UGREEN DXP4800 Plus Review Australia

The UGREEN NASync DXP4800 Plus remains capable hardware for file storage, media and light server workloads, but it is no longer the logical starting point for a new Australian purchase. As of September 2026, UGREEN's Australian catalogue no longer lists the DXP4800 Plus. The current 4-bay step-up model sold by UGREEN in Australia is the DXP4800 Pro, which has a newer six-core processor and a higher memory ceiling while retaining the Plus model's storage and network layout. Read our UGREEN DXP4800 Pro review.

A NAS (network attached storage) is an always-on storage device that plugs into your network so every computer and phone in the house can reach the same files. UGREEN is a consumer electronics brand that entered the network storage market in 2024, and the Plus is one of its four-bay models. It has built-in 10GbE (10-gigabit Ethernet: networking roughly ten times faster than standard gigabit).

This review remains useful for readers already weighing a DXP4800 Plus they have found, owners planning an upgrade, and buyers comparing it with the DXP4800 Pro. It does not assign a score because Need to Know IT has not tested this unit directly.

Verdict

The DXP4800 Plus suits a technically confident household, creator or small office that needs four SATA bays, a fast workstation connection, hardware-assisted media conversion and enough memory expansion for containers or light virtualisation. Its Intel Pentium Gold 8505, 10GbE plus 2.5GbE networking and two M.2 slots form a balanced specification, with no need for an add-in network card.

Do not choose it merely because its name is easily confused with the base DXP4800. The Plus uses a five-core Intel Pentium Gold 8505 and has one 10GbE port plus one 2.5GbE port.

The main limitation for an Australian buyer is availability rather than an obvious specification defect. Since UGREEN's Australian store no longer lists the Plus, a new buyer seeking this class of NAS should begin with the DXP4800 Pro and compare the complete workload, software and support fit. Read our UGREEN DXP4800 Pro review.

UGREEN DXP4800 Plus specifications

UGREEN's published specification establishes the DXP4800 Plus as a four-bay Intel NAS with unusually strong built-in networking for its class. The verified core specification is as follows.

The CPU and network details come from UGREEN's DXP4800 Plus specification, while Intel's processor database confirms five cores, six threads and Intel Quick Sync Video. ODECC corrects certain errors inside each DDR5 memory chip. It should not be mistaken for a traditional platform-wide ECC implementation that reports and corrects errors across the complete memory path.

NVMe is a fast solid-state drive format, rather like adding a small express workbench beside a much larger storeroom of hard drives. The two M.2 slots can accommodate NVMe drives for a fast storage pool or cache, subject to UGREEN's compatibility rules. A cache keeps frequently requested data close at hand, much as a workshop places commonly used tools on the bench instead of returning to the storeroom each time.

PCIe is an expansion connection used for components such as network cards or storage controllers. It is the computer equivalent of a spare equipment socket, and the DXP4800 Plus does not provide one. That matters less here because 10GbE is already built in, but it removes a future hardware expansion path.

Design and physical connectivity

The DXP4800 Plus offers useful front-facing connections for creators, but this assessment cannot judge tray feel, vibration, fan character or long-term construction quality without handling the unit. Those observations should not be inferred from product photographs.

UGREEN lists front USB-C and USB-A connections, both rated at 10Gbps, plus an SD 3.0 card reader. Its rear connections include one 5Gbps USB-A port, two USB 2.0 ports and a 4K HDMI output. These connections support direct media ingestion and local display use without changing the four-bay storage layout.

The presence of HDMI does not by itself establish how pleasant the unit is as a lounge-room player. App behaviour, codec support, remote-control arrangements and software updates all influence that experience, so the port is best treated as an available output rather than proof of a complete home-theatre replacement.

Storage and RAID planning

Four bays give the DXP4800 Plus enough flexibility to balance usable capacity and drive-failure tolerance, but the right layout depends on recovery requirements. RAID is a method of spreading data across multiple drives so the system can survive specified drive failures without losing the storage pool. It works like keeping parts of a document set in coordinated filing cabinets so one damaged cabinet does not necessarily destroy the complete set.

