requirements in terms of performance, scalability, and stability.. After deep internal discussion, we decided to build the OS from scratch rather than using Debian or mergerFS. This way, we can fully control quality and stability at the infrastructure layer. In 2023 we studied Home Assistant, Raspbian, and best practices in Linux. We built ZimaOS from the buildroot foundation, choosing our own kernel packages and implementing an immutable design. Users cannot modify system files because we focus on stability for daily use. But since many users still want to tinker, we layered Docker Compose on top.
Second, business sustainability. CasaOS used Apache 2.0 licensing because at that time no Chinese company was building a home server OS. We benefited hugely from open-source, so we needed to give back. But some companies began using CasaOS to build their own commercial products. To create a sustainable business cycle we needed a platform we could fully control, and that became ZimaOS.
What is IceWhale doing to handle vulnerabilities responsibly?
We rely on GitHub and created a CVE reporting program. We announced it to the community, and anyone can report security issues. Internally, our development team handles these reports through a structured process. Every Monday we review all community feedback, including security issues, reliability problems, and feature requests. In the last two weeks, especially after your video, installations increased rapidly and so did feedback.
Would you consider a security bounty program?
We are considering it. We need to strengthen our internal capabilities first. Bounty programs can attract both ethical hackers and opportunistic users, but they also help prevent widespread damage. Also, we are still very early into our funding sustainability to commit to something this large.
A lot of people were surprised that ZimaOS is only 29 dollars for a lifetime license. How did you arrive at that price?
The pricing comes from the founding team’s expectations about the market. The NAS industry is still mostly limited to tech-savvy users, but we see a different future. We believe that in the next ten years everyone will have a personal or home server for daily use, home automation, and personal agents. If you evaluate the current NAS market at around one million users, then pricing at 300 dollars, like some competitors, makes sense because their investment is huge. But if you believe the market will grow far beyond that small base, then pricing it at 29 dollars makes much more sense. We think the market will not remain limited to only a few million users.
Crowdfunding from companies like UGREEN has shown how quickly the market can shift when a new player enters the market. Do you think that changed industry expectations towards Chinese products?
UGREEN is a great example. Before their launch I spoke with people at several major brands and many were not worried. They thought UGREEN had no experience and would go nowhere. Then they raised 6.5 million dollars and sold 12,000 units. That was a lot of market share disappearing very quickly. This has really opened the door to a shake-up of private server ownership. In videos, you’ve often talk about control, flexibility, and personal ownership of data. This is core to the philosophical foundation for ZimaOS. When people want to host something themselves, they need full control. I don’t want users to be limited by a specific brand. They should decide how to manage their data, how to customise their apps and services, and how to extend computing power with GPU or 10 GbE. That purpose is at the core of ZimaOS.
We learned from the community that people need flexibility. At the same time, learning technical skills is still hard, so we also provide complete products like ZimaBoard and ZimaCube. This means users can get started quickly if they want an out the box solution. The industry is changing. Traditional NAS brands may move into higher tiers and ignore the bottom tier. New players will reshape the value and mid-range segments. The market will expand, but many brands are not ready for rapid shifts like AI integration.
Would you consider adding surveillance features to ZimaOS?
Not yet. The surveillance market is very large and specialised. Right now we are focused on building a reliable core operating system.
Some New and Entry level users find the USB installation process or migration away from an existing NAS to ZimaOS the only difficult steps. How do you plan to address that? Would you consider pre-bootloader-ready USB sticks for retail? Or specific Synology-to-ZimaOS migration tool?
I agree. Installation is still the biggest barrier for beginners. We are considering better solutions, including pre-prepared media, streamlined installation tools, and future hardware that removes the need for external installation completely. Making that first step easier is important. The idea of a installation-ready official USB with the license ready loaded makes alot of sense, and definitely something we can consider and explore, thank you. With branded migration tools, that is another very good idea. Migration is one of the biggest concerns for users switching from turnkey NAS systems. A dedicated migration tool could completely open the door for them. We should do that.
Will CasaOS be retired any time soon?
No. We consider CasaOS our LTS version. We will continue fixing bugs and maintaining it. There is no CasaOS 2.0 planned at the moment. Its main advantage is ARM compatibility, which few other NAS operating systems support.
Will there be a new ZimaCube?
Yes. In the next three months we will upgrade ZimaCube to the M2 version and announce it soon. It’s an improvement, not ZimaCube 2.0, more like a plus model. It will replace the existing version entirely. The positioning of ZimaCube was right, but I don’t think we made the first generation good enough to compete with new market entrees. So we focused heavily on improving the details while keeping the price. However, ZimaCube priced between 600 and 1200 dollars is still too expensive for the broader market and entry level, so we are investigating internally a product called “Zima Mini” to target the two-bay and four-bay market. More on that in 2026.
Where do you want IceWhale and ZimaOS to be in five years?
Our vision is to serve more than 400 million households and bring a personal or home server to every family. In five years we want IceWhale to be positioned clearly as an operating system company rather than a hardware company. That has become very clear in the last two years.
What moment made you most proud in the IceWhale journey?
There was a moment two years ago, when CasaOS reached around ten thousand community members. In China many people don’t care much about privacy or self-hosting, so when I told local investors that I wanted to build a NAS and open-source OS, they didn’t understand why. They thought we didn’t need it. But when the GitHub project took off, when the Discord community grew, and when users started creating mods without ever speaking to us, I realised they understood exactly what we were building. They understood the vision even though I never explained it publicly. That moment validated everything. It reminded me why I founded the company.
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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Ce 17 novembre 2025, Microsoft a déployé une version préliminaire de la mise à jour de décembre 2025 (KB5070311) sur le canal Release Preview. Cette future mise à jour – à destination de Windows 11 version 25H2 et version 24H2 – va être déployée auprès du grand public dans les semaines à venir en tant que mise … Lire la suite
Ce 17 novembre 2025, Microsoft a publié une nouvelle version (en cours de développement) de Windows 11 version 25H2 sur les canaux Dev et Bêta, exclusivement pour les utilisateurs inscrits au programme Windows Insider. Cette préversion de Windows 11 – numérotée 26220.7262 et diffusée via la mise à jour KB5070303 sur Windows Update – introduit plusieurs nouveautés majeures, dont l’arrivée des fonctionnalités … Lire la suite
The NanoKVM Pro from Sipeed represents the latest iteration in the company’s growing range of remote management devices, developed as a more capable successor to the original NanoKVM. Building on the lessons learned from its earlier RISC-V model, this version introduces a dual-core ARM architecture and significantly enhanced system resources. The design focus shifts toward higher-resolution capture, faster data handling, and improved remote-access functionality, all within a self-contained form factor that can sit on a desk or integrate into rack systems. Supported by an open-source PiKVM-based software environment, it provides the same level of control normally associated with enterprise IPMI solutions, including BIOS access, remote mounting of ISOs, and full keyboard-video-mouse interaction through a browser interface. Unlike many entry-level devices in its category, it supports 4K capture up to 30 fps, 1080p up to 60 fps, and HDMI loop-out for simultaneous local display. Optional features such as Wi-Fi 6, PoE input, and ATX power control expand its deployment flexibility across both professional and hobbyist environments. With 1 GB of LPDDR4X memory, 32 GB of onboard eMMC storage, and the ability to run either NanoKVM OS or full PiKVM firmware, the Pro model aims to balance affordability with advanced functionality suited to modern remote administration setups. But is it any good? Let’s find out if the NanoKVM Pro deserves your money and your data.
NanoKVM Pro KVM Review – Quick Conclusion
The NanoKVM Pro from Sipeed is a compact, Linux-based IP-KVM device that brings enterprise-grade remote management features into an affordable, open-source package designed for homelab enthusiasts, technicians, and small-scale administrators. Built around a dual-core ARM Cortex-A53 processor with 1 GB of LPDDR4X memory and 32 GB of onboard eMMC storage, it supports 4K capture at 30 fps, 1080p at 60 fps, and HDMI loop-through for simultaneous local display, while maintaining low latency and stable frame delivery over gigabit Ethernet or Wi-Fi 6. The device integrates ATX control for power and reset functionality, allowing full BIOS-level access and system reboots without physical interaction, and can be powered via USB-C, PoE, or motherboard header connection. A 1.47-inch touchscreen with rotary encoder provides local control and monitoring, supported by an intuitive browser-based interface that enables ISO mounting, firmware updates, and encrypted remote access through built-in Tailscale VPN integration. It runs either Sipeed’s NanoKVM firmware or a full PiKVM stack, both of which are open-source and compatible with community-developed extensions, including AI-assisted features that perform local OCR and screen automation. The aluminum body ensures passive cooling and silent operation, with power draw averaging 3 to 7 watts depending on load. While early firmware builds lacked full 4K45 and H.265 support, continued updates have addressed most of these gaps, and the open nature of the platform allows for further improvement. Its minor drawbacks—such as inconsistent cable bundles, a lightweight dial, and limited CPU overhead during heavy 4K sessions—are outweighed by its flexibility, performance, and independence from proprietary cloud control. Overall, the NanoKVM Pro stands out as one of the most capable and customizable IP-KVM solutions in its price range, offering real out-of-band management power in a device smaller than a deck of cards.
The NanoKVM Pro adopts a compact aluminum enclosure that measures 65 by 65 by 28 millimeters, emphasizing passive cooling and durability over aesthetic design. The casing doubles as a heat spreader, transferring thermal load from the PCB through its metal base and dissipating it through the chassis surface. This construction allows it to maintain stable temperatures around 50–55°C during typical use, even with extended operation or PoE power input. The metal build makes it suitable for permanent desktop placement or rack integration, and Sipeed provides 3D printable mounting templates for both single and triple-unit configurations. Despite its small footprint, the front panel includes a 1.47-inch 320×172 capacitive touch display and a rotary encoder that enables system navigation and control without needing to connect a keyboard or mouse. The LCD serves both as a configuration interface and as a secondary monitoring screen, capable of displaying live HDMI capture, resource utilization, or user-defined Python applications.
Storage performance represents a notable improvement over the earlier NanoKVM, which relied on a microSD card for its operating system. The Pro integrates 32 GB of eMMC storage rated at approximately 300 MB/s read speeds, providing faster ISO mounting and firmware updates, as well as the ability to host lightweight scripts or utilities locally. The onboard storage can be expanded through a microSD slot positioned beside the HDMI input, supporting additional media up to 512 GB. This expansion capability allows users to keep multiple boot images or installation media accessible directly through the web interface, making it useful for managing test systems or recovery environments. In practice, transferring a 1 GB ISO via a gigabit network takes about a minute, which is considerably faster than previous microSD-based units.
Externally, the NanoKVM Pro’s layout balances density and accessibility. All primary I/O connections, including HDMI input and output, dual USB-C ports for power and HID control, and a gigabit Ethernet port, are aligned along the rear edge to simplify cable routing in both rack and desktop configurations. The USB-C design allows for flexible power sourcing, supporting either direct 5V input, PoE via Ethernet, or ATX line integration through the bundled adapter board. This modularity is complemented by a detachable ATX control board that connects through a flat ribbon cable, enabling power, reset, and LED signal passthrough from a host motherboard. When connected correctly, this board allows remote hard resets and complete power cycling through the web interface, replicating the hardware-level management seen in dedicated IPMI modules.
On the front of the device, the rotary dial and touchscreen offer combined tactile and touch control options. Short presses, rotations, and swipes allow for full system interaction, while long presses bring up system menus and app selections. The screen can also operate as a secondary display via USB connection on Windows systems, acting as a miniature monitor that mirrors or supplements the primary display output. Through custom scripts, users can configure the display to show diagnostic data, resource graphs, or network metrics, further extending the device’s use beyond remote management.
Sipeed’s packaging reflects the device’s development-oriented nature. The kit typically includes two USB-C to USB-A cables, a short HDMI cable, and an ATX interface adapter with DIP cables, although early Kickstarter units reportedly shipped with incomplete cable sets. Documentation is provided through QR-linked web guides rather than printed manuals, directing users to detailed online setup instructions and firmware repositories. This approach aligns with Sipeed’s community-driven model, where updates, firmware images, and user scripts are hosted on GitHub for open access.
