LINDY DVI-D MALE TO DVI-D FEMALE DUAL LINK CABLE

FEATURES:

  • DVI-D Dual Link Extension Cable
  • For use with all modern digital monitors, projectors, and TFT/LCD Flat Panel Displays
  • Dual Link digital connection supports display resolutions of up to 2560 x 1600
  • RF-BLOK shielding design
  • Connectors: DVI-D Dual Link Male to DVI-D Dual Link Female
  • Reduced interference from one piece EMI (Electromagnetic Interference)/RFI (Radio Frequency Interference) shield
  • Increased insulation resistance up to 25%
  • No soldering requirements as interconnect design needs no 360 degree soldering – eliminating the possibility of human error and/or cracking of the solder that causes grounding intermittence and the use of the most hazardous waste material – soldering flux
  • Tight fit of internal wires as there is no inner mould
  • No requirement of ferrite cores as signal loss and degradation are greatly reduced giving enhanced signal sharpness. Without the ferrite cores the cable is less stressed and more flexible
  • Smaller overall dimensions which allows more room behind the host or peripheral
  • Increased connector and mating strength – the 4 point reinforcement tabs on the RF-BLOK, attached to the connector, strengthens the pair as one
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Lindy DVI-D Male to DVI-D Female Dual Link Cable

Features:

  • DVI-D Dual Link Extension Cable
  • For use with all modern digital monitors, projectors, and TFT/LCD Flat Panel Displays
  • Dual Link digital connection supports display resolutions of up to 2560 x 1600
  • RF-BLOK shielding design
  • Connectors: DVI-D Dual Link Male to DVI-D Dual Link Female
  • Reduced interference from one piece EMI (Electromagnetic Interference)/RFI (Radio Frequency Interference) shield
  • Increased insulation resistance up to 25%
  • No soldering requirements as interconnect design needs no 360 degree soldering - eliminating the possibility of human error and/or cracking of the solder that causes grounding intermittence and the use of the most hazardous waste material - soldering flux
  • Tight fit of internal wires as there is no inner mould
  • No requirement of ferrite cores as signal loss and degradation are greatly reduced giving enhanced signal sharpness. Without the ferrite cores the cable is less stressed and more flexible
  • Smaller overall dimensions which allows more room behind the host or peripheral
  • Increased connector and mating strength - the 4 point reinforcement tabs on the RF-BLOK, attached to the connector, strengthens the pair as one
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