The UGREEN NASync DXP4800 Plus stands out because it combines unusually powerful NAS hardware, 10GbE networking, expandable DDR5 memory, dual NVMe storage, broad drive compatibility and an open software approach at a comparatively accessible price.
Unlike NAS platforms that increasingly integrate storage, software and proprietary hardware into tightly controlled ecosystems, UGREEN positions the DXP4800 Plus as a general-purpose x86 computer capable of running UGOS Pro, Docker applications, virtual machines and, for technically capable users, alternative operating systems.
The four-bay system supports up to 144TB according to UGREEN’s current specification, alongside two M.2 NVMe slots, RAID 0/1/5/6/10, a 128GB system SSD and simultaneous 10GbE and 2.5GbE networking. Its Intel Pentium Gold 8505 processor provides five cores and six threads, while 8GB of DDR5 memory can be expanded to 64GB.
This combination makes the UGREEN NAS particularly compelling for photographers, videographers, home users, small businesses, developers and professionals who want a private data centre rather than another subscription-dependent storage service.
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Key Takeaways
- The DXP4800 Plus combines four SATA bays with two NVMe M.2 slots and up to 144TB of advertised capacity.
- Its 10GbE and 2.5GbE ports provide substantially more networking capacity than conventional 1GbE NAS systems.
- UGOS Pro supports Docker, virtual machines, remote access, RAID and multimedia applications.
- The system supports third-party storage brands rather than requiring a proprietary UGREEN drive ecosystem.
- Technically capable owners can install third-party operating systems, although UGREEN does not officially support those configurations.
The UGREEN NAS difference begins with hardware
Network attached storage has traditionally occupied a fairly conservative position in personal and small-business computing. Companies such as Synology and QNAP established the modern consumer and prosumer NAS market by combining relatively modest computer hardware with sophisticated operating systems designed specifically around file storage, backup, surveillance and network services.
That model remains extremely effective. Synology’s DSM is particularly mature, while QNAP’s QTS ecosystem provides extensive configuration and application support. The commercial logic is also straightforward. The manufacturer controls the hardware platform, operating system and increasingly the supported storage ecosystem, creating a predictable environment for support and long-term reliability.
UGREEN entered the NAS market with a somewhat different proposition. Its NASync systems use conventional computer architecture and comparatively powerful components, placing greater emphasis on processing capability, high-speed networking and hardware flexibility.
The DXP4800 Plus illustrates this approach particularly well. At its centre is Intel’s Pentium Gold 8505, a 12th-generation x86 processor with five cores and six threads and a maximum turbo frequency of 4.4GHz. It is accompanied by 8GB of DDR5 memory, expandable to 64GB, and a 128GB SSD used for the system installation.
That is significant because a NAS is increasingly expected to perform tasks far beyond basic SMB file sharing. A modern home or small-business NAS may simultaneously perform backup operations, index photographs, serve media, synchronise files, run containers, host databases, provide remote access and operate virtual machines.
The DXP4800 Plus has the underlying computing architecture to accommodate that workload.
Four drive bays plus two NVMe slots
The storage architecture is arguably the most important reason the DXP4800 Plus deserves attention.
The machine provides four SATA drive bays for 3.5-inch or 2.5-inch storage, accompanied by two M.2 NVMe SSD slots. UGREEN currently specifies a maximum configuration of 144TB, calculated from four 32TB SATA drives and two 8TB SSDs. Earlier versions of UGREEN’s published specifications used a lower 112TB figure based on four 24TB hard drives and two 8TB SSDs, illustrating why buyers should check the current regional specification before purchasing.
The two NVMe slots provide an important architectural advantage. They can be used for SSD caching or as a separate high-speed SSD storage pool. UGREEN specifically identifies applications such as Docker containers, virtual machines and active project files as workloads that can benefit from dedicated SSD storage.
This makes the DXP4800 Plus substantially more versatile than a conventional four-bay enclosure containing only SATA drives.
A photographer, for example, could use large-capacity HDDs for the primary photo archive and NVMe storage for active Lightroom or video projects. A developer could reserve NVMe capacity for containers and databases while retaining HDDs for bulk storage. A small business could maintain a redundant RAID array for documents while using SSDs for frequently accessed data.
The architecture separates capacity from performance rather effectively.
10GbE changes what a NAS can do
The networking subsystem is another major distinction.
The DXP4800 Plus contains one 10GbE Ethernet port and one 2.5GbE Ethernet port. UGREEN quotes a theoretical maximum transfer rate of 1,250MB/s over the 10GbE connection. In practice, actual throughput depends upon the drives, RAID configuration, computer, network infrastructure, protocol and workload.
The distinction between theoretical and practical performance matters. A 10GbE interface cannot make a single mechanical hard drive perform like an SSD. Nor can a 10GbE NAS deliver 10GbE speeds to a computer connected through a 1GbE switch.
A complete 10GbE workflow requires compatible network adapters, switching and cabling, while the storage subsystem must also be capable of supplying the data quickly enough. UGREEN recommends suitable cabling such as Cat6a for 10GBASE-T connections.
