The P20 and P10 can work in switcher mode or PGM only mode. In switcher mode, a single P20 supports up to two 4K×2K@60Hz outputs and a single P10 supports one 4K×2K@60Hz output. In PGM only mode, the output resolution per P20 is up to 8K×4K@60Hz and P10 is up to 8K×2K@60Hz.
Additionally, the P20 and P10 come with dedicated AUX outputs connecting to auxiliary devices and a dedicated Multiviewer output is provided for live monitoring of all the inputs and outputs from one display. High-performance image
deinterlacing is also supported.
The P20 and P10 employ FPGA-based high performance image enhancement architecture and real 4K60p 4:4:4 10-bit internal video processing. With dual working modes, versatile 4K connectivity, high-quality video processing, flawless image mosaic, various transition effects and much more, the P20 and P10 are perfect fits for small/medium-sized live events and many fixed installations requiring high reliability, unrivaled ease of use, optimal image quality and cutting-edge live 4K processing features. Seamless transitions and smooth video display maximize audience engagement. Dual working modes make the P20 and P10 more capable, allowing users to choose switcher mode or PGM only mode according to their application requirements. The P20 supports up to 7 layers (3x 4K@60Hz layers and 4x 2K@60Hz layers, or 4x 4K@60Hz layers) and the P10 supports up to 6 layers (2x 4K@60Hz layers and 4x 2K@60Hz layers, or 3x
4K@60Hz layers). Users can freely arrange the layout of layers. Up to 128 presets are supported to satisfy different requirements.
High-resolution images can be captured from live inputs and outputs and used as BKG. In addition, the P20 comes with advanced DSK capability including luma key and chroma key and allows for free conversion
between SDR, HDR10 and HLG.
10G optical fiber ports are provided for copying HDMI 2.0 output, allowing the P20 and P10 to transmit signals to the VX1000 or VX600 LED controller from NovaStar over a long distance (up to 10 km with SMF) without fiber converters. This method not only ensures the signal stability but also lowers the transmission cost, making the P20 and P10 ideal for long-distance signal transmission.