Quick Summary (TL;DR): For a UGREEN NASync media server, the critical feature is working Intel Quick Sync Video access inside the container, not a 10GbE port or an HDMI socket. The Intel N100AliExpress price-based DXP2800 and DXP4800 are sensible starting points for predominantly Direct Play households with occasional transcoding. The DXP4800 PlusAliExpress price (Pentium Gold 8505), DXP4800 Pro (Core i3-1315U) and DXP6800 Pro (Core i5-1235U) add CPU, bay or networking headroom, but no model should be assigned a guaranteed number of 4K streams without testing the actual media and clients. Install Plex or Jellyfin using UGOS Pro Docker, expose the host /dev/dri device, confirm permissions, enable Intel acceleration in the app and force a video transcode to verify it. Plex hardware transcoding requires Plex Pass; Jellyfin does not charge a Plex-style subscription for acceleration. Direct Play is usually preferable to transcoding.
Scope and evidence: This is a specification-led configuration guide, not a hands-on NAS benchmark. Model specifications and software requirements were checked against manufacturer and project documentation in October 2026. Exact firmware, regional SKU, driver and container-image behaviour must be verified on your own system before purchase or deployment.
What Hardware Transcoding Actually Does
A media server has three possible playback paths. Direct Play sends the original video and audio without conversion; Direct Stream repackages compatible streams into a different container, sometimes converting only audio; transcoding decodes and re-encodes video or audio to satisfy the client, subtitle or bandwidth constraints. Only the last path necessarily demands significant video processing.
| Playback path | Typical reason | NAS processing | Preferred outcome |
|---|---|---|---|
| Direct Play | Client supports original codec, profile and container | Low: reads file and sends data | Best for quality and efficiency |
| Direct Stream | Container needs repackaging, streams largely compatible | Low to moderate; audio may still convert | Usually fine |
| Video transcode | Client cannot decode codec/profile, bitrate limit or incompatible subtitle handling | Potentially high; GPU helps supported stages | Use when required |
| Subtitle burn-in | Client cannot render the subtitle format independently | May invoke CPU-heavy rendering and re-encoding | Prefer supported text subtitles where practical |
The Intel GPU media engine performs fixed-function video decoding and encoding. Quick Sync does not make every part of a playback pipeline free: audio transcoding, subtitle burn-in, some colour processing and unsupported codec stages can still use the CPU. A powerful processor is helpful, but CPU cores are not a substitute for correctly configured GPU access.
A useful first test is to play an H.264 or HEVC file natively on a capable TV or streaming box. If the player shows Direct Play, there is no need to force a transcode. Force conversion only for testing, or when a client or internet connection actually requires it.
Which UGREEN NASync Models Make Sense?
The following are manufacturer-listed hardware specifications, not performance results. The DXP range listed here uses Intel processors with integrated graphics, but practical acceleration requires a suitable UGOS Pro kernel/driver, an exposed render device and a compatible server image. Check the exact product SKU: UGREEN has revised ranges and some translated comparison tables contain mismatched information.
| NASync model | Verified processor | Drive bays | Network ports | Best fit |
|---|---|---|---|---|
| DXP2800 | Intel N100AliExpress price, 4C/4T | 2 × SATA + 2 × M.2 | 1 × 2.5GbE | Small library; one household; occasional conversion |
| DXP4800 | Intel N100AliExpress price, 4C/4T | 4 × SATA + 2 × M.2 | 2 × 2.5GbE | More disk capacity without a faster CPU |
| DXP4800 Plus | Intel Pentium Gold 8505, 5C/6T | 4 × SATA + 2 × M.2 | 1 × 10GbE + 1 × 2.5GbE | Balanced media storage and multi-user services |
| DXP4800 Pro | Intel Core i3-1315U, 6C/8T | 4 × SATA + 2 × M.2 | 1 × 10GbE + 1 × 2.5GbE | More CPU headroom for mixed workloads |
| DXP6800 Pro | Intel Core i5-1235U, 10C/12T | 6 × SATA + 2 × M.2 | 2 × 10GbE | Larger library; containers and other services |
| DXP480T Plus | Intel Core i5-1235U, 10C/12T | 4 × M.2 NVMe; no SATA bays | 1 × 10GbE | Quiet all-flash workloads, not economical bulk-film storage |
Model references: DXP2800, DXP4800, DXP4800 Plus, DXP4800 Pro, DXP6800 Pro and DXP480T Plus. Stock, included RAM and warranty can vary by region and bundle.