For four equal drives, RAID 5 uses the equivalent capacity of one drive for parity and can tolerate one failed drive. RAID 6 uses the equivalent capacity of two drives and can tolerate two failures. RAID 10 mirrors paired drives and then combines their performance, trading half of the installed raw capacity for a straightforward protection layout.

A four-drive RAID 5 pool is reasonable for replaceable media, working files and general household storage when a separate backup exists. RAID 6 is the more conservative choice when rebuild exposure matters more than usable capacity, especially with large drives or data that would be disruptive to restore.

RAID is not a backup because accidental deletion, malware, theft, fire and some system failures can affect every drive in the enclosure. Think of RAID as a spare tyre, while backup is a second vehicle capable of completing the trip. Important data should follow a 3-2-1 strategy: three copies, on two storage types, with one copy kept elsewhere.

Do not fill all four bays merely because they exist. Estimate current data, annual growth and the period the NAS must support, then leave headroom for snapshots, file versions and drive replacement. Starting with fewer drives can preserve an upgrade path, but the chosen RAID migration route should be confirmed in current UGOS Pro documentation before relying on it. To see how much usable space each layout gives with your drive sizes, try our RAID calculator.

What the network layout means

The combination of one 10GbE port and one 2.5GbE port is most useful when a fast workstation and a wider household or office network have different needs. 10GbE means ten-gigabit Ethernet. It is like widening one loading dock for a high-volume workstation while keeping a second, smaller dock connected to the normal network.

A practical setup is to connect the 10GbE port to a suitably equipped editing workstation, either directly or through a 10GbE switch, and connect the 2.5GbE port to the main network. The computer, switch, cabling, storage pool and destination drive must all support the intended workload. A fast network port cannot make a single hard drive, a slow client SSD or thousands of tiny files behave like a sustained high-speed array.

SMB is the network file-sharing protocol commonly used by Windows and supported by other desktop operating systems. It acts like the common language used by the NAS and computer when opening shared folders. For video projects, test the actual SMB workflow using representative files rather than treating the network port rating as a promised file-copy result.

The two network ports should not be assumed to combine automatically into one faster connection. Link aggregation, routing and separate subnets solve different problems and require compatible network equipment. For many small environments, a direct 10GbE workstation link plus a 2.5GbE connection to the ordinary network is simpler than redesigning the entire network around 10GbE.

Remote transfers are governed by internet upload capacity, not the local 10GbE connection. An NBN 100 service can have an upload rate far below the NAS's local network capacity, with the exact performance depending on the provider and plan. CGNAT, or Carrier-Grade NAT, is a cost-saving arrangement in which an internet provider places multiple customers behind a shared public address, rather like several apartments sharing one street entrance; it can prevent ordinary inbound remote-access connections.

Plex and media use

The DXP4800 Plus is a credible candidate for running Plex, a media server application for streaming your own films and TV to your devices, because the Intel Pentium Gold 8505 includes Quick Sync Video, but no responsible stream-count promise can be made from that fact alone. Transcoding means converting a video file in real time when the playback device cannot use the original format. It resembles an interpreter translating a conversation while it happens, and difficult formats, high bitrates or subtitle processing increase the workload.

Direct Play is preferable because it sends a compatible file without conversion. When conversion is unavoidable, Quick Sync can move supported video work from general CPU processing to dedicated media hardware. Plex states that hardware-accelerated streaming requires an active Plex Pass, subject to its current terms and supported formats.

UGREEN documents Plex deployment through Docker. Docker is software that runs applications in isolated containers without changing the core operating system, like giving each application its own labelled workspace within the same building. Codec, bitrate, client support, subtitles, tone mapping, memory and simultaneous activity determine the real result, so buyers should not infer a fixed number of streams from the CPU name.

