Cavo HDMI PureLink PI0500-003 0,3 m

The PureLink PI0500-003 HDMI cable 0.3 m is a short, high-speed connection cable designed for linking HDMI Type A ports on devices such as laptops, set-top boxes, monitors and media players. With gold-plated contacts and support for an 18 Gbit/s data transfer rate, the cable transmits high-definition audio and video signals while maintaining a compact, low-profile form factor in a black finish.

Advantages

This 0.3 m HDMI cable provides a reliable signal path with reduced contact resistance thanks to its gold-plated connectors. The 18 Gbit/s bandwidth supports Full HD and high-frame-rate video formats as well as multi-channel digital audio. Its short length minimises cable clutter and signal attenuation in close-proximity installations while the standard HDMI Type A connectors ensure compatibility with a wide range of consumer and professional AV equipment.

Suitable for

• Connecting a laptop or mini PC to a nearby monitor or TV
• Linking a set-top box, Blu-ray player or streaming device to a display
• Temporary or permanent setups where a short cable run is preferred to avoid excess cable
• AV racks or kiosks with closely mounted components

Key specifications

• Cable length: 0.3 m
• Connector type: HDMI Type A to HDMI Type A (Standard)
• Data transfer rate: up to 18 Gbit/s
• Contact plating: gold-plated contacts
• Colour: black

How to use

Connect one HDMI Type A end of the cable to the HDMI output of the source device and insert the other end into the HDMI input of the display or receiver. Ensure both connectors are fully seated and that devices are powered on. If necessary, select the appropriate HDMI input on the display and configure the source device's video resolution and audio output settings to match the display capabilities.

Recommendations

For optimal performance, avoid sharp bends or kinks in the cable and keep it away from strong electromagnetic sources. Use this short cable for connections where devices are in close proximity to reduce excess cable length and potential signal reflections.