Vmix 27 <FHD>

Always use an NVIDIA graphics card. The NVENC encoder in vMix 27 is optimized to take recording and streaming load off your CPU, allowing you to run 20 camera sources on a mid-range laptop.

Alongside AV1, HEVC support has been optimized. vMix 27 ensures that both streaming and local recording pipelines can simultaneously utilize HEVC hardware encoding. This is particularly beneficial for 4K workflows, where H.264 is simply too inefficient to be viable for multi-hour recordings. 2. Advanced Layering and the Multi-View Revolution

Crop layers directly inside the input settings without needing external graphics software. vmix 27

Utilize the extra outputs for dedicated referee review monitors and separate scoreboard feeds.

[Zoom Cloud] ──(Native API)──> [vMix 27] ──> Individual Video Inputs (Up to 1080p) ──> Auto-Generated Clean Mix-Minus Audio No More Hardware Workarounds Always use an NVIDIA graphics card

Building complex multi-view frames (like picture-in-picture layouts) received an intuitive visual overhaul. The new interface mimics the layout behavior of the popular standalone .

Improved control over individual audio levels on audio buses allows for cleaner mixes. vMix 27 ensures that both streaming and local

Network Device Interface (NDI) technology evolves rapidly, and vMix 27 fully adopts the NDI 6 framework. This integration brings native improvements to IP video routing within local networks, focusing heavily on color depth and WAN (Wide Area Network) connectivity. 10-Bit Color Support

For esports, latency is king. vMix 27 introduces , reducing network camera delay to less than 1 frame. The new "Replay Timeline" can be mapped to a gaming keyboard (e.g., Razer or Logitech), allowing a producer to mark "kills" instantly.

Stream using the AV1 codec via RTMP for superior visual quality.

If you are currently on vMix 26, the upgrade cost is roughly $60 (depending on your license tier). Is it worth it?