Important distinction: a four-bay DXP4800 does not have a faster CPU than the two-bay DXP2800; both list the N100. The Plus and Pro names refer to different processors, not simply more storage. The DXP480T Plus is an NVMe-only machine, not a four-bay HDD replacement. A 10GbE port speeds large file transfers when the rest of the network supports it; it does not itself accelerate video encoding.
How Much NAS Hardware Do You Really Need?
| Household scenario | Reasonable starting choice | What to validate first |
|---|---|---|
| One or two local TVs with compatible playback | DXP2800 or DXP4800 | Direct Play support and storage capacity |
| Several family devices with occasional remote conversion | DXP4800 Plus | Client codecs, Plex Pass, GPU device visibility |
| Media plus Docker services, metadata scanning and background jobs | DXP4800 Pro | CPU/RAM headroom, simultaneous tasks |
| Large film collection and multiple applications | DXP6800 Pro | Drive-bay expansion, backups and cooling |
| Frequent remote 4K HDR-to-SDR conversions | Choose only after validating a representative sample | Tone mapping, subtitles, upload speed, codec support |
These are purchasing directions rather than a guaranteed stream-count matrix. A single 4K HEVC-to-H.264 transcode with HDR tone mapping can be more demanding than several low-bitrate 1080p conversions. Conversely, multiple Direct Play sessions can work well on modest hardware because the NAS is mainly serving files. Network uplink, client support, subtitles and software versions can matter more than a CPU name.
UGREEN also sells NAS models outside this Intel DXP shortlist. Its own software guide distinguishes Docker-capable DXP systems from the DH2300, which lacks official Docker support. Do not assume that a model with an HDMI socket, an ARM CPU or a media-player app can run the same Intel Quick Sync Docker configuration.
Plex vs Jellyfin on UGOS Pro
| Question | Plex Media Server | Jellyfin |
|---|---|---|
| Hardware video acceleration fee | Requires an active Plex Pass for ordinary NAS hardware acceleration | No paid hardware-acceleration entitlement |
| Container installation | Plex official or documented third-party image | Official jellyfin/jellyfin image available |
| Intel acceleration on Linux | Quick Sync when supported and passed through | Quick Sync or VA-API when supported |
| Confirm acceleration | Plex Dashboard video stream marked (hw) | Playback/transcoding logs and FFmpeg hardware pipeline |
| Client ecosystem | Broad commercial client availability; check current client/remote terms | Open-source clients and browser playback; compatibility varies |
| Remote access | Account and server settings; review current remote-streaming terms | Requires your own secure remote-access design |
| Configuration burden | Usually easy once claimed; premium features gated | More direct control over codecs and FFmpeg settings |
Choose Plex if its client ecosystem, account-based discovery and polished interface matter and you are comfortable with the current Plex Pass requirement for GPU transcoding. Choose Jellyfin if you want an open-source server without a hardware-acceleration paywall and are prepared to manage networking, users and client compatibility. Neither option removes the need to back up application data or secure access.
Plex confirms the subscription requirement and the (hw) dashboard indicator in its hardware-accelerated streaming guide. Jellyfin documents supported GPU paths in its hardware-acceleration guide. Subscription pricing and regional streaming policies change; do not base a multi-year purchase on an unverified old price.
Before Installing: Five Checks That Prevent Most Failures
- Check the exact NAS: confirm the SKU, Intel CPU, UGOS Pro version and availability of Docker in App Center. The manufacturer explicitly documents Docker > Project > Create on supported models.
- Check the render device: the host should expose
/dev/dri/renderD128or anotherrenderD*node. If no render device exists, adding a Compose mapping will not invent one. - Separate persistent data: keep the Plex/Jellyfin database, cache and media in dedicated folders on a NAS storage volume. Do not store valuable configuration only inside a disposable container.
- Prepare access: decide the UID/GID that can read media and write config/cache. A container starting does not prove it can scan folders or use the GPU.
- Prepare a repeatable test file: note the source codec, resolution, HDR status and subtitles. You need a known file to compare Direct Play and forced conversion.
UGREEN’s Docker and Compose guide (20 April 2026) describes installing Docker from App Center and creating a project without SSH. Menu wording may change with UGOS Pro updates. On systems where terminal access is available, read-only inspection commands below help diagnose a missing GPU device; do not enable SSH unnecessarily just to run a media server.
