Cables> Video / Monitor> DVI-D Super Long Distance (Up to 25m)

DVI Cable - Premium DVI-D Single Link, Super Long Distance DVI Lead, 10m

Premium DVI to DVI cable for extended distances!

LINDY Super Long Distance DVI cables use a specially developed and optimised cable material that allows longer cable distances than the 7.5m maximum recommendation laid down by the DDWG (Digital Display Working Group).

DVI-D Single Link Cable
For use with all modern digital monitors, projectors and TFT/LCD Flat Panel Displays
UXGA (1600 x 1200) and HDTV1080i (1920 x 1080) compatible
Connectors: DVI-D Single Link Male to DVI-D Single Link Male
Patent pending, RF-BLOK shielded design
10 Year Warranty

Just one of our huge range of DVI cables and DVI leads. For DVI-I cables with analogue support, please click here.

Part No.	Price	Status	Add to cart
41260	£52.99 RRP incl VAT	In stock

Related products
DVI-D Super Long Distance Cables (Up to 25m) Audio / Video & Home Cinema Cables Video / Monitor Cables DVI-D Cables (Up to 10m)

Additional Information

Further Information

Please note: Maximum supported distances and resolutions are dependent on both the monitor and the chipset used in the graphics card. The following example shows the maximum values from a test with a Belinea 1280 x 1024 DVI flat panel display and two different graphics cards (ATI Radeon 7000 and NVidea 5200).

As a general rule, the newer the hardware used, the longer the distance and the higher the supported resolution.

LINDY SLD cable length	Max. resolution using a 2004 Belinea TFT (1280 x 1024 native resolution)	Max. resolution using a 2006 Dell TFT (1920 x 1200 native resolution)
20m	1280 x 1024 @ 60Hz	1920 x 1200 @ 60Hz
25m	1024 x 768 @ 60Hz	1600 x 1200 @ 60Hz

Please click here for our DVI Guide.

Features of the RF-BLOK shielded design:

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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