Multi-Screen Expander

Product Specification

Feature

Product Features - Supports 1-channel 8K60 signal input with DP interface to ensure clear images and rich details. - Supports standard resolution output such as 16:9 and 16:10 as well as custom output resolution, provides 4-channel HDMI interfaces, compatible with various display devices and resolution requirements. It can be flexibly adjusted according to specific application needs and device configurations, offering more options and adaptability. - Supports control via DIP switch, RS232, and Ethernet web interface. - Supports M×N point-to-point splicing (M, N≤4, MN≤4) without stretching or distortion, delivering a wider field of view. - Supports output channel duplication and backup, making full use of all physical interfaces and turning idle ports into hot backup resources. - Supports synchronization of all output ports to fundamentally eliminate screen tearing, stuttering and out-of-sync issues, achieving ultra-smooth and consistent multi-screen display. - Supports EDID management via DIP switch and Web interface without external programming software. - Supports DHCP auto IP assignment and custom static IP address, balancing ease of use and controllability for various application scenarios. - Adopts a high-end programmable FPGA chip with 28nm process and full hardware real-time processing architecture for ultra-fast processing with zero latency. - Industrial-grade design with thickened 6-layer PCB, 16KV advanced ESD protection and outstanding product stability. - Supports parallel operation of multiple units to expand the number of channels and meet real-time large-screen display requirements. - Adopts a modular chassis design: two half-width units can be combined into a full-width 1U structure with a tray. It also supports card insertion with up to 4 boards integrated in one chassis for centralized power supply. - Low-power, energy-saving and eco-friendly design with overheat protection and anti-interference performance. Built with 18W thermal conductivity material for internal heat dissipation to ensure long-term stable operation in various environments.