Best NAS for Jellyfin in 2026 (Hardware Transcoding Picks)

Quick answer: For smooth Jellyfin hardware transcoding you want an Intel chip with Quick Sync (an integrated GPU). In 2026 the easiest turnkey picks are UGreen's NASync boxes — the 2-bay DXP2800 (Intel N100) and the 4-bay DXP4800 Plus (Intel Pentium Gold 8505). If you're comfortable with a little setup, a cheap Intel N100/N150 mini-PC running your Jellyfin server is the best value of all. Avoid AMD-based Synology models — and note that Synology's newest units disable hardware transcoding entirely.

How we sourced this: built from manufacturer specs, independent reviews and current data — not paid placement. Where our guidance is based on published data rather than our own bench testing, we say so. See How we test. Some links may be affiliate links — see our disclosure.

The one spec that matters: Intel Quick Sync

Jellyfin only has to work hard when it transcodes — that is, when it re-encodes your video on the fly because a client can't play the original file, the bitrate is too high for the connection, or subtitles need to be burned in. If every device could direct-play, a Raspberry Pi would do. But the moment a 4K HEVC HDR file has to become 1080p H.264 for a phone or a smart TV, you need a hardware encoder, or the CPU melts trying to do it in software.

Intel's built-in hardware encoder is called Quick Sync Video (QSV), and it lives inside the integrated GPU on most Intel chips. It's the reason a modest, low-power Intel NAS can push several simultaneous 4K transcodes while barely warming up. Jellyfin's own hardware-selection guide ranks Intel iGPUs highly for transcoding and explicitly discourages AMD, citing "poor encoder quality and poor driver support." Newer Intel media engines (11th-gen Tiger Lake and later, and the Alder Lake-N chips like the N100) also add HDR-to-SDR tone-mapping and 10-bit HEVC, which is exactly what you need for a modern 4K library.

Two practical rules follow from this:

1. Buy Intel with an iGPU. Quick Sync is the whole game for a transcoding media server.
2. Give it enough RAM. Jellyfin's docs recommend at least 8GB for a typical deployment; a single 4K transcode can eat a big chunk of a 4GB buffer.

If you're still deciding between media servers, see Jellyfin vs Plex. Ready to build? Our how to set up Jellyfin guide walks through the Docker install.

The picks

We haven't bench-tested every unit here ourselves; the guidance below is built from manufacturer specs, the Jellyfin project's own documentation, and independent reviews, which we cite in Sources. Prices move constantly, so we link retailers rather than quote figures that go stale.

Why the DIY mini-PC keeps winning. An Intel N100 mini-PC typically draws only around 8–12W under Jellyfin load, and independent testing shows the N100's iGPU comfortably handling multiple concurrent 4K HEVC transcodes — reviewers report three or more 4K streams, and many more at 1080p. XDA built a capable 4K Quick Sync Jellyfin box for well under $200. You lose the tidy NAS chassis and drive bays, but you gain the best price-to-performance ratio in the whole category. Pair it with a separate NAS or a couple of drives, and you have a fantastic setup.

Why UGreen for a real NAS. UGreen's NASync line puts genuine Quick Sync silicon in a proper multi-bay enclosure. The DXP2800 uses the Intel N100 (the same well-liked chip as the DIY route) with 8GB DDR5 and 2.5GbE; the DXP4800 Plus steps up to the 12th-gen Pentium Gold 8505, DDR5, and 10GbE, and reviewers report real-time 4K-HEVC-to-1080p transcoding with CPU usage barely moving. Both run Docker, which is how you'll deploy Jellyfin.

The AMD-Synology trap (and a newer Synology problem)

This is the mistake that sends people back to the return counter. Synology's Plus models have split into Intel and AMD lines, and the AMD ones cannot hardware-transcode.

• The AMD Ryzen models — DS925+, DS923+, DS725+ — use chips (Ryzen V1500B / R1600) with no integrated GPU. No iGPU means no hardware encoder. They're fine for storage and direct-play, but a single software 4K transcode will bring them to their knees. Do not buy one expecting a smooth Jellyfin transcoding experience.
• The Intel models in the 2025 refresh — DS225+, DS425+, DS625slim — do use the Quick Sync-capable Celeron J4125. But there's a catch: on 2025-and-later models Synology quietly removed the kernel graphics driver that Plex, Jellyfin and Emby rely on, so hardware transcoding no longer works out of the box even where the CPU supports it. Community SSH workarounds exist, but that's not something we'd recommend most buyers depend on.

