DisplayPort ROLINE 11.44.5782-10 HDTV nero

ROLINE DisplayPort to HDTV cable (3 m) for transmitting high-definition video and audio from a DisplayPort source to an HDTV display. The cable supports resolutions up to 1920x1080 at 60 Hz and is suitable for connecting a graphics card or other DisplayPort output to a television with an HDTV (HDMI) input. The cable is black, flexible and designed for typical home and office AV setups.

Advantages

The cable follows the HDTV standard for digital video transmission in TV and multimedia setups, enabling connection of a TV set with an HDTV interface to a player or graphics card with a DisplayPort output. It features one DisplayPort connector and one HDTV connector and transmits both video and audio. Note that the adapter cable is directional: the DisplayPort connector must be connected to the signal source (for example, a graphics card) and the HDTV connector to the display.

Suitable for

• Connecting a PC graphics card (DisplayPort) to a TV with an HDTV/HDMI input
• Home multimedia systems for streaming video and audio to a television
• Presentations or meetings where a DisplayPort-equipped laptop or PC must drive an HDTV screen

Key specifications

• Brand: ROLINE
• Model / MPN: 11.44.5782
• EAN: 7630049619845
• Length: 3 m
• Connector 1: DisplayPort (male)
• Connector 2: HDTV (male)
• Colour: Black
• Weight: 0.107 kg
• Maximum supported resolution: 1920 x 1080 @ 60 Hz (incl. audio)

How to use

Connect the DisplayPort end to the source device (for example, a graphics card or DisplayPort output on a laptop) and the HDTV end to the television's HDMI input. Select the correct input on the television and, if necessary, adjust the output resolution and audio settings on the source device to match 1920x1080 @60Hz. Ensure cables are fully inserted and secured before use.

Recommendations

Use this cable only in the correct direction: DisplayPort to HDTV. Do not attempt to use it in reverse (HDTV to DisplayPort). For best results, avoid tight cable bends and keep the cable away from strong sources of electromagnetic interference.