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Please Note: This cable requires the analog RGB component video
signal source such as DVD Player, Blu-Ray, HD DVD Player.
The Cable Not Support your Computer Monitor DVI Video Port, or Y
, Cr, Cb Video. Both devices MUST support Y, Pb, Pr (sync-on-green) signals.
HIGH DEFINITION TELEVISON DVI-I Component Video Cable, (ULTIMA
HDTV VIDEO Cable) DVD to HDTV Component Cable HDTV DVI Video Cables
for Specifically Designed for Digital and next Generation, high-definition
Analog Video Applications. The HDTV Video Cables are Constructed
of three Individually Shielded, 75-ohm Coax Cable, which Provide
a Performance Connection that Maximizes Color and Image. The Cable
Features 100% Shield with an Overlapped Foil and Copper Braid. The
shield is continues through the connector with a 360-degree Tin
Solder Joint Between the Cable Braid and a Copper Foil wrap on the
DVI-I Copper Shield Under Mold, Providing a Shielding Solution for
a Noise-free Connection. Constructed with UL listed cable, the HDTV
DVI Video Cable meets the Rigid Standards of Everyday use. HDTV
DVI Video Cable are Designed for Satellite TV, HDTV, Component RGB
Video, Y/ Pb /Pr Video and most DVI LCD Projectors. The Cable Not
Support your Computer Monitor DVI Video Port, or Y , Cr, Cb Video.
Your Video Source Must Provide a YpbPr Component Video Signal form
the DVI-I Video Ports to Use This HDTV DVI-I Video Cable Features:
Connectors: DVI-I Male to (3) RCA Male( Red, Green, Blue.) Designed
for Satellite TV, HDTV, DVI-I Component Y/pb/ Pr video and most
LCD Projectors The Cable from UL 2919 listed wire Provides a Performance
Monitor Connection that Maximizes Color and Imaging. Connectors
provide maximum resistance to oxidation for error-free data transfer
Ultra-flexible jacket and oversized thumbscrews make installation
easy Heavy-duty molded strain relief provides increased flexibility
and durability Foil and braid shield for high-resolution images
Constructed of three individually shielded miniature 75-ohm coax
cables Aluminum under mold shield assists in reducing EMI/RFI interference
to meet FCC requirements
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