AV Pro Edge AC-BTSSF-10KUHD-20 Bullet Train 10K HDMI Fiber Cable, 48Gbps, CL2/CL3 Rated, 20m

When uptime and picture fidelity matter, AV Pro Edge Bullet Train 10K HDMI Fiber Cable delivers the dependable, high-bandwidth connection professional integrators need for AV, security and surveillance installations. This Pro HDMI Cable combines Cleerline SSF fiber optics with copper conductors to provide clean, interference-resistant 48Gbps transport across a 20m span — ideal for control rooms, monitoring centers and commercial AV systems. Fully CMP/Plenum rated, the cable meets strict building-code requirements for concealed in-wall routing while preserving color accuracy and low-latency signaling at high frame rates (up to 120 fps) and resolutions up to 10K. Support for FRL/VRR, ARC/eARC, Ethernet and advanced audio formats (Dolby Atmos, DTS) streamlines integration and reduces the number of adapters or extenders required on the rack. With terminable OM2 fiber strands and robust construction, the Bullet Train cable minimizes maintenance and future-proofs installations against rising bandwidth demands. Choose AV Pro Edge Pro HDMI Cables for secure, high-performance connectivity in surveillance, monitoring, conferencing and professional AV environments — order now to upgrade your next installation.

• Reliable, interference-free long runs: hybrid fiber design with four OM2 strands delivers stable 48Gbps transport over 20m for mission-critical AV and security systems
• Code-compliant in-wall installation: CMP/Plenum rating lets integrators route cable through plenum spaces confidently for commercial surveillance and monitoring projects
• Future-proof high-bandwidth performance: supports up to 10K resolution and 120 fps with FRL/VRR for low-latency video in control rooms and pro AV installs
• Audio and network ready: built-in Ethernet plus ARC/eARC support and advanced audio formats (Dolby Atmos, DTS) simplify system integration
• Durable, serviceable design: hybrid copper/fiber construction with terminable fiber strands reduces replacement time and protects signal integrity for long-term deployments