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Choosing the Right IP Cores for Low-Latency Video Streaming

A negligible delay from video capture to display—the “glass-to-glass” latency—is critical for many video streaming applications, from advanced driver assistant systems (ADAS) and unmanned vehicles to video conferencing and broadcasting.

Innovative Energy Savings Using GZIP IP Within IoT Devices (D&R IP-SoC 2015 Paper)

A paper, slides, and presentation video discussing how lossless data compression—with CAST's ZipAccel GZIP IP cores—can save significant energy in IOT applications.

Data Compression Accelerators from CAST Now Available on Xilinx Alveo Boards

Reduce bandwidth and storage requirements with standard GZIP/ZLIB/Deflate compression at over 90Gbps on Xilinx Alveo Data Center Accelerator Cards.

Megh Computing Uses CAST H.264 IP Subsystem in Video Analytics Solution

Low-latency Video Decoding IP Subsystem Meets Megh's Requirements for Video Analytics System Using AI/Deep Learning to Prevent Retail Inventory Loss

H.264/AVC Video Compression

An H.264 family supporting different profiles and providing excellent video quality, even for ultra-low-latency, and/or low-bit-rate video streaming.

Lossless Data Compression

A family of silicon IP cores for GZIP/ZLIB/Deflate lossless compression and decompression, as well as a LZ4/Snappy decompression core. The IP cores of the family are highly configurable to allow fine-tuning of its compression efficiency, throughput ...

Choosing the Right IP Cores for Low-Latency Video Streaming

Innovative Energy Savings Using GZIP IP Within IoT Devices (D&R IP-SoC 2015 Paper)

Data Compression Accelerators from CAST Now Available on Xilinx Alveo Boards

Megh Computing Uses CAST H.264 IP Subsystem in Video Analytics Solution

H.264/AVC Video Compression

Lossless Data Compression

New LZ4 & Snappy IP Core from CAST Enables Fast Lossless Data Decompression

H264-E-BPF

H264-E-BPS

H264-E-HIS