Finally, the overall footprint and passive cooling design allow the NanoKVM Pro to run silently, drawing between 3 to 5 watts depending on load, or up to 7 watts when AI functions or ambient lighting are enabled. While compact enough for portable or field use, it performs best when placed on conductive or ventilated surfaces, such as a metal case or rack shelf. The Pro model’s focus on internal storage, heat management, and flexible installation makes it notably more practical than most low-cost USB KVMs and positions it closer to a self-contained remote administration terminal.
NanoKVM Pro KVM Review – Ports and Connectivity
The NanoKVM Pro provides several configuration options for both local and remote access, reflecting its design for flexible integration across various network types. Wired connectivity is managed through a full gigabit Ethernet interface, which supports both data transfer and Power over Ethernet (PoE) in certain configurations. This upgrade from the previous model’s 100 Mbps port reduces latency and ensures smoother 4K capture and ISO mounting operations across a local area network.
For environments where wired access is unavailable, Sipeed also offers Wi-Fi 6 variants that include built-in wireless support, allowing users to connect through a temporary access point and configure the device from a phone or laptop. Initial setup is handled through DHCP, displaying the assigned IP address directly on the front LCD screen. From there, users can access the web interface by entering the device’s IP address in a browser such as Chrome, with HTTPS enabled by default through a self-signed certificate.
For secure remote administration, the NanoKVM Pro includes native support for Tailscale, enabling encrypted VPN-style access across different networks without manual port forwarding. Once linked to a Tailscale account, the unit automatically joins the same virtual LAN as other connected devices, simplifying access to systems behind firewalls or NAT routers. This makes it suitable for home users who need unattended access to remote PCs or small business administrators managing distributed systems.
The device also supports USB-NCM network connections for direct link setups, as well as traditional SSH sessions for users who prefer command-line management. Because the underlying operating system is based on Ubuntu, it can also host additional networking utilities such as ZeroTier or Cloudflare Tunnels, giving users a range of choices for secure remote links depending on their existing infrastructure.
The NanoKVM Pro also supports HDMI loop-through, allowing users to connect both the target computer and a local display simultaneously. The input captures up to 4K at 30 frames per second, while the output can pass through up to 4K at 60 frames per second, depending on the connected monitor and signal mode. This dual-mode setup enables simultaneous viewing and control without interrupting the host system’s display, which is particularly useful for remote diagnostics or shared monitoring environments. In practice, the captured video stream can be viewed in near real time, with local testing showing roughly three frames of latency difference on a gigabit network connection. Combined with audio capture and bidirectional USB-HID control, the NanoKVM Pro provides a complete interface for headless or offsite system management.
Feature
Specification
Ethernet
1 Gbps (with optional PoE power input)
Wi-Fi (optional)
Wi-Fi 6 (AP and client mode supported)
USB Ports
2 × USB-C (Power and HID control)
HDMI Input
Up to 4K at 30 fps, 2K at 95 fps
HDMI Output (Loop-Out)
Up to 4K at 60 fps
ATX Power Control Interface
9-pin header via KVM-B board (power/reset/LED)
Audio
Integrated digital audio capture
Additional Interfaces
2-channel serial terminal, MicroSD expansion
Network Protocols
DHCP, HTTPS, SSH, Tailscale, optional ZeroTier
Power Input Options
USB-C 5V/1A minimum, PoE, or ATX connector
NanoKVM Pro KVM Review – Internal Hardware
Internally, the NanoKVM Pro is based on the AX630C processor, a dual-core ARM Cortex-A53 SoC operating at 1.2 GHz. This represents a significant step up from the previous NanoKVM’s single-core RISC-V SG2002 processor, which struggled with multitasking and heavier video capture workloads. The new chip enables both 4K video input and real-time encoding in H.264 or H.265, as well as MJPEG for lower-latency streaming. It is paired with 1 GB of LPDDR4X memory and 32 GB of onboard eMMC storage, providing a notable improvement in performance and responsiveness when handling ISO uploads, live video feeds, or concurrent network sessions. In operation, CPU utilization typically sits around 25 to 35 percent during local access, rising to 50 to 60 percent when performing 4K capture or running AI-assisted functions.
Thermal management relies entirely on the metal enclosure acting as a passive heatsink. The system consumes roughly 3 to 4 watts at idle and up to 7 watts when AI processing or 4K capture is active. During extended use, surface temperatures can reach the mid-50 °C range, while internal readings may approach 70 °C under continuous workloads. Despite this, thermal throttling has not been observed in regular use, provided the device is placed on a conductive or ventilated surface. Users operating in warmer environments can improve dissipation by resting it on a metallic case or rack shelf, as the aluminum body is designed to transfer heat evenly across its underside. The device remains silent throughout, as no active fan is used.
Internally accessible interfaces add to its adaptability. Two USB-C ports handle power and human interface device connections, while a microSD slot offers external storage expansion or alternate firmware booting. A small 0.1 mm header provides access to two RS-232 serial ports, allowing direct console communication with servers, switches, or other serial-based equipment. This makes the NanoKVM Pro suitable not only for managing desktop systems but also for integrating with embedded or industrial hardware that lacks graphical interfaces.
Combined with the ATX breakout board for power management and the option to use the unit’s LCD as a miniature USB secondary display, these features extend its application well beyond that of a standard KVM switch.
Component
Specification
Main Processor
AX630C Dual-Core ARM Cortex-A53, 1.2 GHz
Memory
1 GB LPDDR4X
Internal Storage
32 GB eMMC (approx. 300 MB/s)
Expandable Storage
MicroSD slot (up to 512 GB)
Video Encoding
MJPEG, H.264, H.265
Audio
Integrated digital capture
Serial Interface
Dual RS-232 channels via header
ATX Control
External board with 9-pin header
Power Draw
3 W typical, up to 7 W under load
Cooling
Passive aluminum enclosure
Operating Temperature
Surface 45–55 °C, CPU up to ~70 °C
NanoKVM Pro KVM Review – Software and Services
The NanoKVM Pro runs on a customized Linux environment built around the open-source PiKVM framework, allowing users to operate within Sipeed’s own NanoKVM interface or switch to a full PiKVM installation through the system menu. The preinstalled NanoKVM environment provides a more streamlined interface tailored to less experienced users, offering web-based management with HTTPS, user authentication, and direct BIOS-level control of connected systems. It supports remote mounting of ISO images, firmware updates, and automated scripts, all handled through an integrated file manager accessible via browser. The software operates entirely locally by default, without mandatory cloud connections, which is a notable distinction compared with many modern remote-access appliances that rely on vendor relay servers.
Once configured, users can log in through a web browser using the device’s IP address, with the default credentials set to “admin” for both username and password. The interface prompts password change on first login and provides granular control over network settings, storage, user accounts, and ATX power functions. Most settings can be modified directly through the web GUI without command-line access, although advanced users can enable SSH for deeper configuration or script automation. Firmware updates are managed via the same interface, with an option to enable preview builds for early access to experimental features such as H.265 encoding or AI integrations. The NanoKVM Pro also includes support for WebSSH, allowing browser-based terminal access to the device itself or to the connected host.
One of the most distinctive aspects of the NanoKVM Pro is its front-panel software ecosystem. The 1.47-inch touchscreen runs its own UI layer with interactive menus, swipes, and rotary input for navigation. It displays real-time system metrics such as CPU load, IP address, and network status, and can also serve as a live HDMI preview display. Beyond these default utilities, users can install small Python-based applications that render custom data on the screen. Three example apps—“coin,” “conway,” and “hello”—are included to demonstrate this feature, and advanced users can upload their own code to the /userapp directory to display statistics, weather, or system messages. Through this approach, the NanoKVM Pro acts not just as a control interface but as a miniature programmable display for local or rack-mounted setups.
Remote management services are another major focus. Tailscale is preinstalled, providing quick setup for secure, encrypted remote sessions without the need for static IP addresses or manual port forwarding. For users preferring other approaches, the device’s Ubuntu base supports additional VPN tools such as ZeroTier, WireGuard, or Cloudflare Tunnels, which can be manually installed through apt. This flexibility ensures compatibility with existing enterprise or homelab networks. The system also includes Wake-on-LAN, remote reboot, and full ATX control options, allowing users to perform power cycling or forced shutdowns directly through the web interface. The integration of these features means the NanoKVM Pro functions as an accessible alternative to server-grade remote management tools, at a fraction of their cost and complexity.
Finally, Sipeed has begun introducing experimental AI-driven functions in its firmware. These include smart assistant options that use basic optical character recognition (OCR) and contextual automation to simplify KVM operations such as copying text from the remote screen or assisting with troubleshooting prompts. Although early and limited in scope, the AI feature demonstrates the company’s effort to integrate local intelligence without relying on external cloud processing. This is complemented by the open-source nature of the platform, where both NanoKVM and PiKVM firmware images are publicly available for inspection and customization. Users can adapt the system to their own needs, extending its functionality through community scripts or integrating it into larger automation frameworks for testing, monitoring, or remote maintenance tasks.
NanoKVM Pro KVM Review – Verdict and Conclusion
The NanoKVM Pro marks a substantial improvement over its predecessor, combining more capable ARM hardware with higher capture quality, local storage, and multiple remote-access options. It bridges the gap between budget IP-KVMs and more professional management tools, delivering features like ATX control, HDMI loop-out, Tailscale connectivity, and a programmable touchscreen interface within a single, compact unit. The open-source base allows users to adapt it for highly specific workflows, whether for homelab management, small business system maintenance, or integration into test benches and automation setups. In day-to-day operation, latency and video performance remain strong over gigabit connections, with the interface proving responsive and stable. While early firmware versions lacked some advertised features such as full 4K45 capture and H.265 encoding, updates have continued to expand the system’s capabilities over time.
As a whole, the NanoKVM Pro is best understood as an evolving platform rather than a fixed appliance. Its combination of hardware versatility and accessible software design positions it as one of the more flexible low-cost KVM options available, even if certain elements, such as the dial build quality and early AI features, feel unfinished. For users seeking an independent, locally managed solution for BIOS-level control and remote diagnostics without vendor lock-in, it represents one of the strongest value offerings in its class.
This description contains links to Amazon. These links will take you to some of the products mentioned in today's content. As an Amazon Associate, I earn from qualifying purchases. Visit the NASCompares Deal Finder to find the best place to buy this device in your region, based on Service, Support and Reputation - Just Search for your NAS Drive in the Box Below
Need Advice on Data Storage from an Expert?
Finally, for free advice about your setup, just leave a message in the comments below here at NASCompares.com and we will get back to you.Need Help?
Where possible (and where appropriate) please provide as much information about your requirements, as then I can arrange the best answer and solution to your needs. Do not worry about your e-mail address being required, it will NOT be used in a mailing list and will NOT be used in any way other than to respond to your enquiry.
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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 checkHEREIf you need to fix or configure a NAS, check FiverHave you thought about helping others with your knowledge? Find Instructions Here
Or support us by using our affiliate links on Amazon UK and Amazon US
Alternatively, why not ask me on the ASK NASCompares forum, by clicking the button below. This is a community hub that serves as a place that I can answer your question, chew the fat, share new release information and even get corrections posted. I will always get around to answering ALL queries, but as a one-man operation, I cannot promise speed! So by sharing your query in the ASK NASCompares section below, you can get a better range of solutions and suggestions, alongside my own.
UGREEN Reveal Two New 4-Bay NAS – The DXP4800 Pro and DXP4800S
UGREEN has expanded its desktop NAS lineup with two additional models, the DXP4800S and the DXP4800 Pro. Both systems appear in regional listings alongside the existing DXP4800 and DXP4800 Plus rather than replacing them, which suggests a parallel product structure rather than a conventional generational refresh. These releases focus on incremental CPU and memory changes while retaining almost identical hardware layouts, storage options and connectivity. The result is a broader range of mid-tier NAS configurations targeted at users who want x86 processors with varying performance levels and memory support, while UGREEN continues to position its DH4300 series toward entry level users and larger capacity deployments. Let’s discuss these two new NAS devices, if/when they will be available, where they sit compared with the existing UGREEN NAS range, and where either of them deserve your money and your data?
