The JPEG2K-E core is a complete high performance JPEG2000 - ISO/IEC 15444-1 image compression solution targeted for video and high bandwidth image compression applications.
The JPEG2k-E core delivers real JPEG2000 compression efficiency. Commonly used hardware simplification compromises, such us bypass and parallel mode of the entropy coding process, that damage the JPEG2000 rate-distortion efficiency have not been adopted. Furthermore the core implements an accurate rate-control that delivers quality practically equivalent to de-facto software encoders. Region of interest coding, progressive streams with multiple quality layers, lossy and lossless compression are JPEG2000 standard benefits also delivered from the JPEG2k-E core.
A single JPEG2k-E core can process mutliple Full HD (1080p@30) channels, as for example it supports an input rate of 190 MSamples/sec when mapped on a 90nm ASIC technology. Users of the core can use parallel instantiations to meet the processing rate requirements even of the most demanding applications.
The JPEG2K-E is a reliable and easy-to-integrate core as it is carefully designed, rigorously verified, and production proven. The architecture can be fine-tuned based on the application specific needs. Ease of integration is served by a complete verification environment, and additional aids for system on chip simulation, such as a software bit-accurate model.
Features
# JPEG 2000 compliance * Both lossless and lossy compression * Error-resilient compression * Rate control * Headers syntax processing (JPC, JP2, proprietary)
# Real JPEG2000 Performance * No hardware simplification compromises * Not based on bypass and parallel mode of entropy coding * High-quality, accurate rate-control * Region Of Interest
# Flexible Input Image Format All widely used sub-sampling formats (e.g. 444, 422, etc) Image up to 65,535x65,535 Tile size up to 8,192x8,192 Up to 4 color components 8 up to 16 bits per sample
# Programmable JPEG 2000 options * 2D-DWT filter type (5/3 or 9/7) * Number of 2D-DWT levels * Quantization tables * Entropy-coding switches (reset, restart, segmark)
# Input format (pixel depth, image and tile size, number of components, sub-sampling factors) # Code-block size (64 or 32 or 16 on each dimension) # Up to 30 quality layers # Compression ratio per quality layer
# Tunable architecture during synthesis * Configurable number of entropy coding units * Configurable maximum image/tile size
# Flexible Interfaces * 16-bit synchronous SRAM-style host interface * Dedicated pixel-in and stream-out interfaces * Independent of external memory type (DDR2/3. SDRAM, SRAM, etc.)
Glue-less connection to Xilinx, Altera and CAST memory controllers
"iSine provides custom ASIC and SoC solutions to multiple market segments (see www.isine.com). The quality and support of CAST IP cores have saved us valuable time to market with these products. In this highly competitive environment, this advantage is critical to the success of our company. CAST has repeatedly and quickly helped us out of last-minute jams and multi-vendor IP interface issues.
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