Set Up the NAS Folders and Permissions
In UGOS Pro File Manager, create a shared media location and a separate application-data location. A sensible conceptual layout is shown below; these are illustrative folders, not guaranteed UGOS host paths. In Docker Compose you must replace every /REPLACE/... entry with the real absolute path shown by your NAS.
media/
films/
series/
home-videos/
appdata/
plex/config/
plex/transcode/
jellyfin/config/
jellyfin/cache/Media can be mounted :ro (read-only) to reduce the risk of a container accidentally altering your library. Configuration must be writable; cache and transcoding scratch space must have enough free space. If your NAS has an SSD pool, it is often a better home for app databases and thumbnails than an HDD-only pool, but SSDs are not mandatory for basic playback.
Record the owner and group identifiers before using non-root containers. On a Linux shell id displays the current UID/GID and getent group render identifies the GPU access group. The numbers vary between NAS installations; copying another person’s GID is a common reason for permission errors.
Install Jellyfin with a Docker Compose Project
The following Compose example follows the official Jellyfin container and Intel acceleration documentation. Replace the three host paths, the user UID/GID and the group_add render-group GID before launching. If the host uses a different render device, change the device mapping too. It is intentionally a configuration template, not a tested export from UGOS Pro.
services:
jellyfin:
image: jellyfin/jellyfin:latest
container_name: jellyfin
restart: unless-stopped
user: "1000:1000" # REPLACE with the chosen NAS UID:GID
group_add:
- "107" # REPLACE with host render-group GID
ports:
- "8096:8096/tcp"
- "7359:7359/udp" # Optional discovery
volumes:
- /REPLACE/JELLYFIN/CONFIG:/config
- /REPLACE/JELLYFIN/CACHE:/cache
- /REPLACE/MEDIA:/media:ro
devices:
- /dev/dri/renderD128:/dev/dri/renderD128In UGOS Pro open Docker → Project → Create, paste the adjusted YAML and deploy. If the project interface cannot express the required device or group permission, use its advanced container settings or a supported Compose deployment method; do not silently omit GPU access and assume it works. The official Jellyfin container documentation explains the volumes and ports, while the Intel acceleration documentation explains render devices and groups.
Open http://NAS-LAN-IP:8096 on your local network, create the administrator, add libraries under /media, and confirm the file list is visible. The NAS-LAN-IP text is a placeholder for your actual address. Do not forward port 8096 from your router directly to the public internet merely to complete the wizard.
Enable Intel Quick Sync in Jellyfin
- In the Jellyfin dashboard, open Playback → Transcoding and choose Intel Quick Sync (QSV) for a supported Intel GPU. VA-API can be a useful alternative for diagnosis on Linux.
- Confirm the render device path matches the container, normally
/dev/dri/renderD128. If your system enumerates several GPUs, check which render node is correct rather than assuming 128. - Enable only codec decode/encode options supported by your Intel GPU and the installed Jellyfin FFmpeg. Unsupported boxes can cause errors or fallback.
- Test SDR H.264 or HEVC conversion first. Enable HDR tone mapping only after basic acceleration is confirmed, then test a representative HDR file.
- Check playback information and Jellyfin/FFmpeg logs while forcing a lower quality. Look for hardware device initialisation and hardware decode/encode rather than only low CPU usage.
Jellyfin warns that transcoding comprises separate decode, scaling, tone-mapping, subtitle and encode stages; partial hardware acceleration is possible. A working hardware encoder does not prove that every subtitle and HDR pipeline runs on the GPU. Use the Jellyfin-provided FFmpeg rather than substituting an arbitrary system FFmpeg build.
For a deeper check, the Jellyfin Intel guide documents commands such as the following, provided the executable is available in your image or host environment. An absent diagnostic binary does not itself prove the GPU is unsupported.
# Host inspection (if terminal access is available)
ls -l /dev/dri
getent group render
# Optional diagnostic inside an appropriately equipped container:
# /usr/lib/jellyfin-ffmpeg/vainfo --display drm --device /dev/dri/renderD128Install Plex with Docker and Expose the Intel GPU
Plex’s documented LinuxServer.io container is a practical route on an Intel NAS. This example uses host networking for local discovery and an explicit GPU device mapping. Before deployment, replace all NAS paths and PUID/PGID with your values. The transcode directory is optional but useful for managing scratch space; set the same directory in Plex Transcoder settings if you use it. This is not a manufacturer-verified one-click UGREEN package.
services:
plex:
image: lscr.io/linuxserver/plex:latest
container_name: plex
network_mode: host
restart: unless-stopped
environment:
- PUID=1000 # REPLACE with NAS file-owner UID
- PGID=1000 # REPLACE with NAS file-owner GID
- TZ=Europe/London
- VERSION=docker
volumes:
- /REPLACE/PLEX/CONFIG:/config
- /REPLACE/PLEX/TRANSCODE:/transcode
- /REPLACE/MEDIA/FILMS:/movies:ro
- /REPLACE/MEDIA/SERIES:/tv:ro
devices:
- /dev/dri:/dev/driThe LinuxServer.io Plex image documents /dev/dri passthrough and its PUID/PGID behaviour. The official Plex image is also an option, but image-specific environment variables and ownership conventions differ; do not mix configuration examples across images. See LinuxServer.io Plex container reference.