UGREEN DXP4800S NAS Specifications
The DXP4800S is seemingly positioned as an updated variant of the original DXP4800, retaining the same core hardware layout while adopting Intel’s newer N150 processor and faster DDR5 memory. The shift to the N150 provides a modest frequency increase over the N100 but maintains identical core count, thread count and power behaviour. Memory remains user accessible through a single slot, with support for up to 16GB. The rest of the internal structure is unchanged, including four SATA bays, two NVMe slots and the same Gen three by one PCIe wiring. The system is intended as a compact x86 home server with improved AI-assisted photo indexing and modest efficiency gains over the standard model.
Externally, the device keeps the original USB layout, HDMI output and 2.5GbE gigabit LAN. The SD card reader remains SD 3.0 and the flash storage stays at 32GB. The overall focus of this model is small refinements rather than a re-engineered platform. Users familiar with the DXP4800 will find the same physical design and the same expandability, but with slightly higher supported memory frequency and a newer entry class processor that aligns with Intel’s Twin Lake manufacturing cycle.
Component
DXP4800S
Processor
Intel N150, four cores and four threads, up to 3.6Ghz
Architecture
x86, Intel seven process
Memory
8GB DDR5 preinstalled, one slot, up to sixteen gigabytes, up to five thousand six hundred megahertz, ECC capable
SATA Bays
Four, compatible with 2.5 inch and 3.5 inch drives
SATA Capacity
Up to 30TB per bay
NVMe Slots
Two M key NVMe 2280 slots, up to eight terabytes each
Flash Storage
32GB
Network
2x 2.5GbE
USB
Front one USB three point two Gen two Type A and one USB three point two Gen two Type C. Rear one USB three point two Gen one
USB Two
Two rear ports
SD Reader
SD 3
HDMI
Up to 4K at sixty hertz
UGREEN DXP4800 Pro NAS Specifications
The DXP4800 Pro introduces more substantial hardware changes than the S variant. It replaces the Pentium Gold processor found in the DXP4800 Plus with the Intel Core i3-1315U, which provides additional cores, higher thread count and improved frequency. This positions the Pro as the most capable four bay x86 model in UGREEN’s lineup. The system also upgrades its SD card reader to SD 4.0 and increases maximum supported memory to 96GB through two DDR5 slots. Internal storage layout remains unchanged, with four SATA drive bays and two NVMe slots, both fully accessible without modifying the chassis. Connectivity mirrors the Plus model by retaining 1x 10GbE and 1x 2.5GbE USB connectivity remains a mix of Gen two front ports and a Gen one rear port. HDMI output continues to support 4K at 60Hz. These choices maintain consistency with the previous model and allow the CPU upgrade to be the primary differentiator rather than a broader redesign of the platform.
Component
DXP4800 Pro
Processor
Intel Core i3 1315U, six cores and eight threads, up to 4.5Ghz
Architecture
x86, Intel seven process
Memory
E8GB DDR5 preinstalled, two slots, up to ninety six gigabytes, up to five thousand six hundred megahertz, ECC capable
SATA Bays
Four, compatible with 2.5 inch and 3.5 inch drives
SATA Capacity
Up to 30tb per bay
NVMe Slots
Two M key NVMe 2280 slots, up to eight terabytes each
Flash Storage
128GB
Network
1x 10GbE + 2.5GbE
USB
Front one USB three point two Gen two Type A and one USB three point two Gen two Type C. Rear one USB three point two Gen one
USB Two
Two rear ports
SD Reader
SD 4
HDMI
Up to 4K at sixty hertz
UGREEN DXP4800S vs DXP4800 NAS Specifications
The DXP4800S is a small technical update to the original DXP4800. Both systems use the same chassis, the same storage layout and the same port arrangement, including four SATA bays, two NVMe slots, a single 2.5GbE network port and the same USB configuration. The primary distinction is the CPU. The older DXP4800 uses the Intel N100, while the DXP4800S switches to the Intel N150, which increases maximum frequency but retains the same four core and four thread structure. Memory configuration also remains largely the same but the S model supports up to 5600MHz DDR5 rather than 4800MHz. All other hardware behaviour is unchanged. Both systems include 32GB of onboard flash, HDMI with 4K60 output and an SD 3.0 card reader. Drive support continues to allow up to 30TB per SATA bay and up to 8TB per NVMe slot. Because of these similarities, the DXP4800S functions as a direct incremental revision of the DXP4800 rather than a new performance tier, and the difference in everyday workloads will be minimal outside of small frequency gains.
Component
DXP4800
DXP4800S
Processor
Intel N100, 4 cores and 4 threads, up to 3.4GHz
Intel N150, 4 cores and 4 threads, up to 3.6GHz
Architecture
x86, Intel 7
x86, Intel 7
Memory
8GB DDR5, 1 slot, up to 16GB, 4800MHz
8GB DDR5, 1 slot, up to 16GB, 5600MHz
SATA Bays
4, supports 2.5 inch and 3.5 inch drives
4, supports 2.5 inch and 3.5 inch drives
NVMe Slots
2 x M.2 NVMe 2280, up to 8TB each
2 x M.2 NVMe 2280, up to 8TB each
Flash Storage
32GB
32GB
Network
1 x 2.5GbE
1 x 2.5GbE
USB
Front USB 3.2 Gen2 Type A and Type C, rear USB 3.2 Gen1
Same ports and speeds
USB2
2 rear ports
2 rear ports
SD Reader
SD 3.0
SD 3.0
HDMI
4K60
4K60
UGREEN DXP4800 Pro vs DXP4800 Plus NAS Specifications
The DXP4800 Pro introduces a more significant hardware step forward compared with the DXP4800 Plus. The Plus model uses the Intel Pentium Gold 8505, while the Pro replaces it with the Intel Core i3 1315U which increases the number of cores, improves thread count and provides higher boost frequencies. Memory capacity also expands from a maximum of 64GB on the Plus to 96GB on the Pro, and the Pro continues to use DDR5 at 5600MHz as its upper supported speed. Flash storage capacity increases from 128GB on the Plus to the same 128GB on the Pro, and internal drive support remains unchanged with four SATA bays and two NVMe slots. Both units maintain the same network arrangement with one 10GbE port and one 2.5GbE port. USB connectivity also remains the same with front USB 3.2 Gen2 Type A and Type C ports and a rear USB 3.2 Gen1 port supplemented by two USB2 ports. The one external difference is the SD card reader which moves from SD 3.0 on the Plus to SD 4.0 on the Pro. The rest of the platform remains identical which makes the CPU, memory ceiling and SD reader the factors that separate the two models.
Component
DXP4800 Plus
DXP4800 Pro
Processor
Intel Pentium Gold 8505, 5 cores and 6 threads, up to 4.4GHz
Intel Core i3 1315U, 6 cores and 8 threads, up to 4.5GHz
Architecture
x86, Intel 7
x86, Intel 7
Memory
8GB DDR5, 2 slots, up to 64GB, 4800MHz
8GB DDR5, 2 slots, up to 96GB, 5600MHz
SATA Bays
4, supports 2.5 inch and 3.5 inch drives
4, supports 2.5 inch and 3.5 inch drives
NVMe Slots
2 x M.2 NVMe 2280, up to 8TB each
2 x M.2 NVMe 2280, up to 8TB each
Flash Storage
128GB
128GB
Network
1 x 10GbE and 1 x 2.5GbE
1 x 10GbE and 1 x 2.5GbE
USB
Front USB 3.2 Gen2 Type A and Type C, rear USB 3.2 Gen1
Same ports and speeds
USB2
2 rear ports
2 rear ports
SD Reader
SD 3.0
SD 4.0
HDMI
4K60
4K60
UGREEN DXP4800 Pro and DXP4800S NAS Release and Price
Both the DXP4800 Pro and DXP4800S are currently listed only in selected Asian regions, with no confirmed schedules for North America, Europe or Australia. Early pricing shows the DXP4800S positioned above the original DXP4800 and the DXP4800 Pro positioned above the DXP4800 Plus, reflecting the newer processors and higher memory ceilings. Regional pricing is based on local currency and tax structures, and the values shown in early listings cannot be treated as indicators of final western pricing. Availability outside these regions is expected to depend on component inventory and on UGREEN’s wider rollout plans, and any potential release is unlikely before early 2026.
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Ce 7 novembre 2025, Microsoft a publié une nouvelle version (en cours de développement) de Windows 11 version 25H2 sur les canaux Dev et Bêta, exclusivement pour les utilisateurs inscrits au programme Windows Insider. Cette préversion de Windows 11 – numérotée 26220.7070 et diffusée via la mise à jour KB5070300 sur Windows Update – intègre des améliorations pour l’application Widgets, une simplification … Lire la suite
Corsair fait évoluer ses alimentations RMx Shift lancées en 2023 avec l’arrivée des éditions 2025. GinjFo s’est intéressé à la vitrine la RM1000x Shift.
Ce 31 octobre 2025, Microsoft a publié une nouvelle version (en cours de développement) de Windows 11 version 25H2 sur les canaux Dev et Bêta, exclusivement pour les utilisateurs inscrits au programme Windows Insider. Cette préversion de Windows 11 – numérotée 26220.7051 et diffusée via la mise à jour KB5065779 sur Windows Update – propose une nouvelle expérience … Lire la suite
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
The Sharge Disk Pro is a compact 10Gbps external SSD and USB hub that stands out for its active cooling system, magnetic mounting, and integrated cable design. It delivers sustained read and write speeds of around 800–900MB/s without thermal throttling, even under prolonged load, thanks to its effective fan-assisted cooling. Its multi-port layout, including HDMI 2.1, USB-C PD, and USB-A connectivity, makes it suitable for both laptops and mobile devices, functioning as a miniature docking station. However, it has several trade-offs: the internal SSD cannot be upgraded or replaced, there is no hardware encryption, and the fixed USB-C cable limits repairability. Noise from the fan is noticeable during heavy use, and while its 10Gbps limit caps peak performance, overall reliability and heat management make it a strong all-in-one solution for portable data and connectivity needs.
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.
This description contains links to Amazon. These links will take you to some of the products mentioned in today's content. As an Amazon Associate, I earn from qualifying purchases. Visit the NASCompares Deal Finder to find the best place to buy this device in your region, based on Service, Support and Reputation - Just Search for your NAS Drive in the Box Below
Need Advice on Data Storage from an Expert?
Finally, for free advice about your setup, just leave a message in the comments below here at NASCompares.com and we will get back to you.Need Help?
Where possible (and where appropriate) please provide as much information about your requirements, as then I can arrange the best answer and solution to your needs. Do not worry about your e-mail address being required, it will NOT be used in a mailing list and will NOT be used in any way other than to respond to your enquiry.
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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 checkHEREIf you need to fix or configure a NAS, check FiverHave you thought about helping others with your knowledge? Find Instructions Here
Or support us by using our affiliate links on Amazon UK and Amazon US
Alternatively, why not ask me on the ASK NASCompares forum, by clicking the button below. This is a community hub that serves as a place that I can answer your question, chew the fat, share new release information and even get corrections posted. I will always get around to answering ALL queries, but as a one-man operation, I cannot promise speed! So by sharing your query in the ASK NASCompares section below, you can get a better range of solutions and suggestions, alongside my own.
Positionné sous la barre des 100 €, le Forge GK600 TKL WIRELESS est un clavier gaming mécanique avec aRGB, 3 modes connexions et un écran. Nous l’avons testé.
UGREEN NASync vs UniFi UNAS – Which Should You Buy?
In the evolving landscape of network-attached storage, the arrival of UGREEN and UniFi (Ubiquiti) marks one of the more interesting shifts in consumer and prosumer data management over the last two years. Both brands, previously recognised for their strength in peripheral hardware and networking respectively, officially entered the NAS sector around late 2023 to early 2024, each taking distinct approaches to design, functionality, and ecosystem integration. UGREEN, following a successful crowdfunding launch in early 2024, built its NASync series around desktop and SSD-based solutions for home, creative, and prosumer users seeking all-in-one local storage, virtualization, and multimedia platforms. Its portfolio now includes systems ranging from the ARM-based DXP2800 to the Intel-powered DXP8800 Plus, offering performance tiers from modest home use to compact workstation-class environments.
