Experience the density and operational cost advantages of NETINT Codensity powered video processing units that enable the transition from CPU and GPU-based video encoding to ASIC-powered transcoding.
The advantage that silicon brings to modern video workflows is a 10x or greater reduction in operational cost and a 40% or greater reduction in carbon emissions while maintaining quality and bitrate efficiency comparable with software.
Operational cost
reduction
Carbon emissions reduction
The NETINT T408 is a U.2 form-factor video transcoder powered by a single Codensity G4 ASIC. Operating in x86 and Arm-based servers, the T408 enables video operators to move from software to hardware video encoding in the data center to power real-time video applications at a TCO that is 10x less than CPU-based solutions.
The NETINT T432 is a PCIe form-factor video transcoder with four Codensity G4 ASICs. Operating in x86 and Arm-based servers, the T432 enables video operators to move from software to hardware-based encoding to power real-time video applications at a TCO that is ten times less than CPU-based encoding solutions.
The Quadra T1 is a U.2 form-factor video processing unit with one Codensity G5 ASIC. Operating in x86 and Arm-based servers, the T1 enables video operators to move from software to hardware-based encoding to power real-time video applications and the metaverse at a TCO that is 40x less than CPU-based solutions.
The Quadra T1A is an AIC (HH HL) form-factor video processing unit with one Codensity G5 ASIC. Operating in x86 and Arm-based servers. Quadra T1A enables video operators to move from software to hardware-based encoding to power real-time video applications and the metaverse at a TCO that is 40x less than CPU-based solutions.
The Quadra T2 is an AIC (HH HL) form-factor video processing unit with two Codensity G5 ASICs. Operating in x86 and Arm-based servers. Quadra T2 enables video operators to move from software to hardware-based encoding to power real-time video applications and the metaverse at a TCO that is 40x less than CPU-based solutions.