Cavo HDMI ROLINE GOLD HDMI M – HDMI M 15 m

The ROLINE GOLD HDMI M - HDMI M 15 m is a High Speed HDMI cable with HDMI Type A (Standard) male connectors on both ends and a 15 m length. It supports standard, enhanced and high-definition video as well as multi-channel digital audio, including ATSC HDTV standards and common compressed audio formats. The cable features gold-plated contacts and a metal connector housing to improve signal transmission and durability, with a black and gold appearance.

Advantages

This HDMI cable provides High Speed transmission suitable for HD video and multi-channel audio, gold-plated contacts for corrosion resistance and reliable connectivity, and metal connector shells with improved shielding. The nylon-reinforced outer material increases mechanical stability for longer runs and frequent handling. Its 15 m length enables flexible placement of TVs, projectors or other display devices.

Suitable for

• Connecting TVs to set-top boxes or media players
• Linking projectors to laptops or AV receivers
• Connecting gaming consoles to televisions or monitors
• Home theater systems requiring multi-channel digital audio

Key specifications

• Cable length: 15 m
• Connector 1: HDMI Type A (Standard), male
• Connector 2: HDMI Type A (Standard), male
• Colour: Black, Gold
• Contacts: Gold plated
• Outer material: Nylon reinforced

How to use

Connect one HDMI Type A male connector to the HDMI output of your source device (for example a Blu‑ray player, console or PC) and the other connector to the HDMI input of your display device (TV, monitor or projector). Ensure both devices are powered on and the display input is set to the corresponding HDMI port. Avoid sharp bends and do not place the cable near strong electromagnetic sources to maintain signal integrity.

Recommendations

For optimal performance over 15 m runs, use devices with compliant HDMI High Speed ports and, if possible, enable equalization or signal boost features on equipment when available. Route the cable away from mains power lines and sources of interference to reduce the risk of signal degradation.