Meanwhile, UniFi, a brand with a long history in professional networking and surveillance infrastructure, released its UNAS family within the same timeframe, targeting users already invested in its ecosystem of routers, cameras, and switches. The UNAS lineup now spans from the compact UNAS 2 and UNAS 4 desktop units to the rackmount UNAS Pro 4 and Pro 8 systems, with each designed for straightforward deployment and remote integration within the UniFi Network and Protect platforms. Despite arriving from very different sectors, both companies have effectively lowered the cost of entry to reliable NAS storage while redefining how integrated ecosystems can extend storage functionality. This comparison explores their respective design choices, hardware capabilities, software environments, and operational scope to assess which platform is best suited to different user scenarios in 2025 and 2026.
UniFi vs UGREEN NAS – The TL;DR
In comparing the UniFi and UGREEN NAS platforms, it becomes clear that each brand represents a different vision of what modern network storage should be. UniFi’s UNAS series builds on the company’s heritage in networking and surveillance, delivering a range of efficient, ARM-powered NAS systems that integrate tightly within the UniFi ecosystem. Models such as the UNAS 2, UNAS 4, UNAS Pro 4, and UNAS Pro 8 prioritize reliability, centralized management, and long-term stability rather than raw compute power or expandability. Their hardware is deliberately fixed—non-upgradable memory, ARM Cortex-A55 or A57 CPUs, and limited caching support for NVMe drives—but balanced by advanced network connectivity, including dual 10G SFP+ ports, PoE+++ power options, and redundant power supplies. UniFi’s storage OS focuses on core NAS fundamentals: multiple RAID levels, snapshots, encryption, and secure remote access via the UniFi controller. It is intentionally simple, relying on integration with other UniFi products for extended functionality such as surveillance and automation. In contrast, UGREEN’s NASync line follows an open, performance-driven approach designed for flexibility and standalone capability.
Ranging from the DXP2800 with its 8-core ARM processor to the flagship DXP8800 Plus powered by Intel’s i5-1240P, these systems cover every segment from entry-level home use to prosumer and light enterprise workloads. UGREEN’s hardware offers user-upgradable DDR4/DDR5 memory, PCIe expansion, NVMe storage pooling, and multi-gig connectivity, with higher-end models adding dual 10GbE, Thunderbolt 4, and even GPU compatibility. Its UGOS Pro operating system transforms the NAS into a hybrid server capable of running Docker containers, virtual machines, and AI-based indexing, alongside comprehensive backup and synchronization tools across cloud and local environments. While UniFi emphasizes simplicity, low maintenance, and enterprise-grade network reliability, UGREEN delivers a richer feature set and greater hardware freedom at the expense of long-term enterprise validation. In essence, UniFi NAS suits users already invested in UniFi’s ecosystem who value cohesion, predictable performance, and integrated security, whereas UGREEN NAS appeals to those seeking raw performance, versatility, and independent control without ecosystem constraints.
Why Buy UniFi NAS?
Why Buy UGREEN NAS?
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Ecosystem Integration: Seamlessly integrates with UniFi Network, Protect, and Access systems, allowing unified management through a single controller interface.
Centralized Management: Designed for administrators managing multiple UniFi sites or devices, providing consistent firmware, remote access, and monitoring from one dashboard.
Reliable, Efficient Design: ARM-based architecture ensures low power draw, cool operation, and stable long-term performance with minimal maintenance.
Enterprise-Grade Networking: Equipped with up to dual 10G SFP+ and 10GBase-T ports, plus USP-RPS redundancy for professional deployments.
Proven Security Framework: Benefits from Ubiquiti’s mature network security infrastructure, signed firmware updates, and NDAA-compliant hardware.
Superior Hardware Performance: Offers a full range from ARM to Intel Core i5 CPUs, with upgradable RAM, NVMe storage pools, and optional PCIe expansion.
Versatile Software (UGOS Pro): Supports Docker, virtual machines, AI photo indexing, and multi-platform backups out of the box.
All-in-One Standalone System: Functions independently without relying on an external ecosystem, ideal for users wanting a complete server in one unit.
Advanced Connectivity: Includes 2.5 GbE and 10 GbE networking, USB 4/Thunderbolt 4, and support for direct-attached workflows like video editing or large-file transfer.
Rapid Development and Updates: Frequent firmware releases continually add new features, broader hardware support, and improved backup and security options.
UniFi vs UGREEN NAS – Design, Storage and Range
When comparing UGREEN and UniFi’s NAS portfolios, the first and most visible difference lies in how each brand approaches system design and deployment environment. UGREEN’s NASync series is focused entirely on desktop enclosures, reflecting the brand’s consumer electronics background and intent to cater primarily to home users, prosumers, and creative professionals. Each model, such as the DXP2800, DXP4800 Plus, and DXP8800 Plus, follows a compact, upright chassis layout with attention to quiet cooling and minimal footprint. The aesthetic is consistent across the range—metallic finishes, clear drive bay accessibility, and understated branding—intended to fit easily on a desk or in a studio environment. By contrast, UniFi’s UNAS range adopts both desktop and rackmount designs, depending on model class. The UNAS 2 and UNAS 4 are designed for smaller workspaces and integrate PoE+++ power options to simplify installation, while the UNAS Pro 4 (1U) and UNAS Pro 8 (2U) are full rackmount systems made from SGCC steel, reflecting their professional and data-center-friendly construction standards.
UGREEN’s systems emphasize flexibility and user-level expandability within their desktop footprint. Most models in the NASync line support 2.5-inch or 3.5-inch SATA drives, dual NVMe SSD slots, and optional PCIe or Thunderbolt expansion, allowing them to function as both storage servers and active editing platforms. The DXP480T Plus, for example, is an all-SSD NAS with four M.2 NVMe bays that appeals to users seeking maximum I/O performance for tasks such as 4K video editing or database caching. The DXP8800 Plus, the flagship, extends this design language with eight SATA bays, dual Gen 4 M.2 SSD slots, dual 10 GbE networking, and Thunderbolt 4 connectivity, making it one of the most powerful turnkey NAS options in the consumer space. In comparison, UniFi’s UNAS systems prioritize structural consistency and network integration over expandability. Even though all models provide dual or single NVMe slots, these are limited to caching duties. Drive capacity across the lineup scales more linearly, from two to eight 3.5-inch bays, maintaining a clear size-to-performance progression while focusing on rack density and cooling efficiency.
From a usability perspective, UGREEN’s design philosophy focuses on standalone versatility. Each NASync model is built to function independently as a complete storage and application host, with optional integration through standard network protocols. Physical accessibility is a clear design consideration, with quick-release trays, front USB ports, and in some models, SD card readers for direct media offload. The visual and acoustic design is optimized for open environments, with whisper-quiet fan systems and smart temperature management, making them suitable for use beside workstations or in living spaces. UniFi’s design philosophy, however, centers on infrastructure harmony rather than isolation. The rackmount models are designed to slide directly into existing UniFi network installations, using standard 1U or 2U spacing and consistent power integration with UniFi’s USP-RPS redundant supply network. Even the desktop UNAS 4 maintains visual continuity with UniFi routers and switches, using similar matte finishes, front-facing status LEDs, and clean ventilation lines.
In terms of product range, UGREEN currently offers at least seven NASync models, each targeting a specific performance segment. These include the DXP2800 (2-bay ARM), DXP4800 (4-bay N100), DXP4800 Plus (4-bay N305), DXP6800 Pro (6-bay N305), DXP480T Plus (SSD-only, N305), DH4300 Plus (4-bay ARM), and DXP8800 Plus (8-bay i5-1240P). Each generation introduces more advanced CPUs, faster interfaces, and expanded media capabilities. UniFi’s current UNAS range, while smaller, has diversified rapidly since its launch. The confirmed models include the UNAS 2, UNAS 4, UNAS Pro 4, UNAS Pro 8, and the earlier UNAS Pro 7-Bay, all of which use ARM-based processors and fixed memory configurations. A larger ENAS 16-Bay ZFS system is already in development, targeting enterprise and datacenter deployments in 2026. Compared with UGREEN’s more gradual tiered approach, UniFi’s product scaling is defined by form factor and network bandwidth rather than by CPU class or user workload.
Price segmentation further highlights their opposing strategies. UniFi’s UNAS line is priced aggressively to attract users into its broader ecosystem, starting at $199 for the UNAS 2, rising to $799 for the Pro 8, and including mid-tier models like the UNAS 4 ($379) and Pro 4 ($499). The pricing aligns with UniFi’s established model of offering capable hardware at low margins to encourage ecosystem investment across switches, cameras, and controllers. UGREEN, by contrast, positions its NASync devices as feature-rich all-rounders, with prices reflecting performance class: from $279 for the DXP2800 to around $1,299 for the DXP8800 Plus. The difference in pricing structure is significant but reflects how each company defines value—UniFi through integrated ecosystem scaling, and UGREEN through standalone hardware strength and included functionality.
Brand
Model Range
Form Factor
Drive Bays
NVMe Slots
Networking
Power Design
Typical Price Range
UniFi (Ubiquiti)
UNAS 2, UNAS 4, UNAS Pro 4, UNAS Pro 8, UNAS Pro 7-Bay
Desktop / Rackmount (1U–2U)
2 – 8 × 3.5″/2.5″
2 × M.2 (cache only)
Up to 3 × 10 GbE (SFP+ + RJ45)
Internal + RPS / Dual hot-swap PSU
$199 – $799
UGREEN NASync
DXP2800, DXP4800(+), DXP6800 Pro, DXP480T Plus, DH4300 Plus, DXP8800 Plus
Desktop only
2 – 8 × 3.5″/2.5″ + SSD variants
2 × M.2 (cache + storage)
2.5 GbE / 10 GbE / TB4 / USB 4
External or internal PSU
UniFi vs UGREEN NAS – Hardware Range
The internal hardware philosophy of UniFi and UGREEN reflects two distinct interpretations of what a modern NAS should prioritize: efficiency and integration versus performance and versatility. UniFi’s UNAS series relies entirely on ARM-based architecture, a deliberate decision aligned with the company’s emphasis on low power consumption, predictable thermal characteristics, and embedded system reliability. Every model in the current UNAS lineup, including the UNAS 2, UNAS 4, UNAS Pro 4, and UNAS Pro 8, is built around a quad-core ARM processor—the A55 at 1.7 GHz for the smaller systems and the A57 at 2.0 GHz for the rackmount models. These CPUs deliver modest compute performance but strong stability and power efficiency, allowing for sustained 24/7 operation without requiring active thermal management beyond standard fan arrays. This design philosophy mirrors UniFi’s broader network device ecosystem, where embedded ARM SoCs dominate routers, gateways, and cameras, ensuring unified firmware management and hardware compatibility across all product categories.
UGREEN’s NASync architecture takes the opposite route, aiming to deliver workstation-grade power in compact form factors. The entry-level DXP2800 features an octa-core ARM CPU, already outpacing UniFi’s top models in raw processing capability, while the remainder of the series transitions to x86 platforms from Intel’s latest low-power and mid-tier lines. The DXP4800 uses Intel’s N100 processor, the DXP4800 Plus and DXP6800 Pro adopt the more capable N305 with improved iGPU performance, and the flagship DXP8800 Plus integrates the 12th Gen Intel Core i5-1240P, offering hybrid performance and support for hardware transcoding, virtualization, and PCIe Gen 4 NVMe. This variation in processor choice underlines UGREEN’s strategy of providing scalable compute resources for different workloads, from basic backup operations to multi-user virtualization and AI-assisted indexing. Unlike UniFi, UGREEN’s systems can operate as full Linux servers, running multiple containers or virtual machines without external dependencies.
Memory and expansion options further highlight the divergence in hardware scope. UniFi’s systems employ fixed memory configurations—ranging from 4 GB on the UNAS 2 and 4 to 16 GB on the Pro 8—with no user-accessible upgrade paths. This aligns with their embedded design approach, where firmware optimization and unified memory management are prioritized over modularity. In contrast, UGREEN’s NASync devices all support user-upgradable SO-DIMM DDR4 or DDR5 modules, typically allowing capacities between 8 GB and 64 GB, depending on the model. This flexibility benefits users running memory-intensive services such as Docker containers, Plex transcoding, or AI indexing. Moreover, many of UGREEN’s x86 systems support PCIe expansion cards, offering pathways to add 10 GbE NICs, NVMe storage adapters, or GPU accelerators, while UniFi’s systems are intentionally non-upgradable to maintain uniform hardware control and firmware consistency across the UNAS ecosystem.
