4K Mathematically Lossless JPEG 2000 Encoder/JPEG 2000 decoder

Overview

Keeping image quality intact has always been the priority in the Archiving and Storage, but also in Post-Production, Contribution and Exhibition.

Nowadays, our digital era is associating this need with an increasingly pressing issue: increased resolution, frame rates and quality are making bandwidth and storage needs skyrocket. Cutting in half or even by three your storage and distribution needs while keeping every bit of information unaltered is now possible with the Mathematically Lossless processing of JPEG 2000 and the intoPIX M-Lossless familyDigital Cinema Exploitation.

Key Features

Up to 4K 30p
Up to 12 bits color depth
Mathematically Lossless compression
Xilinx 7 Series (Kintex7, Virtex-7), Xilinx Virtex-6,
Altera Stratix IV & V
Function

JPEG 2000 Encoder
JPEG 2000 Decoder

Maximum CodeStream Bitrate; Lower bitrate supported:

1000 Mbps
Mathematically Lossless

Maximum Pixel rate; Lower pixel rate supported: 280 Mpixels/s
Maximum Pixels per line; Lower pixels per line supported: 4096 pixels/line (4K)
Maximum bit depth per component; Lower bit depth supported: 12 Bits/comp.
Latency (encoding + decoding): Low Delay (2+1 frames)
Color Space

YUV or RGB
XYZ

Chrominance subsampling

4:4:4
4:2:2

Benefits

Mathematically Lossless compression (5/3 wavelet filter)
Nearly Mathematically Lossless compression (5/3 wavelet filter with maximum bitrate limit)
From SD up to 4K+ resolutions
Up to 12 bits color depth
Visually Lossless capable

Applications

High-end digital camera recorders
Video and film central storage
Video and film archive data bases
Still image archive data bases
Digital Preservation

Technical Specifications

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