The older Intel units (DS224+, DS423+) still transcode via Quick Sync on current DSM, so an existing or used one is fine. But for a new purchase in 2026, Synology is no longer the obvious Jellyfin choice it once was. For the wider brand comparison, see Synology vs UGreen vs QNAP vs TrueNAS.

Decision guide

• You want the cheapest thing that transcodes 4K well → Intel N100/N150 mini-PC running Jellyfin in Docker. Add storage separately.
• You want a real NAS and Jellyfin in one box, 2 drives → UGreen DXP2800 (N100).
• Bigger library, more simultaneous streams, faster networking → UGreen DXP4800 Plus (Pentium 8505, 10GbE).
• You love a polished NAS app store → an Intel-based ASUSTOR (verify the model's CPU supports Quick Sync / Media Mode before buying).
• You already own a DS224+/DS423+ → keep it; it transcodes fine today.
• You were about to buy a DS925+/DS923+/DS725+ for Jellyfin → don't. No iGPU, no hardware transcoding.

Once you've picked drives, our RAID capacity calculator helps you plan usable space, and it's worth setting up cloud backup for your NAS before you fill it with an irreplaceable library. Building a Plex box instead? See best NAS for Plex.

FAQ

Do I actually need hardware transcoding for Jellyfin? Only if clients can't direct-play your files. If every device plays your formats natively over a fast local network, almost any NAS works. But burned-in subtitles, high-bitrate 4K over the internet, and older TVs all force transcoding — and that's when Quick Sync saves you.

Is an Intel N100 really enough for 4K? Yes, for most homes. Independent testing shows the N100's Quick Sync engine handling multiple concurrent 4K HEVC transcodes and many more 1080p streams. It only struggles if you throw a large number of simultaneous 4K tone-mapping jobs at it.

Why is AMD such a problem for transcoding? Two reasons. Synology's AMD chips have no iGPU at all, so there's no hardware encoder. And even where AMD GPUs exist, Jellyfin's own docs rate AMD's encoder quality and driver support as the weakest of the major options. Intel Quick Sync is simply the safer bet.

Can I use Jellyfin on any Synology? You can install it, but hardware transcoding depends on the model: older Intel units (DS224+/DS423+) do it, AMD units can't, and 2025+ models have the transcoding driver removed. Check the exact model before buying.

How much RAM should I get? Jellyfin recommends at least 8GB for a typical deployment. It's cheap insurance, and most of the boxes above ship with 8GB DDR5 anyway.

Sources

• Jellyfin — Hardware Selection guide
• Jellyfin — Intel GPU hardware acceleration
• UGreen NASync DXP2800 product page (Intel N100)
• UGreen NASync DXP4800 Plus product page (Pentium Gold 8505, 10GbE)
• Newegg — UGreen DXP4800 Plus (Intel Pentium Gold 8505) listing
• MightyGadget — UGreen NASync DXP4800 Plus review
• Neowin — UGreen NASync DXP2800 review
• JellyWatch — Best Mini PC for Jellyfin 2026 (N100 vs N150 vs N305)
• XDA — I built a 4K Jellyfin server with Intel Quick Sync for under $200
• XDA — Intel Quick Sync is the reason I'll never buy another Nvidia card for my Jellyfin server
• NASCompares — How to get hardware transcoding back on your Synology NAS (2025 driver removal)
• Neowin — Synology DS925+ review (AMD Ryzen V1500B, no iGPU)
• BlackVoid — Synology DS425+ overview (Intel Celeron J4125)
• BlackVoid — Synology DS224+ review (Intel J4125, Quick Sync)
• ASUSTOR — Jellyfin on App Central

Last updated: July 2026.

Define your Jellyfin workload before buying

List each client, its supported codecs, remote bandwidth and the maximum simultaneous streams. Direct play needs little CPU; subtitle burn-in, HDR tone mapping and codec conversion can trigger a full transcode. Jellyfin's official documentation supports several GPU families, so Intel Quick Sync is a practical default rather than the only possible solution. Test with your hardest real file before scaling a purchase recommendation.

Related guides

• How to access Jellyfin remotely without exposing it