Networking and connectivity options serve as another key point of differentiation. UniFi has leaned on its networking pedigree, offering up to three 10 GbE connections (two SFP+ and one RJ45) on the UNAS Pro 8, with lower-tier models still providing 2.5 GbE or Gigabit connectivity. Power integration is also a hallmark of their design. The UNAS 2 and UNAS 4 use PoE+++, allowing single-cable deployment through UniFi switches, while the Pro series employs redundant power via USP-RPS or hot-swappable PSUs, reducing downtime in managed networks. UGREEN, on the other hand, focuses on local performance flexibility, providing multi-interface options like 10 GbE, 2.5 GbE, USB 4, and Thunderbolt 4, depending on model class. This allows their systems to double as direct-attached storage (DAS) for editors or content creators, particularly when used via Thunderbolt, an option not present in any UniFi NAS. Power designs in UGREEN systems are conventional but efficient, ranging from compact external adapters on smaller models to integrated supplies on higher-end devices.
The overall hardware comparison reveals two clear user archetypes. UniFi’s hardware suits IT administrators and network professionals seeking dependable, uniform, low-maintenance appliances that integrate natively with UniFi controllers and services. UGREEN’s NASync hardware, meanwhile, targets prosumers, creative professionals, and small business users requiring computational headroom and direct system control. Where UniFi builds closed but predictable infrastructure devices, UGREEN delivers open and adaptable machines capable of serving as both NAS and lightweight servers. The contrast is not one of quality but of philosophy—UniFi favoring consistency and system management efficiency, UGREEN focusing on flexibility and computational breadth.
Brand
Model
CPU Architecture
Memory
Upgrade Options
Networking
Expansion
Power Design
UniFi (Ubiquiti)
UNAS 2 / UNAS 4
ARM Cortex-A55, 1.7 GHz (Quad-Core)
4 GB
Non-upgradable
1 × 2.5 GbE, PoE+++
USB-C (5 Gbps)
PoE+++ or external PSU
UNAS Pro 4
ARM Cortex-A57, 2.0 GHz (Quad-Core)
8 GB
Non-upgradable
2 × 10G SFP+, 1 × 1G RJ45
None
Internal PSU + RPS support
UNAS Pro 8
ARM Cortex-A57, 2.0 GHz (Quad-Core)
16 GB
Non-upgradable
2 × 10G SFP+, 1 × 10G RJ45
None
Dual hot-swap 550 W PSU
UGREEN NASync
DXP2800
ARM Octa-Core
8 GB
Limited
2.5 GbE
USB 3.2
External PSU
DXP4800 / 4800 Plus
Intel N100 / N305
8–16 GB (up to 64 GB)
Yes
2.5 GbE / 10 GbE
PCIe Gen 3
Internal PSU
DXP6800 Pro
Intel N305
16 GB (expandable)
Yes
Dual 10 GbE
PCIe Gen 3
Internal PSU
DXP8800 Plus
Intel Core i5-1240P
16–64 GB
Yes
Dual 10 GbE + Thunderbolt 4
PCIe Gen 4
Internal PSU
UniFi vs UGREEN NAS – Software, Services and Apps
The most significant distinction between UGREEN and UniFi’s NAS platforms lies in their software ecosystems and the broader intent behind their development. UniFi’s UNAS software mirrors the brand’s overarching approach to product design: lightweight, efficient, and designed to integrate seamlessly into the UniFi Network and Protect ecosystems. The UNAS interface focuses almost exclusively on storage management and file security. It provides the fundamental NAS feature set, including multiple RAID configurations, volume encryption, snapshot management, and user-based permission control. Files can be accessed through SMB, NFS, with remote management possible via the UniFi portal or mobile app. However, beyond core storage functionality, UniFi’s NAS software remains deliberately minimal. It lacks support for virtual machines, Docker containers, or app installation frameworks, relying instead on integration with other UniFi devices for broader capabilities such as video surveillance, network management, or cloud relay services.
UGREEN’s UGOS Pro platform adopts a far more expansive, multifunctional design. The software is built on a modern Linux kernel and supports both ARM and x86 architectures, allowing for a full-featured environment with native support for containers, virtual machines, and AI-enhanced media indexing. Out of the box, users can deploy Docker, Portainer, Kubernetes-compatible containers, and KVM-based virtual machines, enabling workloads that go far beyond traditional NAS operations. Backup and synchronization options are also more diverse, with support for rsync, S3, WebDAV, iSCSI, OneDrive, Google Drive, Dropbox, and two-way synchronization across multiple NAS units. The interface emphasizes transparency and customization, giving users direct access to system-level configuration that UniFi’s more streamlined interface omits. Features such as storage tiering (using both HDD and NVMe), application sandboxing, and external GPU detection on select models position UGREEN’s UGOS Pro as one of the most open and flexible NAS operating systems currently available outside of enterprise-class environments.
In client and access support, the contrast continues. UniFi’s ecosystem is designed for centralized control and consistent performance across its product range. The UNAS systems can be monitored via the same UniFi Controller interface used for switches, gateways, and access points, creating a single-pane-of-glass environment that appeals to IT administrators managing multiple UniFi sites. Remote access and firmware updates are handled automatically through UniFi Cloud, and security is strengthened by integration with two-factor authentication, device certificates, and network isolation policies inherited from the company’s professional networking hardware. UGREEN, conversely, provides a more conventional NAS interface that supports multiple access clients and cross-platform tools. In addition to browser access and mobile apps for Android and iOS, users can mount shared drives directly within macOS, Windows, and Linux, while also leveraging a dedicated UGREEN Drive application for photo management and AI-based face/object recognition. Where UniFi’s UNAS feels like an extension of a larger network ecosystem, UGREEN’s software operates as a complete standalone server environment.
Security and maintenance are handled very differently between the two brands. UniFi benefits from a mature background in network device hardening, employing signed firmware, rolling updates, and extensive beta testing through its large enterprise user base. Features such as encrypted storage volumes, HTTPS enforcement, and VLAN isolation come preconfigured with minimal user intervention. However, the trade-off for this controlled environment is reduced user autonomy, as firmware customization and software-side experimentation are discouraged. UGREEN, while newer to the enterprise security space, implements encryption standards such as AES-256, offers built-in 2FA, and continues to expand its ransomware prevention and snapshot recovery tools. Updates arrive frequently and often include feature additions alongside security patches, though the brand still lacks a formal bug bounty or transparency reporting system comparable to UniFi’s. Overall, UGREEN’s software offers greater flexibility and control, while UniFi’s remains more mature and hardened within its controlled network framework.
Brand
OS Name
Core Focus
App/Container Support
Virtualization
Backup & Sync
Remote Access
Security & Maintenance
UniFi (Ubiquiti)
UniFi OS (Storage Module)
File storage, snapshots, ecosystem integration
No app store or containers
None
Local, NFS, SMB, UniFi Cloud
Via UniFi Network / Protect
Encrypted volumes, 2FA, managed firmware updates
UGREEN NASync
UGOS Pro
Multi-purpose NAS, hybrid storage & compute
Docker, Portainer, Linux apps
KVM VM support
Rsync, S3, WebDAV, iSCSI, cloud sync
Browser, mobile app, direct share
AES-256 encryption, 2FA, frequent OTA updates
UniFi vs UGREEN NAS – Verdict and Conclusion
Both UGREEN and UniFi have entered the NAS sector from distinct starting points and continue to move in different directions, each targeting a particular type of user. UniFi’s UNAS series delivers consistency, predictable performance, and dependable integration with the broader UniFi ecosystem. Its software is stable, lightweight, and well-suited to users who prioritize straightforward storage management, reliable data handling, and unified control across routers, switches, and surveillance systems. While the hardware is limited to fixed ARM configurations and non-expandable memory, it is efficient, quiet, and designed for continuous operation with minimal maintenance. For organizations already invested in UniFi infrastructure, the UNAS systems provide a logical expansion that keeps management centralized and operational risk low. However, their value depends heavily on ecosystem synergy; outside of that environment, the systems remain competent but relatively inflexible standalone NAS options.
UGREEN’s NASync platform, on the other hand, appeals to users seeking broader performance capability and independence. Its x86-based models, upgradable memory, and open software environment allow it to serve as a hybrid between NAS and compact server, capable of running applications, containers, and virtual machines alongside storage tasks. The design language is more suited to individual or small business use than datacenter deployment, but the hardware range—from ARM to Core i5—covers a far wider performance spectrum than UniFi’s. Software maturity continues to evolve quickly, with new features added frequently, and the systems provide extensive compatibility with third-party clients and backup services. The trade-off is that long-term reliability and enterprise-level security validation are still developing.
Ultimately, UniFi NAS suits users who already rely on UniFi’s networking ecosystem and value simplicity, predictability, and centralized management, while UGREEN NAS caters to those prioritizing flexibility, compute power, and open software capability. Both brands have lowered the entry barrier into reliable NAS ownership, but they embody opposing philosophies: UniFi focuses on integration and control, whereas UGREEN emphasizes capability and independence.
Why Buy UniFi NAS?
Why Buy UGREEN NAS?
Ecosystem Integration: Seamlessly integrates with UniFi Network, Protect, and Access systems, allowing unified management through a single controller interface.
Centralized Management: Designed for administrators managing multiple UniFi sites or devices, providing consistent firmware, remote access, and monitoring from one dashboard.
Reliable, Efficient Design: ARM-based architecture ensures low power draw, cool operation, and stable long-term performance with minimal maintenance.
Enterprise-Grade Networking: Equipped with up to dual 10G SFP+ and 10GBase-T ports, plus USP-RPS redundancy for professional deployments.
Proven Security Framework: Benefits from Ubiquiti’s mature network security infrastructure, signed firmware updates, and NDAA-compliant hardware.
Superior Hardware Performance: Offers a full range from ARM to Intel Core i5 CPUs, with upgradable RAM, NVMe storage pools, and optional PCIe expansion.
Versatile Software (UGOS Pro): Supports Docker, virtual machines, AI photo indexing, and multi-platform backups out of the box.
All-in-One Standalone System: Functions independently without relying on an external ecosystem, ideal for users wanting a complete server in one unit.
Advanced Connectivity: Includes 2.5 GbE and 10 GbE networking, USB 4/Thunderbolt 4, and support for direct-attached workflows like video editing or large-file transfer.
Rapid Development and Updates: Frequent firmware releases continually add new features, broader hardware support, and improved backup and security options.
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Beelink Me Mini vs GMKTec G9 vs CWWK P6 SSD NAS Showdown
The compact and SSD-focused NAS landscape has grown increasingly competitive, with new models targeting users who require silent operation, efficient performance, and small-scale virtualization or media serving capabilities. Devices like the GMKTec G9, Beelink ME Mini, and CWWK P6 represent a distinct shift from traditional 3.5” HDD-based systems, instead favoring M.2 NVMe SSD storage in compact chassis designs. These systems are marketed toward home users, prosumers, and developers looking for a balance between cost, flexibility, and low-noise operation, often for roles such as Plex servers, UnRAID deployments, or containerized environments.
Each unit in this comparison leverages low-power Intel Twin Lake processors (notably the N150), offers at least dual 2.5GbE connectivity, and supports multiple M.2 drives, but their implementations vary widely in thermal handling, expandability, and internal architecture. As the line between DIY NAS builds and pre-built options continues to blur, the GMKTec G9, Beelink ME Mini, and CWWK P6 provide a snapshot of how different brands interpret the needs of modern users who prioritize energy efficiency, small footprints, and SSD-based storage workflows. This article evaluates these three devices across pricing, storage architecture, design, and real-world usability to provide a clear overview of their relative strengths and compromises.
Beelink Me Mini vs GMKTec G9 vs CWWK P6 SSD NAS – Price and Value
The GMKTec G9 enters the market at around $199 for its 12GB RAM base configuration, positioning it as one of the more accessible SSD-based NAS units available. It includes a Windows 11 Pro license and Ubuntu Linux pre-installed, which can be attractive to users interested in general computing as well as NAS tasks. However, these operating systems are not tailored for storage-focused functionality, and the burden falls on the user to install and configure something like TrueNAS or UnRAID for proper NAS use. Additionally, the system uses non-upgradable LPDDR5 memory and features a plastic chassis, suggesting a design focus on affordability over long-term flexibility. While value is present in terms of included software and passive SSD-ready operation, its entry-level design limits appeal to users planning to scale or repurpose the device beyond its initial setup.
