MPN 38523
Item no. W128456876
EAN/UPC 4002888385237
Stock level
Lindy's range of Fibre Optic Hybrid cables are a professional solution for extending DP signals over longer distances.Combining the flexibility and high EMI and RFI resistance of fibre optic cable with standard copper cabling, these hybrid cables are ideal for use in critical AV setups, commercial displays or high-performance residential installations.
The internal technology provides uncompressed amplification of the DP signal, allowing long distance extension of DP 8K content that is ...
Combines copper and fibre optic cable for a hybrid, long distance DisplayPort connectivity solution
Supports resolutions up to 4K@144Hz, 8K@60Hz
DP2.0 standard with UHBR10 support, 40Gbps bandwidth (4 lanes, 10Gbps per channel)
Flexible and robust cable structure for any kind of installations
2-Year Warranty
40 MB/s
5 cm
10 m
Round cable
4:2:2, 4:4:4, 4:2:0
DisplayPort
Straight
Male
No
DisplayPort
Straight
Male
No
Gold
Gold
24 Gbit/s
2.0
Polyvinyl chloride (PVC)
60 Hz
7680 x 4320 Pixels
Black
3840 x 2160, 7680 x 4320
-10 - 60 °C
-20 - 70 °C
24 cm
0.9 kg
6.5 cm
24 cm
0.9 kg
CE, REACH, RoHS, UKCA
Yes
2 Year(s)
Lindy's range of Fibre Optic Hybrid cables are a professional solution for extending DP signals over longer distances.Combining the flexibility and high EMI and RFI resistance of fibre optic cable with standard copper cabling, these hybrid cables are ideal for use in critical AV setups, commercial displays or high-performance residential installations.
The internal technology provides uncompressed amplification of the DP signal, allowing long distance extension of DP 8K content that is simply not possible with passive cables.
With 40Gbps bandwidth (UHBR10), these cables support DisplayPort 2.0 resolutions up to 3840x2160@144Hz, and 7680x4320 / 10240x4320@60Hz. Content can be viewed with incredible detail and clarity at higher refresh rates and supporting static and dynamic HDR for optimum viewing of movies, graphics or imagery.
*The product data above is provided by Icecat. EET cannot be held responsible for errors in relation to this.