Docker and virtual machines

The shipped 8GB of memory is adequate for file services and a modest set of light containers, but it is a planning constraint for virtual machines or a busy application stack. A virtual machine is a complete guest computer created in software, like building a self-contained office inside a larger premises. It normally consumes more memory and storage activity than a single-purpose container.

UGREEN lists Docker and Virtual Machine Manager support for compatible DXP systems. The UGREEN software documentation also notes that actual virtual-machine capacity depends on the processor, memory, storage and guest operating system.

The Plus model's 64GB ceiling provides substantial expansion room, but memory should be added for a defined workload rather than as a substitute for planning. A useful sequence is to deploy core storage and backup services first, measure normal memory pressure, then add containers or a virtual machine one at a time. Place latency-sensitive applications on an NVMe storage pool only when the backup design also covers that pool.

Do not buy this model as a general-purpose virtualisation host if several demanding guests are the primary workload. It can run virtual machines, but its five-core mobile processor, four SATA bays and lack of PCIe expansion place sensible boundaries around that role.

UGOS Pro software

UGOS Pro, the operating system that runs on UGREEN devices, covers the main storage, sharing and application functions expected from this hardware. An operating system is the building manager that assigns storage, users and applications to the underlying rooms and equipment.

UGREEN documents storage pools, RAID management, file sharing, snapshots, file versioning, cloud synchronisation, remote access, Docker and virtual machines. It also supports the common file-sharing methods SMB, NFS, WebDAV, FTP and SFTP, although services must be enabled and users must receive the appropriate folder permissions. The UGOS Pro feature overview provides the current vendor capability list.

The software case requires more caution than the hardware specification. DSM, the operating system from Synology (a Taiwanese maker of network storage devices), and QTS, the operating system from QNAP, another storage maker, have longer-established application and administration ecosystems. They are like mature shopping precincts with more specialised services, while UGOS Pro's documented core facilities are present but every required application and recovery workflow should still be checked individually.

This does not make UGOS Pro unsuitable for ordinary storage, backup, photos or self-hosted applications. It means a business should verify identity integration, backup destinations, monitoring, package support and restore procedures before committing. Published feature lists confirm that a function exists, but they do not prove that it behaves exactly like an equivalent tool on another platform.

DXP4800 Plus versus DXP4800 Pro

The DXP4800 Pro is the direct specification-level successor to consider in Australia because it preserves the Plus model's storage and network arrangement while increasing compute and memory headroom. Both models ship with 8GB DDR5, have four SATA bays, two M.2 slots, one 10GbE port, one 2.5GbE port, ODECC and no PCIe slot.

The DXP4800 Pro specification confirms the Core i3-1315U, dual-speed network layout, two M.2 slots and 96GB ceiling. The Pro is therefore the better fit for heavier container use, more demanding virtual machines or longer memory growth. A Plus owner running ordinary storage and media tasks should not assume the shared storage layout is obsolete merely because the processor differs.

DXP4800 Plus versus Synology DS925+

The Synology DS925+ presents a different specification balance: less built-in network speed and memory capacity, but an expansion-unit path and Synology's established DSM software environment. This is a hardware and documented-capability comparison, not a performance test.

Synology's DS925+ specification confirms its Ryzen V1500B, memory configuration, four SATA bays, two M.2 slots and dual 2.5GbE ports. The UGREEN hardware better suits a workstation that needs built-in 10GbE and Intel Quick Sync. The DS925+ suits a buyer whose priority is DSM, ECC system memory and an official path to more drive bays.

Pros and cons

Availability and warranty in Australia

UGREEN's Australian catalogue no longer lists the DXP4800 Plus, so this review should be treated as reference material rather than evidence that UGREEN currently offers the model locally. The catalogue does list the DXP4800 Pro as the current 4-bay step-up option. For every UGREEN NAS currently sold in Australia, see our UGREEN NAS guide.