The Beelink ME Mini NAS, typically available at $209 on Beelink’s own storefront, offers a slightly higher upfront cost but balances that with integrated features aimed at simplifying deployment. Unlike the GMKTec G9, the ME Mini comes with an internal power supply and Crucial-branded SSDs in pre-built configurations, offering a greater level of assurance for storage reliability and plug-and-play readiness. The system supports Wi-Fi 6, Bluetooth 5.2, and features a silent fan-assisted cooling design that makes it more suitable for living rooms or office environments. Though it also utilizes soldered 12GB LPDDR5 memory, its form factor, passive aesthetics, and better thermals make it more appealing to users who want a quiet and tidy NAS solution that requires minimal tinkering post-installation. When compared to generic prebuilds, the ME Mini offers greater refinement and turnkey usability in exchange for a modest premium.
The CWWK P6 NAS sets itself apart with a lower base price of $195 for the N150 version, but this does not include memory or storage. Instead, the system is designed for users who prefer sourcing their own SO-DIMM DDR5 RAM and M.2 SSDs, potentially reducing costs if spare components are available. Its use of a single SO-DIMM slot enables expansion up to 48GB, which is considerably more than either the GMKTec or Beelink models. However, this flexibility comes at the cost of initial convenience. Users will need to handle their own OS installation, BIOS configuration, and possibly even resolve SATA recognition issues via firmware tweaks. The CWWK P6 also lacks wireless connectivity by default, and its use of a barrel connector rather than USB-C for power delivery may feel dated. Still, for users with a higher comfort level in DIY environments, the P6 offers a customizable platform with greater headroom for VMs, Plex, and containers.
When considering long-term value, each NAS appeals to a different kind of buyer. The GMKTec G9 is best suited for users who want a simple, functional NAS with minimal setup, though they may run into its limits quickly if performance expectations rise. The Beelink ME Mini justifies its price by offering a more thought-out design, silent thermals, and premium SSD options out of the box—better suited to users who want a clean and quiet system that can be set up rapidly. Meanwhile, the CWWK P6 represents a builder’s NAS: inexpensive upfront, highly scalable, and intended for users who value control over convenience. Ultimately, while price differences between these units are small, the total value depends heavily on user intent and whether ease of deployment, expansion, or component choice takes priority.
Beelink Me Mini vs GMKTec G9 vs CWWK P6 SSD NAS – Storage & Memory
All three NAS systems in this comparison rely exclusively on M.2 NVMe SSDs for internal storage, reflecting a growing emphasis on silent, high-speed flash-based configurations in compact enclosures. The GMKTec G9 features four M.2 NVMe slots, each limited to PCIe Gen 3 x2, offering a theoretical maximum of 2GB/s per drive. In contrast, the Beelink ME Mini supports six M.2 NVMe slots, with five operating at PCIe Gen 3 x1 and one—typically reserved for the OS—at Gen 3 x2. The CWWK P6 matches the G9 in having four slots, though each operates at PCIe Gen 3 x1 speeds, reducing peak bandwidth per drive. This difference in PCIe lane allocation directly impacts aggregate read/write performance, especially in RAID configurations or during high-traffic file operations.
The GMKTec G9’s storage slots are laid out beneath a plastic panel with no included heatsinks, a decision that raises concerns about sustained thermal performance. While it technically supports up to 32TB of total storage across its four bays, the lack of passive or active SSD cooling can lead to throttling unless third-party heatsinks are installed. The Beelink ME Mini, in contrast, integrates a large aluminum heatsink with pre-applied thermal pads on all six slots, ensuring consistent heat transfer and reduced risk of SSD overheating. Though five of its six slots are bandwidth-limited to Gen 3 x1, the thermal design makes it better suited for prolonged uptime and high-usage environments. The CWWK P6 also features a metal enclosure that acts as a passive heat sink, but ships with notably thin thermal pads and relies on an optional USB-powered fan for improved airflow.
Memory configuration is another key area of differentiation. The GMKTec G9 and Beelink ME Mini both ship with 12GB of soldered LPDDR5 memory running at 4800MHz. This fixed memory cannot be upgraded, limiting their long-term viability in RAM-intensive use cases such as virtualization or large-scale container deployment. The CWWK P6, by contrast, includes a single SO-DIMM slot that supports up to 32GB of DDR5 4800MHz memory, making it the most flexible of the three for VM hosting, ZFS-based NAS operating systems, or other memory-sensitive applications. The tradeoff is that buyers must provide their own RAM, adding to the setup cost but allowing for performance tuning based on workload.
Boot and operating system storage configurations differ subtly across the three units. The GMKTec G9 includes a 64GB eMMC drive with pre-installed Windows 11 Pro and Ubuntu, though the eMMC capacity is insufficient for most NAS deployments beyond initial setup. The Beelink ME Mini also offers a 64GB eMMC module but encourages users to install the OS on the Gen 3 x2 slot, especially in bundled configurations that include Crucial P3 SSDs. The CWWK P6 does not include any pre-installed OS or eMMC storage but does allow booting from any of its four NVMe slots, giving advanced users greater freedom to optimize OS installation, especially when using UnRAID or TrueNAS SCALE.
Ultimately, the memory and storage architecture of each system reflects different user priorities. The GMKTec G9 aims for simplicity but is hindered by non-upgradable memory and inadequate SSD cooling. The Beelink ME Mini offers better thermal management and storage capacity, albeit with limited PCIe bandwidth on most slots. The CWWK P6 provides the greatest upgrade potential with socketed RAM and M.2 flexibility, but demands user familiarity with thermal solutions, BIOS configuration, and peripheral sourcing.
Feature
GMKTec G9
Beelink ME Mini
CWWK P6 (N150)
M.2 Slots
4 x NVMe (PCIe Gen 3 x2)
6 x NVMe (1 x Gen 3 x2, 5 x Gen 3 x1)
4 x NVMe (PCIe Gen 3 x1)
Max Storage Capacity
Up to 32TB
Up to 24TB
Up to 32TB
eMMC / OS Drive
64GB eMMC
64GB eMMC
None
SSD Cooling
No heatsinks, plastic panel
Internal heatsink, pre-applied pads
Metal body, thin pads, optional fan
RAM Type
12GB LPDDR5 (soldered)
12GB LPDDR5 (soldered)
SO-DIMM DDR5 (user-installed)
RAM Expandability
Not expandable
Not expandable
Up to 32GB
Beelink Me Mini vs GMKTec G9 vs CWWK P6 SSD NAS – Power Consumption, Heat and Noise
The physical construction of these three NAS units reflects differing priorities in material choice, ventilation, and power integration. The GMKTec G9 uses a lightweight plastic chassis, which helps reduce cost but limits heat dissipation across its four M.2 SSDs. The unit relies on internal airflow generated by laptop-style fans, but its design lacks direct ventilation over the SSD bays, and the use of a plastic cover above the M.2 slots reduces thermal transfer. In contrast, the Beelink ME Mini is housed in a symmetrical 99mm³ cube with an internal aluminum heatsink and integrated fan. Its minimalist cube layout includes top and bottom ventilation for vertical airflow and maintains a more enclosed, consistent cooling environment that better suits SSD longevity in passive setups.
The CWWK P6 offers the most robust build quality of the three, using a solid aluminum alloy chassis that doubles as a passive heat sink. It includes a base-level fan mounted beneath the CPU and an optional USB-powered fan for SSD cooling. However, the included thermal pads are extremely thin, reducing their effectiveness under prolonged load unless replaced. Despite this, the chassis is designed to tolerate higher ambient temperatures and shows consistent performance in enclosed spaces. One drawback is the lack of airflow across the top panel unless the optional fan is mounted—without it, SSDs tend to accumulate heat more rapidly, especially during concurrent write operations or large file transfers.
Power delivery also differentiates these devices. The GMKTec G9 uses a USB-C power connector with an external 65W power brick, aligning with modern standards and reducing desktop clutter. The Beelink ME Mini further improves on this with a built-in PSU, removing the need for external adapters altogether and simplifying cable management in home setups. The CWWK P6 reverts to a more traditional 12V barrel connector, which, while functional, feels outdated compared to the USB-C or internal PSU solutions. This design choice may require users to carry a dedicated power supply, limiting flexibility in mobile deployments or environments with shared power infrastructure.
In testing, all three systems showed efficient power usage, though their idle and peak wattages differ slightly due to cooling, CPU behavior, and drive count. The GMKTec G9 drew 19–20W at idle and peaked at 28–30W under sustained load. The Beelink ME Mini demonstrated the lowest idle consumption at 6.9W with no drives, increasing to around 30W when fully populated with six SSDs under heavy activity. The CWWK P6 consumed approximately 18W at idle and peaked at 34–35W with three active VMs and four SSDs. These figures indicate that, despite modest differences in architecture, each system remains power-efficient and suitable for 24/7 use, especially in home environments with low thermal tolerance and energy cost sensitivity.
Feature
GMKTec G9
Beelink ME Mini
CWWK P6 (N150)
Chassis Material
Plastic
Aluminum with internal heatsink
Aluminum alloy (entire chassis)
Cooling
Internal fans, no SSD airflow
Silent top fan, central heatsink
Base fan + optional USB top fan
Power Connector
USB-C (external 65W PSU)
Integrated PSU (no brick)
12V Barrel connector (60W PSU)
Idle Power Consumption
19–20W
6.9W (no drives), 16.9W (6 SSDs)
~18W (no drives)
Peak Power Consumption
28–30W
~30–31W
34–35W
Idle Noise Level
<40 dBA
31–34 dBA
35–36 dBA (with fan)
Load Noise Level
~40 dBA
37–40 dBA
38 dBA (with optional fan)
Beelink Me Mini vs GMKTec G9 vs CWWK P6 SSD NAS – Conclusion and Verdict
When assessed across all key metrics, the GMKTec G9, Beelink ME Mini, and CWWK P6 occupy distinct positions within the low-cost, all-flash NAS landscape, each catering to different user expectations and levels of technical comfort. The GMKTec G9 is the most turnkey in terms of initial usability, with pre-installed Windows and Ubuntu providing a base for users new to NAS setups or simply looking to use the device as a low-power desktop or file server. Its plastic chassis and lack of thermal optimization limit its suitability for intensive tasks, and the fixed 12GB LPDDR5 memory restricts performance scaling for containers or virtualization. That said, the G9 offers predictable behavior and basic capabilities that will satisfy those seeking an easy, entry-level NAS with minimal setup time, especially for local media streaming or light SMB file services. That said, the G9 is getting rather notorious for it’s poor cooling abilities – so much so that the brand has rolled out an improved cooling verion (see images below). There DO help, but the G9 is still the poorest of the three NAS in this comparison in terms of active cooling and long term temps!
The Beelink ME Mini, though only marginally more expensive, adopts a more premium approach to internal design and build quality. The integrated fan and large aluminum heatsink ensure more consistent SSD temperatures under sustained workloads, and the system is noticeably quieter at idle compared to the G9. Its six M.2 NVMe slots provide greater storage density potential, even though five are limited to PCIe Gen 3 x1 speeds. The soldered memory mirrors the G9’s limitations in upgradeability, but its inclusion of Wi-Fi 6, Bluetooth, and an internal PSU adds notable convenience for deployment in mixed-use environments like offices, bedrooms, or AV cabinets. It will appeal to users who value quiet, thermally reliable operation in a system that arrives largely preconfigured and ready for use with minimal additional hardware.
In contrast, the CWWK P6 forgoes polish and plug-and-play readiness in favor of maximum flexibility and user control. It is the only device in this group to feature upgradable RAM, allowing users to install up to 48GB of DDR5 memory, which opens the door to heavier workloads like virtual machines, ZFS-based NAS operating systems, or multiple Docker containers. The lack of included wireless, OS storage, or bundled RAM/SSD keeps the entry cost low but shifts responsibility onto the buyer to source compatible components. This extends to thermal management—while the chassis is solid aluminum, effective SSD cooling often requires replacing the thin stock pads and adding the optional USB-powered fan. These additional steps will deter less technical users but make the P6 a strong contender for builders, hobbyists, or professionals seeking a flexible platform they can adapt over time.
