Kramer CRS-PlugNView-DP-230 Active Optical Armored 8K DisplayPort Cable, 230'

When dependable, long-distance DisplayPort connectivity matters, the Kramer CRS-PlugNView-DP-230 provides pro-grade performance and protection. This Kramer Electronics active optical armored DisplayPort cable is engineered for rental, road, broadcast and security applications where tensile stress, crushing or repeated handling would damage conventional cables. It delivers true 8K video at 60Hz and up to 32 Gbps across a 230' (≈70 m) run, with support for runs up to 100 meters — all without an external power supply.

Installers and systems integrators benefit from plug-and-play power (under 0.5W per end) and broad format support including HDR, Dolby Vision, HDCP and lossless audio — ensuring high-fidelity video for surveillance, monitoring, digital signage and control-room displays. The armored stainless-steel corrugated tube with Kevlar reinforcement protects internal optical fibers to reduce service interruptions and extend cable life in harsh environments.

Choose the CRS-PlugNView-DP-230 for a low-maintenance, high-bandwidth solution that simplifies long-distance DisplayPort runs. Add it to your next pro AV, networking, or security installation for reliable, high-resolution signal delivery.

• Rugged, road-ready durability: armored stainless-steel corrugated tube with Kevlar protects fibers for reliable performance in rental, broadcast, and security deployments
• Long-range 8K performance: delivers up to 8K @ 60Hz and 32 Gbps across long runs (230' / ~70 m; supports up to 100 m) for crystal-clear video and monitoring
• Plug-and-play power: active optical design draws <0.5W from each DisplayPort connector — no external power or extenders required, simplifying installations
• Professional AV and security ready: supports HDR, Dolby Vision, HDCP 1.4/2.2 and lossless audio for surveillance, control rooms, and high-resolution displays
• Reduced downtime and lower total cost: heavy-duty construction and reliable signal integrity minimize failures, service calls and system complexity