KanexPro Active Fiber High Speed DisplayPort 1.4 Cable - 30M Length
Discontinued
KanexPro no longer makes the CBL-DP14AOC30M. The support information below still applies to units in service.
Support notes
- Replacement power adapter for the CBL-DP14AOC30M: the KanexPro EXT-PSU3 (DC 5V, 1A, with interchangeable international plugs). The CBL-DP14AOC30M's published spec is DC 5V, 1A, the same rating as the EXT-PSU3. Buy the EXT-PSU3 on the KanexPro online store: https://store.kanexpro.com/products/5v-1a-s
8K DisplayPort to DisplayPort Cable (DisplayPort 1.4 Cable) with 8K 60Hz Video Resolution and HDR Support
KanexPro Active Fiber (AOC) DP 1.4 Cables is an ideal cable for connecting a high-resolution DisplayPort source to a high-resolution display. Not limited to short two to three-meter lengths active fiber cables can transmit perfect signals up to 50 meters (164ft). It fully supports the DisplayPort 1.3 specification, which provides for up to 32.4 Gbit/s bandwidth, as well as some of the features from the DisplayPort 1.4 specification, such as High Dynamic Range (HDR) video. It supports video resolutions up to 4K@120Hz, 5K@60Hz, and 8K@30Hz with 24-bit RGB color. It is backwards compatible with all previous DisplayPort versions and requires no external power source. Next generation active optical DP cables designed for next generation 8K HDR content, the KanexPro active fiber DP cable delivers uncompressed full bandwidth overall transmission bandwidth to 32.4 Gbit/s with the new HBR3 mode featuring 8.1 Gbit/s per lane up to 50m/164ft using the latest transmission technology. KanexPro AOC DP1.4 cables support additional DP features like Multi-Stream Transport (MST), Dolby Vision and AMD Freesync™ 2.0 modes. The 32.4 Gbit/s of bandwidth means that these cables are guaranteed to work with all modern 8K monitors. AOC DP Cables should be your only choice for all your high-performance display needs. Fiber Optic Cables are the future of audio video distribution technology because they are immune to external interference caused by electrical and radio devices. Interference i