Equip DisplayPort 1.4 -kaapeli, 10 m, 8K/60Hz

The Equip DisplayPort Cable 1.4 (10 m) is a digital audio and video cable designed for connecting a computer to a monitor or a home-theater system. Compliant with CE and RoHS standards and equipped with DisplayPort connectors on both ends, this 10-metre cable supports up to 8K Ultra HD (7680 x 4320) at 60 Hz by providing a maximum bandwidth of 32.4 Gbps.

Advantages

This DisplayPort cable supports high bandwidth for 8K/60Hz signals and is intended to replace older interfaces such as VGA, DVI and HDMI where higher resolution and refresh rates are required. Its 10 m length provides extended reach for flexible setups, and the black, durable construction and standard DisplayPort connectors ensure compatibility with modern monitors and graphics cards. The cable is CE and RoHS compliant.

Suitable for

• Connecting a PC to an 8K or 4K monitor
• Workstations and graphic design setups requiring high-resolution output
• Home-theater systems and AV installations needing long-reach digital video
• Gaming PCs with DisplayPort output supporting high refresh rates

Key specifications

• Cable length: 10 m
• Connectors: DisplayPort – DisplayPort
• Maximum supported resolution: up to 8K Ultra HD (7680 x 4320) @ 60 Hz
• Maximum bandwidth: 32.4 Gbps
• Product colour: Black
• Weight: 0.55 kg
• Standards: CE, RoHS

How to use

Connect one DisplayPort connector to the computer or source device and the other connector to the display or AV receiver. Ensure both devices support the desired resolution and refresh rate (for 8K/60Hz both source and display must be compatible). Use appropriate display settings on your operating system or graphics driver to select resolution and refresh rate. Avoid excessive bending near the connectors and secure cable routing to prevent strain.

Recommendations

For reliable 8K/60Hz performance, verify that your graphics card and monitor explicitly support DisplayPort 1.4 and the required bandwidth. For long-term reliability, avoid sharp bends and keep the cable away from sources of strong electromagnetic interference.