UGREEN's Plus product page states a two-year product warranty. Before committing to any NAS, ask the place of purchase how it handles a hardware failure, whether a direct replacement is possible and what happens if the same model cannot be supplied. For a device holding important data, the practical support process matters because hardware replacement does not recover missing files.

Keep an independent backup that remains usable while the NAS is unavailable. A business-critical deployment should also document who can restore data, where configuration records are stored and how staff will work during an outage.

Who should still consider the DXP4800 Plus?

The DXP4800 Plus can still suit a technically confident buyer already assessing a specific unit and able to verify its condition, warranty path and exact model identity. Its strongest workload match is shared storage, creator file handling, Plex with compatible hardware transcoding, several modest containers and occasional light virtualisation.

It also makes sense for an existing owner deciding whether the hardware remains adequate. If storage capacity, memory pressure and application performance still meet the workload, the arrival of the Pro does not force an upgrade.

Who should skip it?

Skip the DXP4800 Plus if the purchase needs a straightforward current-model path from UGREEN Australia. The DXP4800 Pro offers the same bay count, M.2 count, shipped memory and network layout, with a newer six-core processor and more memory expansion.

Skip it if the main requirement is several heavy virtual machines, a PCIe upgrade path or more than four SATA bays. It is also the wrong choice when software requirements have not been checked against UGOS Pro or when the NAS would hold the only copy of irreplaceable data.

Final verdict

The UGREEN DXP4800 Plus is a well-balanced four-bay specification: an Intel Pentium Gold 8505 with one 10GbE port and one 2.5GbE port.

Its four SATA bays, two M.2 slots, Quick Sync support and 64GB memory ceiling remain relevant for storage, media and light server duties. However, as of September 2026, UGREEN's Australian store no longer lists it, and the current 4-bay step-up model is the DXP4800 Pro. New Australian buyers should therefore read our UGREEN DXP4800 Pro review and make the decision against that current model.

Is the UGREEN DXP4800 Plus still sold in Australia?

UGREEN's Australian store no longer lists the DXP4800 Plus as of September 2026. The current 4-bay step-up model in its Australian catalogue is the DXP4800 Pro. This does not establish that the Plus has been discontinued worldwide.

What processor does the DXP4800 Plus use?

The DXP4800 Plus uses the five-core, six-thread Intel Pentium Gold 8505. Claims that the Plus uses an Intel N100 confuse it with different UGREEN hardware.

Does the DXP4800 Plus have 10GbE?

Yes. It has one 10GbE port and one 2.5GbE port, and it does not need a PCIe network card to provide its built-in 10GbE connection.

Can the DXP4800 Plus run Plex hardware transcoding?

The Intel Pentium Gold 8505 supports Quick Sync Video, and UGREEN documents Plex use through Docker. Actual transcoding results depend on the file format, bitrate, subtitles, playback client, software configuration and available resources. Plex currently requires an active Plex Pass for hardware-accelerated streaming.

Can it run Docker and virtual machines?

Yes. UGREEN documents Docker and Virtual Machine Manager support for the DXP range. The supplied 8GB is a sensible starting point for storage and light containers, while larger application stacks and virtual machines may justify a memory upgrade after workload monitoring.

What RAID should be used with four drives?

RAID 5 provides a practical capacity and protection balance when a separate backup exists, while RAID 6 sacrifices more usable capacity to tolerate two failed drives. The choice should reflect data importance, drive size, restore time and the consequences of a second failure during rebuilding.

Is the DXP4800 Pro a major upgrade?

The Pro retains the same four SATA bays, two M.2 slots, 8GB shipped memory and 10GbE plus 2.5GbE layout. Its main specification advantages are the six-core Intel Core i3-1315U and a 96GB memory ceiling, which matter most for heavier containers, virtual machines and concurrent workloads.

Does the two-year warranty replace the need for backup?

No. A warranty concerns eligible hardware faults and does not restore data lost through deletion, malware, drive failure or an unavailable enclosure. Keep at least one separate backup and test that it can be restored.