Real-time High-speed Lossless CompressionCVC Accelerator (PCIe Accelerator)

PCIe Accelerator That Achieves Overwhelming Speed-up

CVC Accelerator Features

  • Readily accelerates CVC Image & Wave by using a PCIe board
  • Achieves overwhelmingly faster compression than CVC Image & Wave
  • Low-latency design - Compression starts once data is input
  • Features stable processing speed and virtually real-time processing
  • Low-profile & fanless design suited for embedded PCs
  • Higher compression ratio than conventional methods
  • Highly secure due to our proprietary algorithm
  • Includes a free license for a dedicated library for decompression

CVC Accelerator: Usage

  • To use CVC Accelerator, it is necessary to control compression/decompression (make API calls) from a customer's software.
  • Data passing method for CVC Accelerator is essentially memory to memory.
  • Allocation and management of the memories for original images and compressed images should be handled by a customer's software.

Supported environment:

  • PCI Express Card Edge Gen2 x8, Gen3 x4 accelerator board
  • Effective Compression/Decompression Speed: 2600 Mbytes/sec (16-bit data), 1800 Mbytes/sec (8-bit data)
  • Bit Depth: up to 8-bit / 16-bit
  • Low-profile & fanless design suited for embedding in industrial equipments or servers
  • Fully upward compatible with CVC Image & Wave
  • Includes a free license for a dedicated library for decompression (for Windows)
  • Supports drivers for Windows 10 (64-bit) and Linux (64-bit)

CVC Accelerator: Applications

Exhaustive storage of wafer and alignment images for semiconductor manufacturing equipments.
Exhaustive storage of wafer and alignment images for semiconductor manufacturing equipments.
Exhaustive storage of X-ray, CT or MRI images at medical facilities.
Exhaustive storage of X-ray, CT or MRI images at medical facilities.
Securing bandwidth and storage of camera data from autonomous driving and advanced safety systems.
Securing bandwidth and storage of camera data from autonomous driving and advanced safety systems.
Data compaction in clouds and data centers.
Data compaction in clouds and data centers.
Exhaustive storage of image data from visual inspection systems (for automotive, electronics, etc.).
Exhaustive storage of image data from visual inspection systems (for automotive, electronics, etc.).
Experiment data archive in lab environments.
Experiment data archive in lab environments.

CVC Accelerator: Use Cases

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