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Video Codec IP using RAW input (CFA)
The video IP cores using CFA (Bayer, Quad-Bayer) produces visually lossless video quality. The algorithm adds minimal latency to the system while it offers super-resolution.
Did you know?
Invented in 1976 by Bryce Bayer, the Bayer filter is perhaps the most well-known color filter arrays currently in use. Elegant in its simplicity, the well–known filter uses an array of RGB filters placed on a sensor array to allow image sensors to create color images. By using twice as many green as red or blue filter elements, the filter array was designed to more accurately emulate the physiology of the human eye since the eye is more sensitive to green wavelengths.
MORE CONTROL OVER YOUR SENSOR DATA
The digital camera system is typically formed by a lens system, an image sensor and an image processing pipeline. When an image is captured, the scene is first illuminated by the camera flash or by ambient lighting. The light beams then travel through a lens system and reach an image sensor. The image sensor creates a digital representation of the captured light. Raw image data is read from the sensor and transferred into the image processing (demosaicing) pipeline. The demosaicing can take place within the FGPA/ASIC or done by software.
BENEFITS OF DEMOSAICING IN THE FPGA/ASIC
For real time applications where the compressed video is sent on the network, an implementation of a demosaicing algorithm on FPGA/ASIC is ideal thanks to the parallel processing nature of FPGA/ASIC’s. Demosaicing in the FPGA/ASIC is ideal for handling live streams.
See more information in the below diagram >>>
BENEFITS OF DEMOSAICING IN THE SOFTWARE
For non-real time applications, performing the demosaicing in software can help get the best reduction in interpolation artifacts. For state of the art demosaicing algorithms that are difficult to implement in hardware because of their memory requirement and complex access patterns. Demosaicing in the software is ideal when memory and computational requirements are very high.
See more information in the below diagram >>>
Did you know?
Invented in 1976 by Bryce Bayer, the Bayer filter is perhaps the most well-known color filter arrays currently in use. Elegant in its simplicity, the well–known filter uses an array of RGB filters placed on a sensor array to allow image sensors to create color images. By using twice as many green as red or blue filter elements, the filter array was designed to more accurately emulate the physiology of the human eye since the eye is more sensitive to green wavelengths.
MORE CONTROL OVER YOUR SENSOR DATA
The digital camera system is typically formed by a lens system, an image sensor and an image processing pipeline. When an image is captured, the scene is first illuminated by the camera flash or by ambient lighting. The light beams then travel through a lens system and reach an image sensor. The image sensor creates a digital representation of the captured light. Raw image data is read from the sensor and transferred into the image processing (demosaicing) pipeline. The demosaicing can take place within the FGPA/ASIC or done by software.
BENEFITS OF DEMOSAICING IN THE FPGA/ASIC
For real time applications where the compressed video is sent on the network, an implementation of a demosaicing algorithm on FPGA/ASIC is ideal thanks to the parallel processing nature of FPGA/ASIC’s. Demosaicing in the FPGA/ASIC is ideal for handling live streams.
See more information in the below diagram >>>
BENEFITS OF DEMOSAICING IN THE SOFTWARE
For non-real time applications, performing the demosaicing in software can help get the best reduction in interpolation artifacts. For state of the art demosaicing algorithms that are difficult to implement in hardware because of their memory requirement and complex access patterns. Demosaicing in the software is ideal when memory and computational requirements are very high.
See more information in the below diagram >>>
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Block Diagram of the Video Codec IP using RAW input (CFA)
Raw IP
- 4K TICO-RAW Encoder / Decoder for RAW CFA sensor data
- 8K TICO-RAW Encoder / Decoder for RAW CFA sensor data
- 2K TICO-RAW Encoder / Decoder for RAW CFA sensor data
- JPEG 2000 RAW Encoder/JPEG 2000 RAW Decoder for 4K Image sensors
- JPEG 2000 RAW Encoder/JPEG 2000 RAW Decoder for HD Image sensors
- JPEG 2000 RAW Encoder/JPEG 2000 RAW Decoder for 8K Image sensors