Ultimately, choosing between these three NAS units comes down to balancing ease of setup, long-term scalability, and thermal reliability. The GMKTec G9 suits users who want to get started quickly with a general-purpose device and accept limitations in memory and thermal design. The Beelink ME Mini delivers a more refined package, ideal for those who prioritize noise, storage density, and out-of-box functionality. The CWWK P6, meanwhile, is the most modular and scalable option, but requires technical confidence and additional investment in compatible components. Each has clear strengths and trade-offs, and the best choice depends on whether the user prioritizes convenience, passive reliability, or long-term upgradability in their NAS setup.
Device
Pros
Cons
GMKTec G9
– Includes Windows 11 Pro and Ubuntu pre-installed
– Non-upgradable 12GB LPDDR5 RAM
– USB-C power input with compact external PSU
– Plastic chassis with VERY poor SSD thermal management
– Supports 4 x M.2 NVMe (PCIe Gen 3 x2)
– No SSD heatsinks or airflow over storage
– Quiet operation under light loads
– Lower entry price with minimal setup required
Beelink ME Mini
– Includes 6 x M.2 NVMe slots (1 x Gen 3 x2, 5 x Gen 3 x1)
– Soldered 12GB LPDDR5, no memory expansion
– Built-in PSU for cable-free deployment
– Most SSD slots limited to PCIe Gen 3 x1
– Silent fan and integrated heatsink for passive SSD cooling
– No RAM or storage customization
– Bundled with Crucial SSDs in some configurations
– Wi-Fi 6 and Bluetooth 5.2 included
CWWK P6 (N150)
– Upgradable DDR5 RAM (up to 48GB via SO-DIMM)
– No bundled RAM or SSD; user must supply all components
– Solid aluminum chassis for passive thermal dissipation
– Thermal pads are thin and require replacement for effective SSD cooling
– 4 x M.2 NVMe slots (PCIe Gen 3 x1) with flexible boot drive assignment
– Barrel power connector instead of USB-C or internal PSU
– Best suited for VMs, ZFS, and UnRAID with advanced configuration options
– Lowest base cost and broadest expansion potential
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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Ce 24 octobre 2025, Microsoft a publié deux nouvelles builds (en cours de développement) de Windows 11, exclusivement pour les utilisateurs inscrits au programme Windows Insider : la build 26220.6982 pour Windows 11 25H2 (dans le canal Dev) et la build 26120.6982 pour Windows 11 24H2 (dans le canal Bêta). Elles sont distribuées via la mise à jour KB5067109 sur Windows Update. Dans cette nouvelle … Lire la suite
The Terramaster F4-425 PLUS NAS Review – The New $500+ NAS Standard?
The TerraMaster F4-425 Plus represents a significant step forward in the brand’s 4-bay NAS lineup, targeting users who demand capable hardware and broad feature support at a mid-range price point. Retailing at $569.99, or $484.99 during its introductory discount, it is positioned to compete directly with systems like the Synology DS925+ and QNAP TS-464, both of which occupy similar price and hardware tiers. TerraMaster’s intention with this model is to deliver a “jack of all trades” device that suits both home multimedia environments and small business offices. Internally, it uses Intel’s quad-core N150 processor, part of the newer Twin Lake architecture, with a base clock of 1 GHz and a turbo frequency up to 3.6 GHz. This CPU is paired with 16GB of DDR5 memory, offering a notable upgrade in bandwidth and responsiveness compared to previous DDR4-based TerraMaster models.
Complementing that performance core are three PCIe 3.0 x1 M.2 NVMe slots and four SATA drive bays, supporting a combined raw capacity of up to 144TB when fully populated. This configuration allows the device to accommodate both large-scale HDD storage for bulk data and high-speed SSD arrays for caching or dedicated performance pools. Dual 5GbE network ports on the rear enable theoretical aggregate transfer speeds exceeding 1,000 MB/s, aligning with the system’s positioning as a performance-focused yet affordable NAS. TerraMaster’s TOS 6 operating system comes preinstalled, providing modernized storage management, AI-based photo organization, and security tools like HyperLock WORM protection and isolation mode. Altogether, the F4-425 Plus arrives as one of the most fully featured mid-tier NAS options available in 2025, combining strong hardware, software maturity, and quiet, power-efficient design suited to both personal and professional use cases.
The Terramaster F4-425 PLUS NAS Review – Quick Conclusion
The TerraMaster F4-425 Plus delivers one of the most complete mid-tier NAS packages currently available, balancing strong hardware, efficient design, and flexible software at a highly competitive price. Its Intel N150 processor, 16GB of DDR5 memory, and dual 5GbE ports provide ample speed for data-heavy workloads, while three M.2 NVMe slots add rare versatility for caching or SSD-based pools. The all-metal enclosure maintains low temperatures and quiet operation, and the TOS 6 operating system has matured into a capable platform with snapshot protection, Docker, virtualization, and AI photo management. Although it lacks premium details such as drive locks and redundant fans, and the interface remains less refined than Synology DSM or QNAP QTS, the F4-425 Plus stands out as a practical and forward-looking NAS. It bridges affordability and professional capability, making it suitable for home users, content creators, and small offices that need reliable, fast, and adaptable network storage.
SOFTWARE - 7/10
HARDWARE - 9/10
PERFORMANCE - 8/10
PRICE - 9/10
VALUE - 10/10
8.6
PROS
• Dual 5GbE network ports with full independent bandwidth for high-speed transfers + lots of USB-to-5GbE $30 upgrades in the market now • Three PCIe 3.0 x1 M.2 NVMe slots supporting cache or storage pool configurations • Intel N150 processor with integrated graphics enabling 4K hardware decoding and AES-NI encryption • 16GB DDR5 memory (expandable to 32GB) offering improved bandwidth and multitasking performance • Full-metal chassis with efficient thermals, low noise levels, and minimal vibration • Comprehensive RAID and storage management through TOS 6 with snapshot and HyperLock-WORM protection • Supports Docker, virtual machines, Plex, Emby, and Jellyfin natively within TOS 6 • Competitive pricing with strong value relative to Synology and QNAP alternatives
CONS
• Cheaper N150 NAS Systems have arrived earlier in 2025 • 5GbE adoption is low, so only larger 10GbE ready groups (via auto-negotiation) will enjoy the benefits of 5GbE • TOS 6 interface and app ecosystem remain less polished than top-tier NAS platforms
The Terramaster F4-425 PLUS NAS Review – Design & Storage
The exterior design of the TerraMaster F4-425 Plus maintains the brand’s familiar compact metal chassis but introduces small refinements that improve both usability and thermals. Measuring 150 by 181 by 219 millimeters and weighing just under 3 kilograms, it fits comfortably into a home office or studio setup without generating significant heat or noise. The enclosure is almost entirely metal, with a brushed silver finish that enhances rigidity and passive cooling compared with earlier plastic-faced designs. Four individual drive trays occupy the front panel, each featuring a simple click-and-load mechanism for 3.5-inch or 2.5-inch drives. Although there are no locking latches or LCD displays, the trays are tool-free and straightforward to handle. A single 120mm fan at the rear provides adjustable cooling across smart, low, and high-speed profiles, maintaining an operational noise level as low as 20.9 dB(A) when idle with drives installed, according to TerraMaster’s own test figures.
From a structural perspective, the F4-425 Plus has clearly benefited from improved thermal management. The metal shell acts as a heat spreader, with typical external temperatures ranging from 25 to 27°C across the enclosure after extended operation, even under multi-day workload testing. Internal drive bays were observed to maintain around 27 to 29°C, while the rear ports and fan area registered between 36 and 38°C during prolonged use. These figures indicate an efficient heat dissipation design, aided by the more conductive chassis material and smart fan calibration. For users concerned with energy efficiency, the power draw remains modest thanks to the Intel N150 processor’s low TDP, allowing the system to idle at roughly 13 watts with SSDs installed and scale to around 60 watts under sustained load with four enterprise-class HDDs spinning.
In terms of drive configuration, the NAS supports up to four SATA 6Gb/s drives and three M.2 2280 NVMe SSDs. This combination provides a theoretical maximum raw capacity of 144TB, assuming four 30TB HDDs and three 8TB SSDs. The inclusion of three NVMe slots rather than the more typical one or two is a notable strength. Each operates on a PCIe 3.0 x1 lane, delivering real-world throughput of approximately 800 to 900 MB/s per SSD, suitable for caching or storage pools. This setup makes it possible to allocate two drives for cache acceleration while dedicating the third to an independent SSD-based pool for high-speed operations like video editing or database hosting. Such flexibility is rare at this price point and broadens the system’s appeal to users with both large data sets and high-performance requirements.
Storage management is handled through TOS 6, TerraMaster’s web-based operating system, which supports a wide range of RAID configurations including TRAID, TRAID+, JBOD, and traditional RAID 0, 1, 5, 6, and 10. TOS 6 also enables SSD caching, snapshots, and HyperLock write-once-read-many functionality for data integrity. Users can assign storage pools to specific workloads, such as separating SSD-based scratch space from HDD archival volumes. Combined with the new graphical interface and more detailed health monitoring tools, it provides a much more transparent overview of drive temperatures, utilization, and S.M.A.R.T. status. For additional flexibility, the system supports online RAID migration and expansion, meaning users can start small and scale capacity over time without data loss.
Beyond local storage, the device integrates directly with TerraMaster’s CloudSync service, which connects to providers like Google Drive, OneDrive, Dropbox, and Baidu Cloud. Hybrid storage configurations allow partial replication or tiered backup between the NAS and the cloud, offering an extra level of redundancy for professional workflows. External connectivity through USB 3.2 ports also supports direct backups to DAS enclosures or portable drives. Altogether, the F4-425 Plus’s design emphasizes efficient cooling, solid construction, and versatile storage architecture, making it a flexible foundation for both data-heavy projects and long-term digital archiving.
The Terramaster F4-425 PLUS NAS Review – Internal Hardware
Internally, the TerraMaster F4-425 Plus is structured around Intel’s N150 processor, a 4-core, 4-thread CPU from the Twin Lake generation. Built on a 6W TDP architecture, this chip delivers a significant efficiency advantage over the previous N5095-based systems while offering a higher burst clock of up to 3.6 GHz. The CPU integrates Intel UHD Graphics, allowing 4K hardware decoding for H.264, H.265, VC-1, and MPEG-4, which is particularly beneficial for Plex, Emby, or Jellyfin users who want native transcoding without GPU add-ons.
This combination makes the system viable not only as a file server but also as a local multimedia hub, capable of decoding and streaming 4K video at up to 60 frames per second. Despite being a low-power chip, its instruction set includes AES-NI hardware encryption, ensuring efficient data security without notable throughput loss when encryption is enabled.
The system’s memory architecture uses a single DDR5 SO-DIMM slot, populated with a 16GB non-ECC module by default and expandable up to 32GB. The adoption of DDR5 over DDR4 marks a generational improvement in bandwidth and latency, leading to faster multitasking, smoother virtualization performance, and reduced overhead when handling multiple users or services. The memory module is non-ECC but benefits from on-die error correction at the hardware level, offering stability improvements over standard DDR4 implementations. This approach aligns with the unit’s target demographic of small offices, creators, and advanced home users who want server-grade responsiveness without enterprise complexity.
Storage connectivity within the system is distributed between four SATA III 6Gb/s interfaces managed by an ASMedia controller and three PCIe 3.0 x1 lanes dedicated to M.2 NVMe SSDs. This configuration ensures balanced throughput for simultaneous HDD and SSD activity. Internally, the layout is straightforward, providing easy access to both the memory slot and M.2 bays via the removable top panel. The power supply is a single 90W external brick, keeping internal temperatures lower and simplifying maintenance.
Together, the hardware configuration represents a thoughtful balance between efficiency, expandability, and performance, aimed at users who need consistent data access, multimedia capabilities, and reliable long-term operation without excess noise or heat.