Nevertheless, 10GbE fundamentally changes the economics of a NAS for creators. A workstation equipped with 10GbE can treat the NAS much more like high-capacity network storage than a slow archival destination. Large video projects, RAW photography collections, engineering datasets and other sequential workloads become considerably more practical to work with directly from the NAS.
The additional 2.5GbE port also provides flexibility for networks containing a mixture of faster and conventional equipment.
UGREEN NAS and the question of vendor lock-in
One of the most important differences between UGREEN NAS and some competing approaches concerns storage choice.
UGREEN explicitly states that the NASync platform supports a wide range of third-party storage, including drives from Western Digital, Seagate and Toshiba. The DXP4800 Plus itself is diskless, allowing the purchaser to select compatible SATA HDDs and M.2 NVMe SSDs.
This matters financially because NAS ownership is a multi-year investment. The enclosure is only one part of the total cost. A four-bay system may eventually contain tens of terabytes of storage, and replacing functioning drives because of an ecosystem restriction can materially increase the lifetime cost of ownership.
This issue has become increasingly relevant in the NAS industry. Synology announced in 2025 that its newer Plus Series would increasingly use Synology’s own storage media and certified third-party drives, although its subsequent DSM 7.3 policy provides greater flexibility for certain unlisted third-party HDDs and 2.5-inch SATA SSDs in desktop Plus models.
The distinction is therefore not that competing NAS systems universally prohibit third-party drives. The more important point is that UGREEN’s DXP4800 Plus was designed around a comparatively open hardware proposition.
For buyers who already have suitable NAS drives, or who regularly compare Seagate, Western Digital and Toshiba pricing, that flexibility can have a meaningful economic value.
UGOS Pro is only one part of the platform
UGREEN’s operating system is UGOS Pro, and the software has developed considerably since the company’s entry into the NAS market.
UGOS Pro provides storage management, RAID configuration, file management, remote access, user permissions, multimedia functions and application management. It also supports Docker on the DXP series and virtual machines on compatible DXP models.
Docker is particularly important because it substantially expands the practical application ecosystem beyond whatever applications are installed natively through the UGREEN App Center.
UGREEN’s current documentation identifies applications including Jellyfin, Home Assistant, qBittorrent, Firefox and other containerised services that can be deployed on compatible systems.
That makes the DXP4800 Plus more than a file server. It can become a small home laboratory, media server, development platform, automation server or application host.
Plex is another example. UGREEN confirms that Plex can be operated through Docker and that the Intel 8505 supports Intel Quick Sync Video, which can assist with compatible hardware-transcoding workloads. Actual transcoding performance remains dependent upon codec, resolution, bitrate, subtitles, client compatibility and Plex configuration.
The open-computer philosophy
The most distinctive characteristic of UGREEN NAS may be less tangible than its processor or networking.
The DXP4800 Plus can be regarded as a NAS appliance built around conventional PC architecture rather than a completely closed computing environment.
UGREEN itself confirms that third-party operating systems such as TrueNAS and Unraid can be installed on its NAS hardware, while warning that these configurations are not officially supported and may create potential problems.
That distinction is crucial.
A technically experienced user can therefore treat the DXP4800 Plus as hardware on which an alternative NAS operating system can potentially be installed. Community documentation demonstrates that users have installed TrueNAS Scale on the DXP4800 Plus, although such installations require technical knowledge and should not be confused with an officially supported UGREEN configuration.
This is where the DXP4800 Plus differs philosophically from a conventional appliance.
For the ordinary consumer, UGOS Pro provides the intended experience. For the enthusiast, developer or systems administrator, the hardware can provide another level of experimentation.
That freedom is especially valuable because NAS technology increasingly overlaps with server computing, virtualisation and containerisation.
Virtual machines turn the NAS into a small server
Virtualisation significantly expands the usefulness of the DXP4800 Plus.
UGREEN’s current UGOS Pro documentation identifies virtual-machine support for DXP systems and describes the ability to create and manage multiple virtual-machine instances.
With 64GB of possible memory capacity, the DXP4800 Plus has considerably more headroom than many basic NAS appliances. Memory requirements naturally depend on the number and type of virtual machines, but additional RAM can also benefit Docker containers, large photo libraries and multiple simultaneous users.
This creates a different economic proposition. Instead of purchasing a NAS for storage and a separate mini PC for applications, a user can potentially consolidate several services onto one relatively compact x86 system.
That does not mean a NAS should replace every dedicated server. Workloads involving substantial CPU computation, enterprise virtualisation or specialised accelerators can demand more powerful hardware. The DXP4800 Plus is most compelling where storage, networking and moderate compute workloads overlap.
A serious media and photography platform
UGREEN has also designed the DXP4800 Plus around modern media workflows.
Its HDMI output supports 4K at 60Hz, allowing the NAS to function as a direct media hub. UGREEN also promotes automatic organisation of photographs and AI-assisted functions capable of recognising faces, objects and scenes, searching images semantically and identifying duplicate photographs.
