Equip cable DisplayPort 2.1, 3,0 m, 16K/60Hz, 40 Gbit/s

The Equip DisplayPort 2.1 Cable is a 3.0 m video cable that supports up to 16K at 60Hz and provides a maximum bandwidth of 40 Gbps. With DisplayPort connectors on both ends and RoHS compliance, this cable is designed to deliver reliable signal transmission for high-resolution monitors, gaming rigs, and professional workstations while featuring a durable black finish.

Advantages

DisplayPort 2.1 offers a significant bandwidth increase over previous versions, enabling higher resolutions and refresh rates such as 16K@60Hz and 8K@120Hz. The cable supports Display Stream Compression (DSC) and HDR, which help preserve image quality at very high resolutions. Its 3.0 m length and standard DisplayPort connectors make it suitable for typical desktop and workstation setups.

Suitable for

• High-resolution monitors and ultra-HD displays
• Gaming PCs and high-refresh-rate setups
• Professional content creation and video editing workstations
• Multi-monitor configurations requiring high bandwidth

Key specifications

• Cable length: 3.0 m
• Maximum bandwidth: 40 Gbps
• Supported resolutions: up to 16K at 60Hz (and up to 8K at 120Hz with compatible devices)
• Connectors: DisplayPort to DisplayPort
• Product colour: Black
• Weight: 0.151 kg
• Compliance: RoHS
• Brand: EQUIP; MPN: 119273; EAN: 4015867239001

How to use

Connect one DisplayPort connector to the output of your graphics card or source device and the other connector to the DisplayPort input on your monitor or display. Ensure both devices support the desired resolution and refresh rate; configure display settings in your operating system or GPU control panel as needed. Use compatible cables and ports that support DisplayPort 2.1 features to achieve maximum performance.

Recommendations

For optimal results, verify that both the source device and the display support DisplayPort 2.1 features such as DSC and the target resolution/refresh rate. Keep cable runs free of sharp bends and avoid excessive tension to maintain signal integrity.