diff --git a/_guides/obs/high-quality-streaming/nvenc.html b/_guides/obs/high-quality-streaming/nvenc.html index 283da5c..0d2cdec 100644 --- a/_guides/obs/high-quality-streaming/nvenc.html +++ b/_guides/obs/high-quality-streaming/nvenc.html @@ -17,7 +17,7 @@ StreamFX v0.11.1 and OBS Studio 27.2{% endcapture %}{% include blocks/paragraph. {% capture content %}Modern OBS Studio has two ways to achieve the expected quality: the built-in NVENC H.264 (new) and the addition from StreamFX called NVIDIA NVENC H.264/AVC (via FFmpeg). Both Options can achieve similar quality to x264 medium, but the latter is able to exceed that and rival x264 medium/slow in various situations. Whichever you pick, both of them support zero-copy encoding, and they’re both valid options for streaming.{% endcapture %}{% include blocks/paragraph.liquid content=content %} {% capture content %}Built-In: OBS Studio NVENC H.264 (new){% endcapture %}{% include blocks/heading.liquid content=content level=2 %} -{% capture content %}The simplest option is the built-in NVENC encoders which offer less flexibility, but get you started on the path of quality quicker. Depending on which GPU generation you own, you will be able to reach different peak quality levels: Kepler may reach up to x264 superfast, Maxwell and Pascal may reach up to x264 veryfast, Volta may reach up to x264 faster, and Turing and Ampere may reach up to x264 fast.{% endcapture %}{% include blocks/paragraph.liquid content=content %} +{% capture content %}The simplest option is the built-in NVENC encoders which offer less flexibility, but gets you started on the path of quality quicker. Depending on which GPU generation you own, you will be able to reach different peak quality levels: Kepler may reach up to x264 superfast, Maxwell and Pascal may reach up to x264 veryfast, Volta may reach up to x264 faster, and Turing and Ampere may reach up to x264 fast.{% endcapture %}{% include blocks/paragraph.liquid content=content %} {% capture content %} Option