Kramer CRS-PlugNView-DP-50 Active Optical Armored 8K DisplayPort Cable, 50'

For professional AV, security and monitoring environments that demand uncompromised video over long cable runs, the Kramer Electronics CRS-PlugNView-DP-50 Active Optical Armored DisplayPort cable delivers dependable, high-resolution performance. This Pro DisplayPort cable provides up to 8K at 60Hz and a 32 Gbps data rate, ensuring sharp images, HDR support and lossless multichannel audio for control rooms, surveillance monitoring, digital signage and live events. Built for rental and road use, the armored stainless-steel corrugated tube with Kevlar reinforcement protects delicate optical fibers from crushing, kinking and abrasion so systems stay online under tough conditions. The active AOC design powers from the DisplayPort connector (<0.5W per end), eliminating the need for external power supplies or extenders in most installations and reducing setup time. Supported features like HDCP 1.4/2.2, HDR‑10, Dolby Vision and EDID compatibility make integration with security recorders, video walls and professional displays seamless. Choose the CRS-PlugNView-DP-50 to minimize signal loss, speed deployment and keep mission-critical monitoring and surveillance displays running at peak fidelity. Order or contact sales to spec this cable into your next AV, networking or security deployment.

• Deliver pristine 8K/60 video across long runs so control rooms, digital signage and surveillance stations get crystal-clear visuals without repeaters
• Armored, road-ready construction with stainless-steel corrugated tube and Kevlar for dependable protection in rental, staging and harsh installations
• Plug-and-play active optical design that draws <0.5W from the DisplayPort connector—no external power or extenders required for most setups
• High-throughput 32 Gbps bandwidth with HDR, HDCP and lossless audio support to preserve image quality and multi-channel audio for monitoring and security applications
• Simplifies installation and reduces troubleshooting risk with immunity to electrical interference and minimal signal loss over long distances