Which UGREEN NAS Should You Buy? Hardware Guide
Choose the NAS hardware around the most demanding job you expect it to handle.
The DH2300 covers straightforward file storage, computer backup, and mobile photo backup. Docker applications, Plex Server, virtual machines, 10GbE workflows, and larger storage pools require different hardware.
Quick Answer: Which UGREEN NAS Fits Your Workload?
| UGREEN NAS | Best fit | Key hardware | Main limitation |
|---|---|---|---|
| DH2300 | Phone backup, computer backup, photos, documents, and basic family storage | Two SATA bays, fixed 4GB memory, 1GbE | No M.2, Docker, Plex Server, Jellyfin, Emby, or virtual machines |
| DH4300 Plus | Larger family libraries, four-bay RAID, and light ARM-compatible containers | Four SATA bays, fixed 8GB memory, 2.5GbE, Docker support | No M.2, virtual machines, or memory upgrades |
| DXP2800 | Two-bay Plex, Docker, home automation, and general self-hosting | Intel N100, two SATA bays, two M.2 slots, 2.5GbE, memory up to 16GB | Limited memory ceiling for heavier VM or container growth |
| DXP2800 GT | Two-bay 10GbE, iSCSI, U.2 storage, and memory-intensive services | AMD Ryzen Embedded R2514, 10GbE, two M.2 slots, U.2 support in both front bays, memory up to 64GB, SAN Manager | No Intel Quick Sync hardware-transcoding path |
| DXP4800 Plus | Four-bay storage growth, Plex, Docker, and multi-user home storage | Intel Pentium Gold 8505, four SATA bays, two M.2 slots, 10GbE plus 2.5GbE, memory up to 64GB | Less compute headroom than the Pro model |
| DXP4800 Pro | Four-bay storage with heavier containers, virtual machines, and application workloads | Intel Core i3-1315U, four SATA bays, two M.2 slots, 10GbE plus 2.5GbE, memory up to 96GB | It does not provide more SATA capacity than the DXP4800 Plus |
| DXP4800 GT | Dual-10GbE workflows, iSCSI block storage, U.2 drives, and ECC-capable configurations | AMD Ryzen Embedded R2514, four SATA bays, two M.2 slots, U.2 support in bays 1 and 2, dual 10GbE, SAN Manager | Ships with standard non-ECC 8GB memory and has no Intel Quick Sync path |
| DXP480T Plus | Compact all-flash storage, low-latency application data, quiet workspaces, and high-speed workstation access | Intel Core i5-1235U, four M.2 slots, 10GbE, two Thunderbolt 4 ports, memory up to 64GB | No SATA bays and a 32TB maximum raw capacity |
| DXP6800 Pro | Large media libraries, multiple active users, Intel Quick Sync, and six-bay RAID | Intel Core i5-1235U, six SATA bays, two M.2 slots, dual 10GbE, two Thunderbolt 4 ports | Higher enclosure, drive, and operating costs than four-bay models |
| DXP8800 Plus | Maximum internal capacity, large Plex libraries, business storage, and concurrent workloads | Intel Core i5-1235U, eight SATA bays, two M.2 slots, dual 10GbE, two Thunderbolt 4 ports | Highest purchase cost and power draw in the current lineup |
If several models appear suitable, use the UGREEN NAS comparison tool to compare their hardware side by side.
Which NAS Processor Fits Your Applications?
A processor matters when the NAS does more than store files. Photo indexing, Docker services, media transcoding, virtual machines, databases, and encryption all consume compute resources.
Backup, Photos, and Native Applications
Basic file storage, mobile backup, computer backup, and photo management do not require the fastest processor in the lineup.
The DH2300 is sufficient when the NAS will remain focused on native UGOS Pro applications. The DH4300 Plus provides four bays, more fixed memory, 2.5GbE, and Docker support for compatible ARM images.
The DH2300 does not support Docker, Plex Server, Jellyfin, or Emby. The DH4300 Plus supports Docker, but its ARM processor, fixed 8GB memory, and lack of M.2 storage set practical limits on heavier container deployments.
Before choosing an ARM model for a specific container, confirm that the image publisher provides a current ARM64 build. Some self-hosted applications remain amd64-only or receive ARM updates later.
Docker and Self-Hosted Applications
The DXP Series is the stronger starting point for multiple containers, databases, home automation, private cloud applications, or services that will remain active throughout the day.
UGOS Pro, file services, indexing, and every container share the installed memory. Container data stored on HDDs can also become a latency bottleneck even when the processor has unused capacity.
