Eaton Tripp Lite Series DVI Single Link Cable, Digital TMDS Monitor Cable (DVI-D M/M), 20 ft. (6.09 m) - DVI cable - 20
$67.45
$32.91
Mfg # P561-020
CDW # 4636197
| UNSPSC 26121600
Quick tech specs
- Connects a DVI-D single-link monitor television or projector to the DVI-D output port on your computer or laptop
- Supports HD video resolutions up to 1920 x 1200 including 1080p
- Integral strain relief reduces stress
- DVI cable/ DVI-D single link/ Monitor DVI/ DVI-D single link tmds cable/ dvi cord/ dvi connector/ dvi dual link vs single/ dvi d dual or single
- High-speed digital transmission up to 5 Gbps
- Foil and braid shielding reduce hazardous EMI/RFI line noise
Know your gear
The P561-020 DVI-D to DVI-D Single-Link Cable (M/M) connects a DVI-D single-link monitor, television or projector to the DVI-D output port on your computer or laptop. A high-performance, high-bandwidth cable designed for the latest DVI-enabled video displays, this 20-foot cable delivers high-speed digital transmission up to 5 Gbps and supports high-definition video resolutions up to 1920 x 1200, including 1080p.
Foil and braid shielding delivers reliable, error-free signal quality and protection from EMI/RFI line noise that can distort or destroy data. Molded DVI-D connectors with corrosion-resistant gold-plated contacts provide maximum conductivity and minimize data loss. Integral strain relief gives the cable extra flexibility, reduces stress, and helps the cable and connectors move freely without cracking. Ferrite collars at each end enhance the transmission by draining extraneous electrical interference and improving signal integrity.
Foil and braid shielding delivers reliable, error-free signal quality and protection from EMI/RFI line noise that can distort or destroy data. Molded DVI-D connectors with corrosion-resistant gold-plated contacts provide maximum conductivity and minimize data loss. Integral strain relief gives the cable extra flexibility, reduces stress, and helps the cable and connectors move freely without cracking. Ferrite collars at each end enhance the transmission by draining extraneous electrical interference and improving signal integrity.
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