NETINT Technologies published an article examining how processing efficiency and compression efficiency can address video efficiency cost centers independently, with purpose-built video processing and MPEG-5 LCEVC.
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Video efficiency has two cost centers. One is the infrastructure required to create the stream. The other is the bandwidth required to deliver it. Optimizing only one le…
Company
NETINT Technologies
AV1, HEVC, H.264 ASIC-based video encoders for metaverse, cloud gaming & real-time streaming data center workloads.
- Industry
- Semiconductor Manufacturing
- Location
- Burnaby, CA
- Company size
- 51–200 employees
About NETINT Technologies
NETINT Technologies develops silicon solutions for ultra-high-density video encoding and processing in the data center. We are the creator of a new hardware encoder category, VPU (video processing unit), combining hardware efficiency with software flexibility and quality. With NETINT VPUs, a 1RU server can encode or transcode 160 1080p60 AV1, H.264, or HEVC broadcast-quality live streams at a 90% lower TCO than software running on the CPU. Use cases where VPUs are deployed include mobile cloud gaming, live game streaming, video conferencing, remote desktop, high-density social video streaming, live OTT streaming, and AR/VR services. NETINT is a VC-backed company of silicon innovators passionate about building solutions that leave an indelible mark on the world. Our offices and R&D facilities are in Vancouver, Toronto, and Shanghai. With our compact ASIC-powered video transcoders and VPUs, video services, and streaming platforms can reduce TCO and upgrade density and performance by an order of magnitude without replacing servers.
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Latest activity from NETINT Technologies
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Research & Knowledge
NETINT Technologies published an article outlining Arcadian's methodology for moving video teams from CPU and GPU-based transcoding to NETINT Quadra VPU infrastructure.
Research & Knowledge
NETINT Technologies published an article explaining why system-level efficiency provides a better foundation for capacity planning than individual component specifications.
Research & Knowledge
NETINT Technologies published an article exploring how purpose-built video processing and MPEG-5 LCEVC address different parts of the same efficiency problem.
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