UHD4Kx2K HDMI 16x16 matrix switcher with WEB GUI control
VIS-PHD1616
High speed switching
Resolution is up to 4Kx2K at 60Hz
Support 3D video, HDMI2.0, HDCP1.4
Control way is front panel, RS-232, TCP/IP
VIS-PHD series are high-performance HDMI matrix switchers for both 4K@30 (YCbCr444) / 4K@60 (YCbCr420) computers and video signals. Support HDMI2.0 parameter standard, including up to 10.2Gbps data rate, support 8/12/14/16 bit color depth input and output, support 3D, support compressed and uncompressed audio formats.
The matrix switchers series in accordance with HDCP1.4 standard, use EDID Manager and Key Manager technology, as well as HDMI input equalization and output pre-emphasis function, which can adapt to different cables and long-distance transmission, ensure that the system can continue to work stably and normally. To simplify integration, digital audio from either output can be de-embedded and output via a digital or analog stereo port. VIS-PHD series is ideal for applications requiring reliable, high-performance matrix switching for 4K/60 HDMI video and audio signals. It is widely used in command centers, security monitoring, exhibitions, education and research, government announcements, etc.
●Support 16 HDMI inputs and 16 HDMI outputs
●Support resolution up to 4Kx2K(YcbCr420)@60Hz and 4Kx2K@30HZ
●HDCP and DVI compliant
●Support DDC transmission
●Support HDMI 2.0 parametric standards including data rates up to 10.2Gbps, HDR, Deep Color up to 12-bit, 3D, HD lossless audio formats
●Ultra-fast switching speeds for HDCP-encrypted content
●HDMI output provides +5 VDC, 50mA power for power peripheral devices
●Support reading the EDID of the output display to the input HDMI port
●Actively adjusts the incoming HDMI signal to compensate for signal loss caused
●Flexible control: front key panel with LCD, RS232 bus, TCP/IP control with RJ45 interface
●Input HDMI cable lengths up to 30 meters
●Allows input/output configurations to be set and saved in memory for future use
●Easy installation with rack-mounting design
