AVACMX44X

AC-MX-44X

AVPro Edge

Switch and route up to four HDMI sources originating from Blu-ray players, game consoles, satellite systems, and more with this 8K 4x4 HDMI Matrix Switcher from AVPro Edge. This versatile matrix switcher supports HDMI 2.1, HDCP 2.3, and up to 8K60 with an ultrawide bandwidth of 48 Gb/s. In addition to having full HDR support and dual audio de-embedding, the switcher features four HDMI inputs and four HDMI outputs as well as four analog and four digital audio outputs with integrated scaling.Advanced EDID management and IR, RS-232, and LAN control options are among the many features available, with a built-in test pattern generator that, together with the troubleshooting features in the GUI, serves to aid with wire verification, switcher configuration settings, and source viability. It also supports 5K ultrawide 21:9 aspect ratio.Full 8K Ultra HD, Uncompressed 48 Gb/s Bandwidth The unit is fully compatible with all specified ITU 8K timings and bit rates. Its capabilities are future-forward through the complete evolution of the 8K format.5K Ultrawide 21:9 Aspect Ratio Synergistically supports 5K ultrawide 21:9 aspect ratio monitors and collaboration-configured displays.HDMI 2.1 Capabilities with 4K/144 Hz Support Features essential for a next-level, high-quality gaming experience include ALLM, HFR, QFT, QMS, and VRR. Match next-gen display performance with 4K/144 Hz extended frame rate support for ultra-sharp visuals with impressively smooth motion, enhanced gaming performance, and general computing with reduced motion blur and increased responsiveness.Integrated User and End-user Interface The integrated user interface simplifies installation and configuration for installers and IT personnel. A custom, easy-to-use, limited-access interface can be created for end-users (hospitality and office employees or homeowners).Valuable Tools to Fine-Tune Projects The unit supports a wide range of essential and valuable tools, including audio delay, audio de-embedding, downscaling, EDID management, and test pattern generation.