The SD 3.0 card reader is particularly relevant to photographers and videographers. Instead of transferring cards through a separate computer, content can be brought directly into a central storage environment.
For a professional photographer, this creates a logical workflow from camera card to primary NAS storage, redundant RAID protection, secondary backup and remote access.
RAID itself should be understood correctly. RAID 1, 5, 6 and 10 can provide varying degrees of redundancy and availability, but RAID is not a backup. UGREEN itself advises users to maintain a separate copy of important data.
That remains fundamental regardless of the NAS manufacturer.
The financial case for UGREEN NAS
The economics of the DXP4800 Plus become clearer when its acquisition cost is separated from storage costs.
UGREEN’s US site currently lists the diskless DXP4800 Plus at US$619.99, reduced from a listed US$729.99 at the time of checking. The price can change with promotions, bundles and regional conditions.
The buyer must then purchase the HDDs and NVMe SSDs separately.
This creates a higher initial expenditure than purchasing a conventional external hard drive, but the economics change over several years. A four-bay NAS permits storage to be expanded incrementally, and the machine can serve multiple users and devices simultaneously.
The alternative is often a combination of external drives, cloud subscriptions, USB hubs, backup drives and potentially a separate media server.
Cloud storage remains highly useful, particularly for off-site backup and geographically distributed access. A NAS should therefore not be presented as an absolute replacement for cloud storage. The financially rational strategy for important information is often a hybrid model involving local primary storage, local backup and an off-site copy.
The DXP4800 Plus is particularly attractive in that model because its capabilities extend beyond passive storage.
Where Synology and QNAP still have an advantage
A serious assessment of UGREEN NAS should recognise that hardware specifications do not tell the entire story.
Synology has years of experience developing DSM and a mature ecosystem of applications, documentation and support. QNAP similarly has an extensive software platform and long experience serving both consumers and businesses.
Independent testing has also identified this distinction. A 2025 comparison of the DXP4800 Plus with Synology and QNAP systems noted UGREEN’s strong hardware proposition while acknowledging that Synology retained an advantage in software maturity.
UGOS Pro has improved substantially, but the buyer who values a highly mature application ecosystem above hardware flexibility may still prefer Synology or QNAP.
The DXP4800 Plus therefore becomes most compelling for users who value hardware capability, storage freedom, networking performance and operating-system flexibility.
Why the DXP4800 Plus is such a strong UGREEN NAS
The DXP4800 Plus represents a significant shift in what consumers can reasonably expect from a NAS.
Its four SATA bays provide substantial mass-storage capacity. Its two NVMe slots provide a separate high-performance storage layer. Its 10GbE interface makes high-speed workstation connectivity possible.
Its 2.5GbE port accommodates faster-than-gigabit networking elsewhere in the home or office. Its 8GB DDR5 memory can be expanded to 64GB. Its Intel x86 processor supports Docker, virtualisation and hardware-assisted media workloads. Its HDMI output, SD card reader and extensive USB connectivity broaden its role beyond conventional network file storage.
The larger strategic advantage is flexibility.
UGREEN does not require the DXP4800 Plus to remain a narrowly defined appliance. UGOS Pro is the supported operating environment, but the underlying architecture can support more ambitious configurations for technically capable users. Third-party drives are supported, Docker extends the software ecosystem, virtual machines broaden the computing possibilities and alternative operating systems are possible, albeit outside UGREEN’s official support boundary.
That combination explains why UGREEN NAS has attracted significant attention since NASync’s introduction. UGREEN says the NASync Kickstarter campaign attracted more than 13,000 backers and raised US$6.6 million, making it the company’s highest-funded NAS product campaign.
The DXP4800 Plus is not automatically the best NAS for every buyer. A user who prioritises the most mature NAS operating system may reasonably favour Synology, while someone requiring an especially broad enterprise ecosystem may prefer QNAP. Users who want the highest possible compute performance may also find more powerful UGREEN models or specialist servers better suited to their needs.
For the wider market, however, the DXP4800 Plus makes a compelling proposition because it brings together the characteristics of a NAS, private cloud, media server, application server and small virtualisation host without imposing the hardware limitations traditionally associated with entry-level storage appliances.
For anyone searching for a UGREEN NAS that balances storage capacity, performance, connectivity, expandability and user control, the NASync DXP4800 Plus is therefore one of the most technically interesting four-bay systems available. Its defining advantage is not a single specification. It is the relationship between its Intel processor, 64GB memory ceiling, 10GbE networking, dual NVMe architecture, broad storage compatibility and increasingly capable UGOS Pro environment. That combination gives the DXP4800 Plus an unusually long useful life because the hardware can continue supporting new workloads as the owner’s requirements evolve.

Sources and further reading
UGREEN NASync DXP4800 Plus official product page
UGREEN NAS software and Docker information
UGREEN NAS support and third-party operating-system FAQ
Synology storage compatibility information
Synology’s 2025 storage-media policy announcement
TrueNAS community discussion of DXP4800 Plus installations
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