4K Splicing Solution

4K resolution capability enables reception of ultra-clear signals from high-definition sources like 4K cameras and graphics cards, allowing processors to handle images with high pixel density and detail. This ensures crisp images on LCD walls, enhancing visual impact for commercial displays, monitoring, and conferences. The processor's 2K compatibility broadens its applicability, effortlessly handling 2K signals without additional equipment for versatile video wall integration.

The 4K processor with pure hardware FPGA architecture has no operating system and does not require the loading and initialization process of the operating system. After power-on, the FPGA chip starts working directly according to the pre-programmed logic circuit, without the need for a complex startup process at the operating system level, which greatly shortens the startup time.

The 4k processor can be controlled through a custom protocol according to the specific needs of the user and different third-party serial port devices. It is not bound by fixed control methods and can adapt to various complex application scenarios and equipment requirements.

Users can freely adjust the size, position and arrangement of multiple windows according to actual needs. They can divide a signal source into multiple small windows for detailed display, or enlarge a part of it to highlight the key content, or adopt an irregular layout to meet special design needs.

The 4k processor supports embedded audio input and output, which can directly receive and process embedded audio signals from various devices without additional conversion equipment, simplifying system configuration. It also supports independent audio output, which can output the processed audio signal to external audio devices, such as sound systems, to meet users' needs for high-quality audio playback.

When the user switches scenes or calls operations with one click, the processor can respond quickly, and signal adjustment and screen switching are almost completed instantly, avoiding long waiting times and greatly improving work efficiency. Users do not need complex menu navigation or multi-step operations. Just press a button or enter a simple command to achieve fast switching of scenes or immediate call of specific scenes, greatly reducing the difficulty and complexity of operation.