Open http://NAS-LAN-IP:32400/web, claim the server through your Plex account, then add libraries under /movies and /tv. If the claim flow fails, follow the image’s current documentation for claim tokens and initial networking. Keep claim tokens out of published Compose files and remember they expire quickly.
Enable and Prove Plex Hardware Acceleration
- Confirm that the server owner has an active Plex Pass; Plex documents this as a requirement for hardware acceleration on ordinary NAS hardware.
- In Plex Web open Settings → Server → Transcoder and enable advanced settings, then Use hardware acceleration when available. Review the separate hardware-accelerated encoding option if offered by your version.
- Start a known compatible video on a client. In playback quality settings, request a lower bitrate or resolution to force video transcoding.
- Open Activity → Dashboard, expand the active stream and look for
(hw)next to the video conversion. - Compare with a Direct Play session and repeat using a 4K HDR file only after an ordinary SDR conversion works. Watch CPU load, logs, temperature and buffering.
If the dashboard shows Transcode but not (hw), the job may be using software. Recheck Plex Pass, GPU mapping, render permissions and the media codec before assuming the NAS is underpowered. Plex may fall back to software for unsupported decode/encode stages. The official Plex hardware-streaming guide describes this exact verification method.
4K HEVC, HDR Tone Mapping, AV1 and Subtitles
| Media issue | What happens | Practical response |
|---|---|---|
| HEVC Main10 / 4K | Client may support it directly; otherwise conversion needed | Prefer capable clients; confirm hardware decode and encode |
| HDR10 to SDR | Extra tone-mapping stage; app/driver dependent | Test actual HDR file; use current Plex/Jellyfin requirements |
| AV1 source | Decode support differs by Intel generation and driver | Check codec support in your exact GPU and FFmpeg build |
| AV1 output | Not implied by an AV1 decoder or a 12th/13th-gen CPU | Do not promise AV1 encoding without explicit support |
| PGS/VobSub burn-in | May force expensive subtitle rendering | Try text subtitle tracks or a client that handles the original format |
| Audio format unsupported | Audio can transcode even with video Direct Play | Check player audio capabilities and passthrough |
| Remote bandwidth limit | Server may lower bitrate and transcode | Measure real upload throughput and set sensible quality |
An HDMI port labelled “4K” or “8K” describes display output capability; it does not establish how many 4K files Plex or Jellyfin can transcode. Likewise, a CPU’s integrated GPU does not guarantee all codecs, HDR formats or colour-conversion paths are hardware-accelerated in the NAS software stack.
Plex documents Linux and Docker HDR-to-SDR requirements separately in its tone-mapping guide. Jellyfin documents the differences between hardware decoding, scaling, tone mapping and encoding in its acceleration overview. The safest buying decision uses your actual media profile, not a generic “4K capable” claim.
The Right Test: Direct Play, Forced SDR Conversion, Then HDR
Run the same repeatable three-stage test after installation and after major UGOS Pro or container upgrades. Record the server version, media file, client, selected playback quality and the GPU status. This is a validation procedure, not a claim that any listed NAS has been tested by this site.
| Stage | Test | What success looks like | If it fails |
|---|---|---|---|
| A: Baseline | Local Direct Play with compatible client | No video conversion; steady playback | Check client codec, network, file permissions |
| B: GPU path | Force 1080p or 720p SDR video conversion | Plex (hw) or Jellyfin FFmpeg hardware stages | Check /dev/dri, group permissions, subscription |
| C: Hard case | 4K HEVC HDR with target SDR quality | Stable playback with supported tone mapping | Inspect tone mapping, subtitle burn-in, CPU load and upload |
Do not judge acceleration by a single CPU-utilisation percentage. A GPU can be active while the CPU handles audio, subtitles and filesystem work. Conversely, low CPU load can simply mean Direct Play. Read the server’s stream status and logs.
