Description

The BLUSTREAM CMX88AB is an 8×8 HDMI 4K matrix switch designed for professional AV distribution applications. It routes up to eight HDMI source inputs to any combination of eight HDMI outputs simultaneously, allowing full signal management across multiple displays or zones. This type of matrix switcher is a core component in commercial AV installations, boardrooms, control rooms, and multi-zone residential systems where independent source routing is required. AV integrators and low-voltage technicians are the primary installers for this class of equipment.

The CMX88AB fits installations where multiple video sources such as media players, computers, or cable boxes need to be distributed to multiple displays without signal degradation. It is suited for commercial environments including conference centers, hospitality venues, and education facilities, as well as high-end residential home theater and whole-home video distribution systems. The 8×8 configuration supports up to eight independent output zones from a single unit, reducing rack space and simplifying signal management.

Key Features

8×8 matrix routing allows any of 8 inputs to be sent to any of 8 outputs independently
4K HDMI signal support for high-resolution video distribution
Single-unit solution for multi-zone AV source switching
Sold individually as a single unit (UOM: EA)

Compatibility

Designed for use in professional and residential AV systems requiring 8-input, 8-output HDMI matrix switching with 4K signal support. Consult the manufacturer documentation for specific source and display compatibility requirements.

Installation Notes

Installation is typically performed by a licensed low-voltage technician or certified AV integrator. Power down all connected sources and displays before making or changing HDMI connections to prevent damage to equipment. Ensure adequate rack ventilation and proper cable management for all eight input and output HDMI runs. Follow applicable low-voltage wiring codes and manufacturer guidelines for control system integration.