Component
Details
Processor
Intel N150 Quad-Core (1.0 GHz base, up to 3.6 GHz burst)
Architecture
x86 64-bit, Intel Twin Lake
Hardware Encryption
AES-NI engine
Hardware Transcoding
H.264, H.265, VC-1, MPEG-4 up to 4K 60 FPS
Memory
16 GB DDR5 non-ECC SO-DIMM (1x16GB preinstalled)
Max Memory
32 GB DDR5
Drive Bays
4 x 3.5″/2.5″ SATA 6Gb/s
NVMe Slots
3 x M.2 2280 PCIe 3.0 x1
Max Storage
120 TB (HDDs) + 24 TB (SSDs) = up to 144 TB combined
The Terramaster F4-425 PLUS NAS Review – Ports and Connections
The TerraMaster F4-425 Plus offers a broad range of connectivity designed to meet both high-speed networking and general expansion needs. On the rear panel, two 5GbE RJ-45 network ports serve as the central performance feature. These are among the first dual 5GbE implementations in a mid-tier NAS, and each port operates through its own dedicated PCIe 3.0 x1 lane, avoiding bandwidth contention. In testing, each port achieved full theoretical throughput, confirming proper lane allocation. Users can enable link aggregation or SMB multichannel for multi-user workloads, although saturating both ports simultaneously requires fast SSD or hybrid storage configurations. These ports support IPv4/IPv6, VLAN tagging, link aggregation, and Wake-on-LAN, making the system suitable for both small office environments and direct workstation connections.
Complementing the network interfaces, the F4-425 Plus includes four USB 3.2 ports: three Type-A and one Type-C, all operating at 10Gbps. These ports can handle external DAS enclosures, UPS devices, or high-capacity backup drives. The inclusion of a front-mounted USB port improves convenience for ad hoc backups or quick file transfers, addressing a long-standing omission in earlier TerraMaster models. Additionally, an HDMI 2.1 output is positioned on the rear, though its practical use remains limited within TOS, which lacks a native display interface. It may, however, prove useful for third-party operating systems such as Unraid or TrueNAS, where direct console access or local media playback is desired.
Overall, the port layout is clean and efficient, optimized for straightforward cable management. The system’s single large fan sits adjacent to the networking array, allowing for effective airflow without excessive cable obstruction. Power is supplied through a standard barrel connector linked to an external 90W adapter, which helps reduce internal heat buildup. Though it lacks built-in 10GbE or PCIe expansion, the dual 5GbE setup provides more than enough bandwidth for its class, especially when paired with NVMe caching. Users can also connect the NAS to TerraMaster’s USB-based DAS units for storage expansion or off-site replication, offering flexibility without compromising portability or noise levels.
Connection Type
Quantity / Type
Details
Network Ports
2 × 5GbE RJ-45
Independent PCIe 3.0 x1 lanes, Link Aggregation and SMB Multichannel supported
USB Ports
3 × USB 3.2 Type-A, 1 × USB 3.2 Type-C
10Gbps transfer rate, supports external DAS, UPS, and peripheral devices
HDMI Output
1 × HDMI 2.1
Up to 4K 60Hz, limited TOS functionality, usable under third-party OS
Power Input
1 × DC-in (90W adapter)
External PSU to minimize chassis heat
Cooling
1 × 120mm Smart Fan
Adjustable speed profiles, rear-mounted
Expansion Options
USB DAS expansion
Supports TerraMaster DAS units for external scaling
The Terramaster F4-425 PLUS NAS Review – Tests, Noise, Heat and Power Consumption
Performance testing on the TerraMaster F4-425 Plus showed that the system comfortably meets its advertised speed class, particularly when networked over a single 5GbE connection. Using four Toshiba MG-series 7200 RPM enterprise hard drives configured in RAID 5, the system achieved full saturation of one 5GbE port during both AJA and ATTO benchmark tests, reaching consistent read and write speeds around 500 to 520 MB/s. When tested with mixed media files totaling 50.5 GB, it completed the transfer in approximately 3 minutes and 45 seconds, equating to an average throughput of about 224 MB/s.
This is a strong result for a mechanical-drive setup, reflecting efficient caching and balanced SATA bandwidth. SMB Multichannel and link aggregation are supported, though the CPU’s available PCIe lanes limit simultaneous dual-port saturation. Even so, the system handles multiple concurrent transfers and backups without a noticeable decline in throughput.
Testing with NVMe SSDs improved overall responsiveness considerably. The three M.2 2280 PCIe 3.0 x1 slots each sustained sequential transfer rates between 800 and 900 MB/s, allowing the NAS to maintain a high level of random IOPS for metadata-heavy workloads. When used as cache devices, these drives accelerated small-file transfers and application access times, especially when paired with the system’s 16GB of DDR5 memory.
TerraMaster’s TOS 6 supports flexible use of these drives, enabling independent storage pools or hybrid cache layers, depending on the task. In sustained transfers over SMB and iSCSI, the system achieved write speeds close to 950 MB/s and reads near 1020 MB/s when using SSD-based arrays, validating the advantage of dual 5GbE interfaces for all-flash or mixed-tier environments.
Power consumption during operation remained modest, aligning with the platform’s efficient design. With no hard drives installed and three SSDs active, idle draw measured around 13.3 watts. Adding four 7200 RPM HDDs increased idle power to 55 watts and full-load consumption to roughly 61–63 watts under concurrent read/write activity. These figures indicate a well-balanced design that prioritizes power efficiency without restricting performance. Fan speed settings affect both thermals and acoustics predictably: in low-speed mode, the NAS operated near 33 dB(A), while mid and high-speed profiles raised that figure to 37 and 39 dB(A) respectively. During heavy disk operations, readings peaked briefly at around 43 dB(A), which is reasonable given the metal chassis and high-RPM drives used in testing.
Thermal results further underscored the system’s stability. Surface readings from the aluminum body remained between 25°C and 27°C on average, while drive bays hovered at 28–30°C after extended workload sessions. The rear fan exhaust area reached approximately 36–38°C under sustained load. The efficient heat dispersion of the chassis prevented thermal throttling during prolonged transfers or virtualization testing, even with all seven storage devices active. This consistent temperature range indicates that TerraMaster’s choice of single-fan cooling and full-metal housing achieves a practical balance between noise, airflow, and longevity.
Test Condition
Configuration
Observed Results
Network Throughput (HDD RAID 5)
4 × Toshiba MG08 7200RPM HDDs
~500–520 MB/s read/write (single 5GbE port)
File Transfer Test
50.5 GB mixed media
3m 45s total, 224 MB/s average
SSD Performance
3 × NVMe Gen3 x1
800–900 MB/s per slot, ~1020 MB/s combined read
Power Consumption (Idle)
3 × SSD, no HDD
13.3 W
Power Consumption (Active)
4 × HDD, CPU ~80%
61–63 W
Noise Levels
Low–High Fan Speeds
33–43 dB(A)
Temperature Range
3-day uptime, mixed load
25°C–38°C overall system temperature
The Terramaster F4-425 PLUS NAS Review – Verdict and Conclusion
The TerraMaster F4-425 Plus demonstrates how far the company’s mid-range NAS lineup has progressed in terms of hardware refinement and real-world usability. By combining Intel’s efficient N150 processor with 16GB of DDR5 memory, dual 5GbE connectivity, and triple M.2 NVMe slots, it provides a specification normally reserved for higher-priced units. The build quality, centered around a full-metal chassis and quiet cooling design, contributes to consistent thermals and low power usage even under multi-day workloads. While the design omits premium touches like drive locks or redundant fans, the emphasis on practicality and efficient cooling makes it a dependable solution for continuous operation. From a user experience perspective, the integration of TOS 6 represents TerraMaster’s most stable and capable operating system to date, offering improved security features, cloud synchronization tools, snapshot management, and flexible storage configurations that appeal to both home and small office users.
From a value standpoint, the F4-425 Plus stands out as one of the most competitively priced NAS units in its category. At $569.99, or $484.99 during the initial discount period, it delivers strong network and storage performance that aligns closely with rivals from Synology and QNAP while retaining open installation flexibility for third-party platforms such as Unraid or TrueNAS. Its combination of high-speed connectivity, compact design, and mature software environment makes it an appealing option for anyone seeking a 4-bay system capable of multitasking across media streaming, data backup, and light virtualization. Although it cannot fully match the polish of Synology DSM or the plugin ecosystem of QNAP QTS, TerraMaster has successfully positioned this device as a bridge between affordability and professional performance, solidifying its place as one of the more balanced NAS releases of 2025.
• Dual 5GbE network ports with full independent bandwidth for high-speed transfers + lots of USB-to-5GbE $30 upgrades in the market now • Three PCIe 3.0 x1 M.2 NVMe slots supporting cache or storage pool configurations • Intel N150 processor with integrated graphics enabling 4K hardware decoding and AES-NI encryption • 16GB DDR5 memory (expandable to 32GB) offering improved bandwidth and multitasking performance • Full-metal chassis with efficient thermals, low noise levels, and minimal vibration • Comprehensive RAID and storage management through TOS 6 with snapshot and HyperLock-WORM protection • Supports Docker, virtual machines, Plex, Emby, and Jellyfin natively within TOS 6 • Competitive pricing with strong value relative to Synology and QNAP alternatives
• Cheaper N150 NAS Systems have arrived earlier in 2025 • 5GbE adoption is low, so only larger 10GbE ready groups (via auto-negotiation) will enjoy the benefits of 5GbE • TOS 6 interface and app ecosystem remain less polished than top-tier NAS platforms
This description contains links to Amazon. These links will take you to some of the products mentioned in today's content. As an Amazon Associate, I earn from qualifying purchases. Visit the NASCompares Deal Finder to find the best place to buy this device in your region, based on Service, Support and Reputation - Just Search for your NAS Drive in the Box Below
Need Advice on Data Storage from an Expert?
Finally, for free advice about your setup, just leave a message in the comments below here at NASCompares.com and we will get back to you.Need Help?
Where possible (and where appropriate) please provide as much information about your requirements, as then I can arrange the best answer and solution to your needs. Do not worry about your e-mail address being required, it will NOT be used in a mailing list and will NOT be used in any way other than to respond to your enquiry.
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Or support us by using our affiliate links on Amazon UK and Amazon US
Alternatively, why not ask me on the ASK NASCompares forum, by clicking the button below. This is a community hub that serves as a place that I can answer your question, chew the fat, share new release information and even get corrections posted. I will always get around to answering ALL queries, but as a one-man operation, I cannot promise speed! So by sharing your query in the ASK NASCompares section below, you can get a better range of solutions and suggestions, alongside my own.
Ce 21 octobre 2025, Microsoft a déployé la mise à jour KB5067036 à destination de Windows 11 version 25H2 et Windows 11 version 24H2 sur le canal Release Preview. Cette mise à jour va être déployée auprès du grand public dans les semaines à venir en tant que mise à jour facultative, puis en tant que mise … Lire la suite
Le Minisforum M1 Pro est un mini PC polyvalent et performant, équipé d'un Intel Core Ultra 125H et de : USB4, OCulink (pour un eGPU), DDR5, Wi-Fi 7, etc...
Ce 17 octobre 2025, Microsoft a publié deux nouvelles builds (en cours de développement) de Windows 11, exclusivement pour les utilisateurs inscrits au programme Windows Insider : la build 26220.6972 pour Windows 11 25H2 (dans le canal Dev) et la build 26120.6972 pour Windows 11 24H2 (dans le canal Bêta). Elles sont distribuées via la mise à jour KB5067106 sur Windows Update. Dans cette nouvelle … Lire la suite
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Corsair fait évoluer ses alimentations RMx Shift lancées en 2023 avec l’arrivée des éditions 2025. GinjFo s’est intéressé à la vitrine la RM1000x Shift.
NZXT vient de renforcer son offre en ventilateur pour PC avec l’arrivée de la famille Performance Fan. GinjFo a testé le F140X à 49,99 €
Positionné sous la barre des 100 €, le Forge GK600 TKL WIRELESS est un clavier gaming mécanique avec aRGB, 3 modes connexions et un écran. Nous l’avons testé. 
• Dual 5GbE network ports with full independent bandwidth for high-speed transfers + lots of USB-to-5GbE $30 upgrades in the market now
• Cheaper N150 NAS Systems have arrived earlier in 2025
Après les Light Base 900 FX et Light Base 600 LX, nous vous proposons un test complet du dernier né, le Light Base 500 LX