How to Troubleshoot a Missing GPU in Docker
| Symptom | Likely cause | First diagnostic action |
|---|---|---|
/dev/dri absent on host | Kernel/driver, firmware or iGPU visibility issue | Inspect host render nodes; check UGOS Pro updates and model |
| Render node on host but not container | Missing devices mapping | Inspect Compose project/device settings and recreate |
| Permission denied opening render node | Wrong container UID/group | Compare ls -l /dev/dri and getent group render |
Plex transcodes without (hw) | Plex Pass absent, unsupported codec or GPU issue | Check entitlement, setting and dashboard details |
| Jellyfin fails to initialise QSV | Driver/FFmpeg path or render permission | Check FFmpeg logs and try documented VA-API path |
| Works until HDR is enabled | Tone-mapping runtime/driver mismatch | Disable tone mapping; verify prerequisites first |
| Library empty or inaccessible | Wrong media mount or permissions | Check bind path and read access from container |
| Container works, TV buffers | Wi-Fi, client or remote upload limit | Check Direct Play and actual network throughput |
If the GPU exists on the host, an inspection command such as docker exec jellyfin ls -l /dev/dri (or the equivalent Plex container) can confirm whether it is visible inside. On some UGOS installations shell access may be disabled or restricted; the Docker project settings and logs are the supported first stop. Never run a random privileged repair script or alter host kernel drivers merely because a forum post recommends it.
A container running as root may appear to “fix” permission problems but broadens its privileges. Prefer the correct render group and limited mounts. Do not set privileged: true as a routine solution for media transcoding.
Storage, Cache, RAM and Networking: What to Buy First
For a media-focused NAS, hard-drive capacity, backup protection and client compatibility are usually more valuable than an expensive network upgrade. Plex and Jellyfin read media files mostly sequentially; a good HDD pool can serve ordinary home streams. A separate SSD pool can make metadata browsing, thumbnails and application updates feel more responsive, but it will not turn an unsupported GPU codec into a supported one.
| Component | Why it matters | When an upgrade is justified |
|---|---|---|
| NAS HDDs and spare bays | Library capacity, RAID redundancy and growth | Collection outgrows current usable capacity |
| SSD appdata pool | Database, artwork, scans and cache responsiveness | Large library or slow metadata UI |
| RAM | Metadata scanning, Docker services, filesystem cache | Observed memory pressure or multiple applications |
| 2.5GbE / 10GbE | Large file copies and simultaneous NAS workloads | Measured network bottleneck, not merely video buffering |
| UPS | Graceful shutdown and protection during power loss | Always-on NAS with valuable storage |
| Offline or off-site backup | Protection against deletion, theft and pool failure | Essential for irreplaceable personal media |
For a broader purchasing comparison see Best NAS for Plex and Jellyfin Hardware Transcoding. If you are considering whether to split the server from the storage box, Plex Server vs NAS Storage: Which Component Should You Upgrade First addresses that architecture choice. For DXP hardware and network differences, see UGREEN DXP4800 Plus vs DXP4800 Pro.
Should You Run Plex and Jellyfin Together?
Yes, both can read the same media folders if you give each a separate configuration database and its own port. Read-only media mounts make this safer. However, two independent metadata scanners may duplicate artwork, database space and background CPU activity; simultaneous transcoding jobs also compete for the same GPU and memory bandwidth.
A practical approach is to keep one server as the main family interface and the other as a short evaluation or fallback deployment. Avoid running both large library scans at the same time, and check whether either application is configured to delete or modify media. If you want a clean comparison, use the same sample files and clients but test one transcode at a time.
Remote Streaming and Security
A NAS that streams locally does not automatically have a safe remote-access configuration. Plex account discovery and remote streaming features have their own current subscription and networking conditions. Jellyfin does not supply a managed public-access service by default. Avoid directly exposing the UGOS administrator interface or a raw Jellyfin port to the internet.
- Use a maintained secure access method such as a private VPN or an appropriately configured TLS reverse proxy with strong authentication.
- Apply UGOS Pro, Docker image and client security updates after backing up the configuration.
- Keep administrator credentials separate from ordinary media-viewer accounts; enable available multi-factor authentication.
- Limit container mounts to the media and appdata actually required; prefer read-only media mounts.
- Check home broadband upload speed for remote streams. A fast 10GbE LAN port does not improve a slow internet uplink.
For the network side, Remote NAS Access: Tailscale, WireGuard or the Manufacturer’s App? covers the security trade-offs. For troubleshooting measured throughput, see Slow NAS Transfers: Diagnose 1GbE, 2.5GbE and 10GbE Bottlenecks.
