Resources
Dive into the details on SAVT technology. Browse product information, datasheets, solution briefs, papers, applications documents, technical documents, educational resources, and much more.
WHITEPAPER
May 2026
Sampled Analog Video Transport (SAVTâ„¢) – High Accuracy and Perceptually Error Free
Using SAVT technology brings several significant improvements in display driving and color accuracy. This paper makes clear that image transport to the DDICs is much more robust, and small errors, if present, will not influence the image accuracy in any perceivable way.
WHITEPAPER
APRIL 2026
Sampled Analog Video Transport (SAVTâ„¢) – Enhanced Color Reproduction
This whitepaper shows that it is possible to design an analog transmission system that produces no visible errors and greatly improves color reproduction. Using SAVT technology, image bit-depth and color reproduction can be significantly increased.
WHITEPAPER
MAY 2025
Sampled Analog driving of high framerate UHD displays
This paper illustrates how SAVT finally removes the ‘video throughput barrier’ currently stalling the widespread market adoption of high-performance UHD displays. SAVT technology will significantly reduce the manufacturing costs of larger, faster, and more vivid television sets and gaming monitors by providing a high speed, low EMI video link while maintaining excellent signal robustness, superior video quality, and reduced power consumption.
WHITEPAPER
MARCH 2025
Advances in Sampled Analog Video Transport (SAVTâ„¢) Technology
For current high-end displays, conventional data transports require parallel data-pairs plus equalization circuits to deliver the required video data to the edge of the display panel. These accommodations increase cost, power, and complexity. SAVT is the solution to this impasse, and this paper demonstrates that image bit-depth can be increased arbitrarily while reducing transmission power and DDIC cost, producing no visible errors.
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