June 20, 2022 –– Allegro DVT, the main supplier of video processing silicon IPs and video compliance streams, has introduced that its D310 AV1 decoder silicon IP now helps 12-bit pattern measurement and 4:4:4 chroma sub-sampling. Rising functions corresponding to cloud-gaming, automotive and display screen mirroring will directedly profit from these new options to offer a superior video high quality and protect the best particulars in video content material.
Allegro DVT’s D310 IP is a part of the D3xx extremely customizable silicon IP household that builds on a scalable structure permitting image resolutions starting from to HD, 4K and as much as 8K/16K whereas offering assist for pattern sizes from 8-bit to 12-bit and chroma subsampling from 4:0:0 as much as 4:4:4.
Allegro DVT is ready to handle the rising demand of state-of-the-art video processing blocks in superior System-on-Chips (SoCs) by offering extremely configurable decoding IP core supporting a wide range of selectable codecs. Along with AV1, the D3x0 household additionally helps JPEG, H.264, HEVC, VP9 and VVC video codecs. Moreover, Allegro DVT’s distinctive and scalable structure method affords the most effective trade-off between silicon measurement and energy consumption and retains the working frequency of the ensuing 8K options at an affordable degree to permit bodily implementations in mainsteam and cost-efficient course of node applied sciences.
The D310 is instantly accessible with a complete documentation and SW drivers for a easy integration into video SOCs.
Nouar Hamze, CEO of Allegro DVT commented “Allegro DVT is dedicated to supporting the AV1 ecosystem and accelerating the adoption of this promising video codec. Our D310 product is the very first AV1 decoder IP to offer assist for 12-bit pixel measurement and 4:4:4 chroma subsampling format. These high-end options will prolong the breadth of goal functions to consists of superior HDR, cloud-gaming, wi-fi show and automotive through which preserving video high quality is of utmost significance. This IP represents the end result of our engineering and advertising effort in bringing collectively the necessities of vastly completely different functions and producing options which can be optimum when it comes to energy, efficiency, and space for our finish prospects.”
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