For application examples and deployment considerations, see our guide to NAS applications and their hardware requirements.
Plex and Intel Quick Sync
Plex can Direct Play a compatible file without converting the video. Hardware transcoding is needed when the client cannot play the original codec, resolution, bitrate, audio format, or subtitles.
The current UGREEN models with supported Intel processors include:
- DXP2800 with Intel N100
- DXP4800 Plus with Intel Pentium Gold 8505
- DXP4800 Pro with Intel Core i3-1315U
- DXP480T Plus with Intel Core i5-1235U
- DXP6800 Pro with Intel Core i5-1235U
- DXP8800 Plus with Intel Core i5-1235U
Hardware transcoding also requires graphics access inside the Docker container, the correct Plex configuration, and an active Plex Pass. An Intel processor alone does not complete the setup.
The AMD-powered DXP2800 GT and DXP4800 GT support Docker but do not provide the recommended Intel Quick Sync path. They are better suited to storage, iSCSI, memory-intensive services, and network-heavy workloads than to buyers whose main requirement is Plex hardware transcoding.
Our Plex installation guide for UGREEN NAS covers container setup and hardware-acceleration verification.
Virtual Machines and Databases
Virtual machines and databases depend heavily on memory, storage latency, and random I/O performance.
An HDD RAID pool may provide ample sequential throughput while still making a virtual machine feel slow. An SSD storage pool is usually the better home for VM disks, container databases, and frequently updated application data.
The DXP2800 can run lighter virtual machines, but its 16GB memory ceiling restricts long-term expansion. The DXP2800 GT raises that ceiling to 64GB in the same two-bay form factor. The DXP4800 Pro supports up to 96GB, making it a better fit for several VMs or a larger collection of active services.
SAN Manager and iSCSI on the GT Models
The DXP2800 GT and DXP4800 GT support SAN Manager for iSCSI block storage. An iSCSI LUN appears to the connected host as block storage, allowing that host to create and manage its own filesystem.
This is useful for virtualization hosts, application storage, and dedicated workstations that need block-level access. It is different from an ordinary SMB shared folder, and the same LUN should not be mounted read-write by multiple hosts unless the operating environment uses a cluster-aware filesystem.
The DXP4800 GT is also ECC-capable. It ships with standard non-ECC 8GB memory, so buyers who require error-correcting memory must install compatible ECC modules separately. ECC can reduce the risk of an undetected memory error corrupting data while it is being processed.
Our NAS versus SAN guide explains when file storage or iSCSI block storage is the better architecture.
How Much NAS Memory Do You Need?
Memory should be selected around concurrent workloads, not the number of applications installed.
| Workload | Practical starting point |
|---|---|
| File sharing, backup, and light photo management | 4GB to 8GB |
| Plex plus several light containers | 8GB to 16GB |
| Nextcloud, databases, and multiple active containers | 16GB or more |
| Virtual machines and memory-intensive services | 32GB or more |
| Several VMs or a growing homelab | Choose a platform with a 64GB or 96GB ceiling |
The DH2300 and DH4300 Plus use fixed memory. That cannot be corrected later if the workload grows.
The DXP2800 supports up to 16GB. The DXP2800 GT, DXP4800 Plus, DXP4800 GT, DXP480T Plus, DXP6800 Pro, and DXP8800 Plus support up to 64GB. The DXP4800 Pro supports up to 96GB.
A higher memory ceiling does not make every task faster. It prevents the system from running out of memory as more containers, VMs, indexes, and services operate together.
Which NAS Network Port Do You Need?
Network speed limits how quickly users can reach the storage. The NAS, client, switch, cabling, drives, RAID mode, protocol, and workload must all support the target speed.
| Network connection | Theoretical ceiling | Typical practical large-file transfer |
|---|---|---|
| 1GbE | 125MB/s | About 110MB/s |
| 2.5GbE | 312.5MB/s | About 280MB/s under suitable conditions |
| 10GbE | 1.25GB/s | Capable systems can approach 1GB/s |
1GbE for Backup and Light Household Access
A 1GbE connection is enough for phone backup, document storage, music, and ordinary household file access. It becomes restrictive when moving hundreds of gigabytes, editing media from the NAS, or serving several active users.
The DH2300 is designed for this lighter access pattern.
2.5GbE for Faster Home Storage
A 2.5GbE connection can exceed the practical speed of a single 1GbE link without requiring a full 10GbE network.