Back Up the Server Configuration, Not Just the Films
The films and TV episodes may be replaceable; watch history, playlists, library artwork, account settings and custom metadata can take much longer to rebuild. Preserve the host folders mapped to Plex /config and Jellyfin /config (and any custom databases). Stop the container or use a supported application-consistent backup method before copying active databases; a blind file copy during a database write may be inconsistent.
Document the Compose YAML, image version, NAS path mappings, chosen UID/GID, port configuration and any required Plex account details. A recovery test should create a new container with the restored appdata and confirm that the library reconnects to the same mounted media paths. Remember that RAID is not an independent backup.
For a concrete backup plan, see A 3-2-1 NAS Backup Plan: USB Drive, Second NAS and Cloud and Best External Hard Drives for NAS Backups.
Frequently Asked Questions
Does the UGREEN DXP2800 support Plex hardware transcoding?
Its Intel N100AliExpress price includes an integrated media engine and UGREEN lists Docker support for the DXP2800. That makes it a plausible Quick Sync host, provided the installed UGOS Pro release exposes a supported GPU device, Plex runs with the correct device mapping and the server owner has Plex Pass. Check for (hw) on a forced conversion rather than treating the CPU specification as proof.
Is the DXP4800 Plus faster at transcoding than the DXP4800?
The Plus has a different processor (Pentium Gold 8505 versus N100) and a 10GbE port, so it offers more general system headroom. But a guaranteed transcoding-speed or stream-count improvement cannot be inferred from CPU names alone. Codec, GPU generation, drivers, tone mapping and subtitles determine the real result.
Can Jellyfin use Intel Quick Sync without Plex Pass?
Yes. Jellyfin’s hardware acceleration does not depend on a Plex Pass subscription. You still need a compatible GPU, working drivers, access to /dev/dri and the correct acceleration settings.
Does 10GbE make 4K Plex playback smoother?
Not by itself. A single video stream rarely needs anything close to 10GbE. Fix incompatible client codecs, transcoding setup, Wi-Fi or internet upload limitations before paying for a 10GbE network. Multi-user file transfers are a different workload.
Can I use HDMI to watch Plex directly from the NAS?
An HDMI output is not a guarantee of a supported Plex desktop-player interface on UGOS Pro. Treat the NAS as a network media server and use a TV app or external streaming player unless UGREEN explicitly supports your intended local-display workflow.
What if there is no /dev/dri directory?
Do not force the container to use a non-existent path. Check the exact CPU model, UGOS Pro version and manufacturer support, then inspect the host GPU driver state if supported access is available. Software transcoding may still work; hardware transcoding cannot be assumed.
Verdict: Buy for Your Actual Playback Workload
Best-value direction: start with the DXP2800 or DXP4800 when your TVs and streaming boxes Direct Play most files. Best balanced four-bay direction: consider DXP4800 Plus if you also want faster networking and broader NAS workloads. More CPU and expansion headroom: compare DXP4800 Pro and DXP6800 Pro, but do not pay for a larger model solely on an unverified claim about 4K stream counts. For free GPU acceleration and fine-grained control, Jellyfin is compelling; for Plex’s ecosystem, budget for the appropriate Plex Pass entitlement.
Whatever the model, the decisive proof is the same: a known file, a deliberately forced conversion, a visible GPU device and a verified hardware-acceleration indicator. If the system already Direct Plays everything you watch, upgrading the NAS processor may achieve almost nothing.
Manufacturer Documentation and External Resources
- UGREEN: Docker and Docker Compose on NAS (20 April 2026)
- UGREEN: UGOS Pro and model-specific Docker support
- UGREEN DXP2800 specifications
- UGREEN DXP4800 specifications
- UGREEN DXP4800 Plus specifications
- UGREEN DXP4800 Pro specifications
- UGREEN DXP6800 Pro specifications
- Plex: Using Hardware-Accelerated Streaming
- Plex: HDR to SDR Tone Mapping
- LinuxServer.io: Plex Docker image and GPU passthrough
- Jellyfin: Official container installation
- Jellyfin: Intel QSV and VA-API hardware acceleration
- Jellyfin: Hardware selection guidance
Editorial note (11 October 2026): All hardware conclusions are specification-based. No throughput benchmark, transcode count, electricity measurement or live retailer price has been invented. UGREEN’s translated product pages occasionally show contradictory tabular details, so confirm the specific regional SKU and its current product manual before ordering.