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Image Codec

Welcome to the ultimate Image Compression IP Cores hub! Explore our vast directory of Image Compression IP.

Image Compression IP Cores consist of JPEG, JPEG 2000, JPEG-LS and CCSDS IP cores that offer maximum image quality and performance.

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Search (134)
Compare 134 Image Codec from 27 vendors (1 - 10)
  • Video Scaler with 4K Up/Down/Cross Conversion
    • The VSC-4KX is a high quality polyphase scaler for up/down/cross conversion between video formats up to 4K resolution.
    • The VSC-4KX up converts SD/HD video signals to 4K resolution and down converts 4K inputs to SD or HD.
    • In addition, the VSC-4KX can cross convert a 4K input to a 4K output with up/down scaling. 
    Block Diagram -- Video Scaler with 4K Up/Down/Cross Conversion
  • Video Scaler with Down Conversion from 4K
    • The VSC-4KD is a high quality polyphase scaler for down converting 4K inputs to standard definition or high definition format.
    • 4K quadrant based format as used with Quad 3G-SDI links, as well as side-by-side format used with DisplayPort 1.2, are both supported.
    • Pixels at the boundaries between tiles are processed correctly such that no seams are ever visible. 
    Block Diagram -- Video Scaler with Down Conversion from 4K
  • Video Scaler with Up Conversion to 4K
    • The VSC-4KU is a high quality polyphase scaler for up converting standard definition and high definition video signals to 4K resolution.
    • 4K quadrant based format as used with Quad 3G-SDI links, as well as side-by-side format used with DisplayPort 1.2, are both supported.
    • Pixels at the boundaries between tiles are processed correctly such that no seams are ever visible. The scaler may be used in conjunction with the VPC-1 Video Processor and Deinterlacer IP core or with any other customer or third party IP.
    Block Diagram -- Video Scaler with Up Conversion to 4K
  • Video Scaler with Shrink and Zoom Support
    • The VSC-1 is a high quality polyphase scaler which has been optimized for video and graphics applications.
    • The scaler may be used in conjunction with the VPC-1 Video Processor and Deinterlacer IP core or with any other customer or third party IP.
    • Support for both shrink and zoom modes allows full screen display of any video or graphics source as well as arbitrary resizing for PIP applications. 
    Block Diagram -- Video Scaler with Shrink and Zoom Support
  • Linear Frame Rate Converter
    • 8/10/12-bit 4:2:2 or 4:4:4 processing
    • Low latency (~2 lines)
    • Fully synchronous design
    Block Diagram -- Linear Frame Rate Converter
  • Video Rotation Function
    • The VPC-4 is a video rotator for converting landscape rasters to portrait format and for converting portrait rasters to landscape format. In addition to rotation by 0, 90, 180 or 270 degrees, optional image mirroring is also supported.
    • The VPC-4 can be used standalone or in conjunction with the VPC-1 Deinterlacer and VSC-1 Scaler IP cores to provide a complete portrait display solution.
    • When used in conjunction with the VPC-1 Deinterlacer, the memory interface can be shared to allow for concurrent deinterlacing, scaling and rotation on a single bus.
    Block Diagram -- Video Rotation Function
  • Video Processor and Deinterlacer with Line-Doubled Output
    • The VPC-1 is a high quality motion adaptive deinterlacer and video processor with line-doubled output.
    • Additional functions include motion adaptive noise reduction, low angle directional interpolation and film cadence detection (supports multiple cadences including 3:2, 2:2 and others).
    Block Diagram -- Video Processor and Deinterlacer with Line-Doubled Output
  • Configurable Multi-Scaler
    • The CMS-1 is a parameterized integration of the VSC-1 scaler core with other IP as needed for ABR and similar applications requiring simultaneous multiple output formats from a single input.
    • The CMS-1 is fully customizable through the use of Verilog parameters so that it may be tailored for use in various applications.
    • The number of simultaneously available outputs, scaler taps, phases, data path and coefficient precision are all configurable. A highly efficient implementation exploits the use of cascading as well as resource sharing in order to minimize implementation cost.
    Block Diagram -- Configurable Multi-Scaler
  • Configurable Multi-Viewer
    • The CMV-1 is a parameterized integration of the VSC-1 Scaler, VPC-1 Deinterlacer and other IP as required for multi-viewer applications.
    • The CMV-1 greatly simplifies the development of multi-viewer applications while allowing flexible system design through the use of Verilog build-time parameters.
    • For instance, the system may be configured to allow for up to 32 video sources and one or more display outputs. 
    Block Diagram -- Configurable Multi-Viewer
  • Configurable Cross Converter
    • The CXC-1 is a parameterized integration of the VPC-1 Deinterlacer and VSC-1 Scaler IP cores along with all circuitry necessary to interface to a DRAM controller.
    • The CXC-1 greatly simplifies using the VPC-1 and VSC-1 in a wide range of applications.
    • All build-time parameters supported by the VPC-1 and VSC-1 are available at the top level of the CXC-1. 
    Block Diagram -- Configurable Cross Converter
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