Kramer Electronics 51-0017210 16x8 Rgbhv Matrix Switcher

Product Description

The KRAMER ELECTRONICS 51-0017210 is a 16x8 RGBHV matrix switcher with balanced stereo audio switching, designed for professional AV signal distribution in commercial and institutional installations. The unit accepts up to 16 RGBHV video sources and routes any of them to up to 8 independent outputs simultaneously, while handling balanced stereo audio on the same matrix. AV systems integrators and low-voltage technicians install this switcher in boardrooms, lecture halls, control rooms, and multi-display environments where flexible source-to-display routing is required.

This matrix switcher fits installations that demand independent routing of high-resolution analog video and balanced audio across multiple zones or displays. It is suited for commercial AV systems where multiple sources such as computers, video players, or signal processors must be distributed to projectors, monitors, or downstream processing equipment. The 16-input by 8-output architecture supports complex signal routing scenarios common in education, hospitality, and corporate AV infrastructure.

Key Features

• 16-input by 8-output RGBHV matrix switching for flexible signal routing
• Balanced stereo audio switching integrated with video matrix
• RGBHV signal support for high-resolution analog video distribution
• AV signal processing accessory for commercial and institutional installations

Compatibility

Designed as an OEM-style replacement and integration component for professional AV signal processing systems requiring 16x8 RGBHV matrix switching with balanced stereo audio.

Installation Notes

Installation should be performed by a qualified low-voltage AV technician or systems integrator. Power down all source and display equipment before making or changing signal connections. Follow applicable low-voltage wiring codes and the facility's AV infrastructure standards when routing cables to and from the matrix. Verify that all input and output terminations are secure and matched to the correct signal levels before powering up the system.