IVIC CODEC
The coding algorithm solution has independent intellectual property rights and has applied for relevant patents, hereinafter referred to as IVIC IP Core, which can achieve lossless image quality, ultra-low latency at microsecond level, low complexity and low power consumption, high flexibility and scalability, and efficient video transmission.
The IVIC IP Core video transmission solution is a complete replacement for uncompressed video transmission solutions and can be flexibly customized to fit the industry application according to the customer's needs. IVIC IP Core-based solutions can be applied to industrial vision, automotive, live production, AR/VR systems, digital TV and broadcast, digital cinema and other industry applications.
- Very small hardware resource footprint in ASICs and FPGAs (low logic and low memory)
- IP has extremely low power consumption, consuming only a small amount of internal RAM and requiring no external memory
- Adopting independent innovative coding and decoding algorithms, providing lower latency than other mainstream products.
- Math lossless or visual lossless can be selected according to the application scenario
- ASIC/FPGA implementations available, IP support for Xilinx, Altera, Lattice, MicroChip and other platforms used
- Support for CPU/GPU SDK implementations
- Contributing to the construction of an efficient video transmission hardware and software ecosystem
Higher performance and reliability at the same cost, significantly improving the efficiency of industrial production line inspection
- Efficient algorithms enable processing of higher resolution, higher frame rate video data on the same hardware
- Improved processing power while maintaining lossless video effects and supporting multiple pixel formats
- The application of ultra-low latency algorithms allows video to be presented in a timely manner, so what you see is what you get
Same efficiency, lower facility costs, and reduced implementation difficulties
- Reduces cable rating, transmission cables and related interfaces by up to 25%
- Supports multiple machine vision transmission interfaces, eliminating the need for duplicate infrastructure (transmission network cabling)
- Reduce power consumption and improve system reliability