It is a useful middle ground for computer backup, photo libraries, media playback, and occasional large transfers. The client also needs a 2.5GbE adapter, and any switch between the client and NAS must support the same speed.
10GbE for Creative Work and Large Transfers
Choose 10GbE when the workflow includes direct video editing, large project transfers, SSD pools, several simultaneous users, or backups that must complete within a narrow window.
A 10GbE port does not guarantee 1GB/s. A four-drive HDD array may remain below that speed, particularly with small files or random access. SSD storage, more active drives, and multiple clients make better use of the available bandwidth.
Use our NAS performance troubleshooting guide when measured transfer speed falls well below the expected result.
Thunderbolt 4 for a Dedicated Workstation Connection
The DXP480T Plus, DXP6800 Pro, and DXP8800 Plus include two Thunderbolt 4 ports. A compatible workstation can use Thunderbolt networking to create a dedicated point-to-point network path without requiring a 10GbE switch.
This does not turn the NAS into an ordinary Thunderbolt DAS. Files are still accessed as network storage, typically through SMB, and performance still depends on the storage pool, client, protocol settings, and workload.
Two Thunderbolt ports can serve separate connections, but a single transfer does not automatically combine both ports. Our Thunderbolt 4 NAS setup and troubleshooting guide covers addressing, MTU configuration, and performance testing.
Link Aggregation Does Not Double Every Transfer
Two 10GbE ports can increase total bandwidth across several clients and provide network redundancy. One ordinary TCP session remains limited to one link.
SMB Multichannel is an exception. With compatible network adapters and configuration on both sides, it can establish multiple connections and use more than one network path for a single client. Microsoft documents the behavior in its SMB Multichannel guidance.
Do You Need M.2, U.2, or an All-Flash NAS?
Solid-state storage can serve three different roles:
- SSD cache for suitable repeated-access workloads
- A separate SSD storage pool for applications, databases, VMs, or active projects
- Primary all-flash storage in a model without SATA bays
These roles are not interchangeable.
SSD Cache
Cache can help workloads that repeatedly access the same smaller data set. It provides less benefit for large sequential transfers that read an entire video file once.
Cache also does not increase the usable capacity of the SATA RAID pool.
SSD Storage Pools
A dedicated SSD pool is the better choice for virtual-machine disks, container databases, frequently updated application files, and active creative projects that need consistent low latency.
On the DXP2800 GT, both front bays can also support U.2 drives. On the DXP4800 GT, front bays 1 and 2 support U.2. This creates another path to high-performance solid-state storage while retaining M.2 and SATA options.
The DXP480T Plus All-Flash Capacity Limit
The DXP480T Plus uses four M.2 slots and has no SATA bays. With current support for drives up to 8TB per slot, its maximum raw capacity is 32TB.
That is substantially below the published 144TB maximum of the DXP4800 Plus, DXP4800 Pro, and DXP4800 GT.
Choose the DXP480T Plus for compact size, low latency, quiet operation, and all-flash performance. Choose a four-bay SATA model when the priority is a large photo, video, media, or backup archive.
For creative workflows, our NAS selection guide for video editing explains how to match network and array throughput to codec bitrate.
Check These Hardware Limits Before You Buy
Before choosing a model, confirm the limits that cannot be added later:
- SATA bay count: Determines the maximum number of HDDs or SATA SSDs in the main array.
- Maximum raw capacity: An all-flash model can be faster while holding substantially less data.
- Processor architecture: Determines application compatibility and the available hardware-transcoding path.
- Memory ceiling: Fixed or low-capacity memory can become the first limit in a container or VM workload.
- M.2 and U.2 support: Determines whether the system can add SSD cache, SSD pools, or supported U.2 storage.
- Network ports: Moving from 1GbE to 10GbE later may require replacing the NAS rather than adding an adapter.
- Thunderbolt support: Only selected models provide a direct Thunderbolt network path to a workstation.
- SAN Manager support: The current GT models provide the UGREEN iSCSI path for block-storage workloads.
- Quick Sync support: Plex hardware transcoding requires the correct Intel processor and configuration.
- ECC capability: The DXP4800 GT is ECC-capable but does not ship with ECC memory.
- Purchase and operating cost: Include the enclosure, compatible drives, network equipment, backup storage, UPS, and electricity.
Check each HDD, SSD, and memory module against the UGREEN NAS compatibility list before ordering it.
If your workload is clear but the model is not, use the UGREEN NAS Selector. You can also browse and filter UGREEN NAS models by bay count, capacity, network speed, and application requirements.
