Tripp Lite VGA High-Resolution RGB Coaxial Cable (HD15 M/M), 25 ft. (7.62 m)

Overview

The Tripp Lite P502-025 is a high-resolution VGA cable designed to connect desktops, laptops, or docking stations to monitors or projectors up to 25 feet away. It supports video resolutions up to 2048 x 1536, including full HD 1080p, ensuring sharp images and accurate color reproduction. This cable is ideal for setups requiring a reliable, long-distance VGA connection without compromising signal quality.

Key features

• Separate mini coax conductors for red, green, and blue channels maintain precise color accuracy and image clarity.
• Gold-plated HD15 connectors enhance conductivity and reduce signal loss for consistent video performance.
• Foil and braid shielding effectively block electromagnetic and radio-frequency interference, preventing visual artifacts and ghosting.
• Integral strain-relief sleeves protect connector joints from bending and stress, extending cable lifespan in dynamic environments.
• Durable PVC jacket withstands frequent handling and routing, making it suitable for busy offices, classrooms, and conference rooms.

Key specs

• Cable length: 25 feet (7.62 meters)
• Supported resolution: up to 2048 x 1536 and 1080p
• Connector type: HD15 male to HD15 male
• Shielding: foil and braid for EMI and RFI protection
• Jacket material: PVC

Connectivity and compatibility

This VGA cable works seamlessly with a wide range of devices featuring standard HD15 VGA ports, including desktop computers, laptops, docking stations, monitors, projectors, and other display equipment. Its 25-foot length allows flexible placement of devices in offices, classrooms, or home setups where longer cable runs are necessary.

Ideal uses and environments

The cable is well suited for IT professionals managing workstation setups, educators connecting projectors in classrooms, and presenters requiring dependable video connections in conference rooms. It also fits home users who need to connect legacy VGA monitors or projectors without sacrificing image quality over longer distances.