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Reliable embedded software in terms of compression patents.
It can be called via the memory interface. There is no size limit for the original data (it depends on the OS). It is also ideal for compression and restoration on a per-file basis. It can be integrated and used in applications and systems.
Operation in a memory-saving environment is possible! A C library for embedded systems with compression and decompression functionality.
The "Data Compression Library/Data Encryption Library" is a C library with single-functionality for compression and restoration. Due to its compact program size, it can operate in low-memory environments. You can confidently incorporate it into products regarding compression patents and quality. For file-level compression and restoration purposes, we recommend the data compression libraries ESLC and RELC, which have a simpler API than Arcmanager and no limitations on compression size. It is also possible to combine it with the compression and encryption library EAES. 【Features】 ■ No size limitations on the data to be compressed ■ Compression and restoration via memory interface (simple API) ■ Compatible with various CPUs (microcontrollers) and various OS *For more details, please refer to the catalog. Feel free to contact us with any inquiries.
The software implementation is lightweight and suitable for embedded systems. It contributes to improved accuracy of analysis with an overwhelming data compression rate.
"CVC Wave" is a unique compression technology specialized in natural information such as waveform data, optimized by focusing on the different data characteristics of each system. By constructing a dedicated compression format that emphasizes the nature of the data (density, continuity, etc.), the compression ratio is particularly high for analog measurement system data, where the characteristics of the data are uniform. 【Features】 ■ Contributes to improved accuracy of analysis with overwhelming data compression ratios ■ Achieves exceptionally high-speed processing ■ Minimal variation in processing speed, excelling in real-time performance ■ Lightweight software implementation, suitable for embedded systems ■ Higher compression ratios compared to conventional lossless compression *For more details, please refer to the PDF materials or feel free to contact us.
