C2G CG54425 8K UHD DisplayPort Cable with Latches M/M, 30' (9.1m), Black

Connect critical displays quickly and reliably with the C2G by Legrand CG54425 DisplayPort cable — engineered to deliver high-bandwidth video and audio where it matters most. This premium DisplayPort M/M cable is ideal for professional monitoring, security and surveillance setups, digital signage, and control room deployments that require uninterrupted AV performance. With support for 8K UHD (7680 x 4320) resolution and High Bit Rate (HBR) bandwidth, the cable preserves image fidelity and embedded audio for detailed surveillance feeds and high-resolution monitoring. The 30' (9.1 m) length gives installers flexibility to route cables cleanly between racks and displays without compromising signal quality, while spring-loaded latches lock the connectors in place to prevent accidental disconnects during maintenance or heavy use. NDAA 889 compliance makes this cable suitable for government and security-sensitive projects. Backed by a lifetime limited warranty from C2G by Legrand, the CG54425 reduces downtime and simplifies procurement for IT and low-voltage teams. Ideal for AV integrators, security professionals, and networked monitoring applications — order today to upgrade your display connections.

• Secure, locked connections: spring-loaded latches keep the DisplayPort cable firmly seated to prevent accidental disconnects in control rooms and surveillance installations.
• Future-proof 8K UHD performance: Supports up to 8K UHD (7680 x 4320) with High Bit Rate (HBR) bandwidth to deliver crisp video and embedded audio for professional displays and monitoring systems.
• Long-reach flexibility: 30' (9.1 m) length provides clean, direct connections between workstations, AV racks, and displays without extra extenders or repeaters.
• NDAA-compliant for secure deployments: Meets NDAA 889 requirements for government and security-conscious projects.
• Lifetime limited warranty: Backed by C2G by Legrand for dependable long-term use in demanding AV, security and surveillance environments.