AMD is no longer a poor choice for streaming, but it is not automatically the best choice either. Current Radeon cards can encode AV1, HEVC and H.264 video, making them suitable for Twitch, YouTube and recording local gameplay. The bigger question is how much you value gaming performance, video quality, software compatibility and upgrade headroom.

For most buyers, the Radeon RX 9070 XT is the best AMD GPU for streaming. It has enough performance for high-refresh-rate 1440p gaming, plenty of VRAM for modern games, and AMD’s current media engine. The cheaper RX 9070 is a better-balanced choice if you do not need every last frame.

Quick picks

GPU Best for Main advantage Main drawback
Radeon RX 9070 XT High-end 1440p streaming Excellent gaming performance and 16GB VRAM Higher power use and price
Radeon RX 9070 Most buyers Strong 1440p performance with a sensible balance Not as fast as the XT model
Radeon RX 9060 XT 16GB Value-focused streaming Good 1080p or moderate 1440p performance Less headroom for demanding games
Radeon RX 7800 XT Discounted previous-generation systems 16GB VRAM and capable 1440p gaming Older encoder and less efficient platform

Best overall: Radeon RX 9070 XT

The RX 9070 XT is the AMD card I would buy for a new streaming PC when the budget allows it. Its 16GB of VRAM is useful for demanding games, high-resolution texture packs and running a game alongside OBS, a browser and other applications. It also has enough raster performance for high settings at 1440p without relying on aggressive upscaling in every title.

For streaming, you can use the card’s hardware encoder through OBS. AV1 is the preferred format when the platform and your audience support it, because it delivers better image quality than H.264 at the same bitrate. H.264 remains important for compatibility, particularly if viewers use older devices or if your chosen platform has format restrictions.

The limitation is that AMD’s encoder reputation still trails NVIDIA’s in some streaming workflows. The gap is much smaller than it used to be, but NVIDIA remains the safer pick for people who want the broadest support for broadcast tools, plugins and unusual capture setups. AMD is a strong option for game streaming, not necessarily the universal winner for professional production.

Buy the XT if you play demanding games at 1440p, want high refresh rates, or plan to keep the card for several years. If you mostly play competitive games at 1080p, its extra cost is difficult to justify.

Best balanced option: Radeon RX 9070

The RX 9070 is the better value choice for many streamers. It uses the same general generation of media hardware and retains 16GB of VRAM, but costs and consumes less than the XT version. In a typical streaming setup, the audience will not see a meaningful difference in video quality simply because you chose the non-XT card.

The practical difference appears in game performance. A demanding title may require lower graphics settings, upscaling or a lower frame-rate target on the RX 9070, especially at 4K. At 1440p, however, it is a comfortable match for streaming and leaves enough GPU capacity for OBS without making the system feel strained.

Choose a well-cooled Radeon RX 9070 if you want one card for gaming, recording and occasional streaming. It is also the safer purchase if your power supply or case has limited room. Check the specific model’s length, thickness and power connectors before ordering; partner cards can vary substantially.

Best value: Radeon RX 9060 XT 16GB

The RX 9060 XT with 16GB of VRAM makes sense for a budget-conscious streamer who mainly plays at 1080p. It can handle the game and hardware encoding without requiring a premium CPU or expensive power supply. It is also a sensible upgrade from an older mainstream card that struggles with modern games.

Do not expect it to deliver the same comfort margin as the RX 9070 series. At 1440p, newer AAA games may need reduced settings or upscaling, and future titles will put more pressure on its performance. The 16GB version is preferable to a lower-memory variant if you keep graphics cards for several years, use texture-heavy games, or record while streaming.

This is the point where the cheaper option is fine. If your monitor is 1080p, your target is 60 or 120 frames per second, and you stream at a conventional bitrate, spending more on a high-end GPU will not automatically make the stream look better. Put the savings toward a better microphone, lighting, CPU or reliable internet connection instead.

Should you buy an older Radeon?

A discounted RX 7800 XT remains worth considering. It has 16GB of VRAM and enough performance for 1440p gaming, and its hardware encoder supports modern formats. It can be an excellent deal when priced clearly below newer cards.

There are trade-offs. Older Radeon cards are generally less efficient, may have weaker ray-tracing performance, and provide less future-facing software support than the newer generation. Used cards also carry risks: worn fans, mining history, missing accessories and a short or nonexistent warranty. Buy used only when the discount is large enough to compensate for those risks.

Cards below this level can work for basic 1080p streaming, but check encoder behavior in the games you play. A GPU running close to 100 percent can leave too little scheduling headroom for smooth capture. Frame pacing problems, skipped frames and stuttering can appear even when the average frame rate looks acceptable.

What else matters for AMD streaming?

Use hardware encoding in OBS rather than CPU x264 unless you have a specific reason not to. Set a frame-rate limit in the game so the GPU has room for OBS, browser sources and overlays. A small amount of unused GPU capacity is more useful than chasing the highest possible in-game frame rate.

AV1 is usually the best technical choice, but it is not automatically available everywhere. Confirm the platform’s current support, your account’s streaming resolution and your viewers’ device compatibility. Keep H.264 available as a fallback, particularly for broad public audiences.

Also budget for the rest of the system. A modern six-core or better CPU, 32GB of system memory, a fast SSD and a stable wired connection make a bigger difference to reliability than moving from one capable Radeon card to another. If you need a complete upgrade rather than just a GPU, compare current AMD Radeon 16GB graphics cards by cooler size and warranty, not only the model number.

When NVIDIA is the better buy

Choose NVIDIA instead if streaming is your primary work, you depend on several broadcast plugins, or you want the least troubleshooting across recording and live-production software. NVIDIA’s encoder ecosystem is mature and widely tested. You may also prefer it if your games benefit heavily from NVIDIA-specific ray tracing or frame-generation features.

That does not make AMD a bad streaming choice. For a normal gaming stream using OBS, an RX 9070 or RX 9070 XT can provide excellent results. AMD is most attractive when you want strong traditional gaming performance and generous VRAM for the money, and you are comfortable checking settings rather than expecting every production tool to work identically to NVIDIA’s.

FAQ

Is AMD good enough for streaming?

Yes. Recent Radeon cards support hardware H.264, HEVC and AV1 encoding. They are well suited to ordinary game streaming and local recording, although NVIDIA remains the safer choice for specialized broadcast workflows.

Is the RX 9070 XT better than the RX 9070 for streaming?

Not in basic video quality. Both can use the same modern encoding approach. The XT is better when its extra gaming performance lets you maintain higher settings or frame rates while streaming.

How much VRAM should a streaming GPU have?

For a new purchase, 16GB is a comfortable target. 8GB can still be adequate for 1080p gaming, but it leaves less room for demanding games, high-resolution textures and future upgrades.

Should I stream with AV1 or H.264?

Use AV1 when your platform and viewers support it because it is more efficient. Use H.264 when compatibility matters more or AV1 is unavailable.

Related guides

Browse all Graphics Cards guides →