Belkin have announced a new range of DVI and HDMI cables called RazorVision, which utilise a "microprocessor" to improve the picture quality.
They claim benefits are: more image depth, increased contrast and visible details, brighter whites and blacker blacks, restored levels of details lost to glare and shadows, no edge-outline “halo” sometimes caused by other video processors.
They also claim: works with all DVD and VCR players, PVRs, game consoles, PCs, and digital and analog cable, satellite, and off-air antenna sources.
http://www.pureav.com/razorvision/
$249.99
RazorVision's video processor is a DigiVision DV1000
http://www.digivision.com/
(thanks Joe Fernand, TMF)
-- a chip used for image enhancement in medical, industrial, military and homeland security applications.
WMP download demo: http://www.digivision.com/videos/clip1_500.wmv
Internal 4:4:4 processing, automatic format detection, NTSC or PAL, 480i through 1080p
"The DV1000 features a locally adaptive enhancement that allows for bringing out fine details in light and dark areas simultaneously. The chip also does some chroma processing and large convolution kernel real-time enhancement."
They claim benefits are: more image depth, increased contrast and visible details, brighter whites and blacker blacks, restored levels of details lost to glare and shadows, no edge-outline “halo” sometimes caused by other video processors.
They also claim: works with all DVD and VCR players, PVRs, game consoles, PCs, and digital and analog cable, satellite, and off-air antenna sources.
http://www.pureav.com/razorvision/
$249.99
RazorVision's video processor is a DigiVision DV1000
http://www.digivision.com/
(thanks Joe Fernand, TMF)
-- a chip used for image enhancement in medical, industrial, military and homeland security applications.
WMP download demo: http://www.digivision.com/videos/clip1_500.wmv
Internal 4:4:4 processing, automatic format detection, NTSC or PAL, 480i through 1080p
"The DV1000 features a locally adaptive enhancement that allows for bringing out fine details in light and dark areas simultaneously. The chip also does some chroma processing and large convolution kernel real-time enhancement."
