Visually lossless compression and decompresion
The JPEG XS Encoder/Decoder by Techno Mathematical Co. harnesses the power of their original computing algorithm, "DMNA," aligning with the ISO/IEC21122-1 standard for JPEG XS. This hardware RTL core delivers Visually LossLess compression and decompression, catering to ultra-low latency requirements with a delay of mere lines or less. Supporting various image formats and bit depths, it offers configurable compression ratios, providing constant bitrate control per frame. With throughput of 8 or 12 samples/clock, it manages diverse image sizes from 32x4 to 8192x4320 pixels, adaptable to specific requests.
Features
- Visually LossLess Compression/Decompression
- Ultra-Low Latency: Delivers delays of just a few lines, achieving less than 1ms with high-speed transmission lines.
- Multiple Image Formats and Bit Depths Supported
- Configurable Compression Ratios: Ranging from 1/2 to 1/20 compression ratio in Byte unit.
- Compliance with ISO/IEC-21122-1 (JPEG XS) Standard.
Specifications
| Compression format |
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| Compression and decompression throughput |
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| Image size (width x height) |
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| Image formats and bit depth |
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| Image data, compressed data interface |
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Techno Mathematical is recognized for its:
Cutting-Edge Algorithmic Innovation: Incorporating advanced algorithms such as DMNA, Techno Mathematical products are designed to optimize computational efficiency and elevate image processing capabilities.
Extensive Application Flexibility: Offering solutions in audio and video compression, as well as visibility enhancement across diverse shooting scenarios, these products serve an array of industries including security, surveillance, and AI-based image recognition.
Adaptable Interface Integration: Techno Mathematical's hardware IPs feature versatile input/output interfaces supporting multiple video signal formats (AXI4-stream, DE) and control interfaces (APB3), ensuring seamless integration and compatibility across systems.
Performance-Oriented Solutions: Prioritizing performance metrics, these products deliver enhanced image quality, minimized latency, and streamlined throughput, meeting the demands of superior audio/video processing and efficient data handling.