DisplayPort cable EFB Elektronik K5569SW14.2 2 m Black

The EFB Elektronik K5569SW14.2 2 m DisplayPort cable provides a direct digital connection between source devices and displays. With DisplayPort connectors at both ends and a 2 m length, the cable supports transmission of high-resolution video and multi-channel audio while maintaining signal integrity over a convenient working distance. Its black jacket offers discreet appearance suitable for office and home environments.

Advantages

This DisplayPort cable delivers stable digital transmission with minimal signal loss thanks to its standardized connectors and impedance-controlled construction. The 2 m length balances reach and cable management, reducing clutter while allowing flexible placement of monitors and source devices. The black outer sheath resists light wear and blends with typical computer setups.

Suitable for

• Connecting desktop or laptop computers to monitors
• Linking computers to projectors for presentations
• Extending a workstation with dual- or single-monitor setups
• Home office and professional office display connections

Key specifications

• Cable length: 2 m
• Connector type: DisplayPort to DisplayPort
• Colour: Black
• Signal type: Digital video and audio transmission

How to use

Connect one DisplayPort connector to the source device (computer, laptop, or graphics output) and the other connector to the display device (monitor or projector). Ensure connectors are fully inserted until the latch engages if present. Select the correct input on the display and configure display settings in the operating system if necessary to set resolution and refresh rate. Handle the cable by the connectors when plugging or unplugging to avoid stress on the cable.

Recommendations

For best performance, avoid sharp bends and tight coils; maintain gentle curves and secure the cable to prevent strain. Use the 2 m length to route the cable along desks or cable channels, and ensure both connected devices support the desired resolution and refresh rate for optimal image quality.