Tripp Lite VGA High-Resolution RGB Coaxial Cable (HD15 M/M), 10 ft. (3.05 m)

Overview

The Tripp Lite P502-010 is a VGA cable designed to connect VGA-enabled devices to monitors or projectors up to 10 feet apart while preserving high video quality. It supports resolutions up to 2048 x 1536, including full HD 1080p, ensuring images remain sharp and free from ghosting or signal degradation. This cable is suitable for home offices, classrooms, and professional workspaces where reliable video transmission is essential.

Key features

• Mini-coaxial (RGB) wiring combined with paired video wire maintains strong signal integrity for high-resolution video.
• Foil and braid shielding effectively blocks electromagnetic and radio frequency interference, keeping the video signal stable in environments with many electronic devices.
• Gold-plated HD15 connectors improve conductivity and reduce data loss for consistent performance.
• Durable PVC jacket with integral strain relief protects the cable from wear and tear while allowing flexibility during installation.
• 10-foot length provides flexibility in device placement without compromising signal quality.

Key specs

• Length: 10 ft (3.05 m)
• Supported resolution: up to 2048 x 1536, including 1080p
• Connector type: HD15 male to HD15 male
• Cable construction: mini-coaxial (RGB) with paired video wire
• Shielding: foil and braid for EMI and RFI protection
• Jacket material: PVC with integral strain relief

Connectivity and compatibility

This VGA cable connects standard HD15 VGA ports found on many desktop computers, laptops, projectors, and monitors. It works well with devices that require analog video transmission at high resolutions, making it a practical choice for setups that rely on VGA connections for video output.

Ideal uses and environments

The cable fits well in environments where a stable and clear VGA video signal is needed over a moderate distance. It is a strong choice for classrooms, conference rooms, and home offices where projectors or monitors are positioned away from the source device. Its shielding and build quality make it reliable in spaces with multiple electronic devices that could cause interference.