Lossless compression and de-compression at high-speed
This core provides complete lossless compression, high-speed processing, ultra-low latency, and reliable quality in a compact design. The compression algorithm reduces internal memory and logic gate count, ensuring efficient compression and decompression without compromising image quality or resolution, making it an ideal choice for various image processing applications.
Features
- Industry-leading Compact Size: Optimized design reducing internal memory and logic gate count.
- Low Latency: Achieves ultra-low latency by optimizing encoding algorithms.
- High-Resolution Support: Flexibly supports parallel processing with high resolutions.
- Varied Image Formats: Supports multiple image formats including RGB, YUV, and monochrome.
- Wide Image Bit Depth: Handles image bit depths from 8 to 16 bits for diverse requirements.
Specifications
| Compression format |
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| Compression and decompression capability |
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| Image size |
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| Image formats |
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| Image 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.