Features

4K60 distributed input node, supporting LCD, DID, DLP, LED and other large screen splicing processing functions;
Adopting serverless network distributed architecture, any unit failure in the system will not affect the continued operation of the system, only affecting the corresponding local function of the unit, achieving truly high fault tolerance;
The input supports up to 4K60HZ resolution and is backward compatible;
Support H.265, H.264, JPEG encoding;
Support multi-channel simultaneous encoding in multiple formats: H.265: 4K@60 x1, 720P@30 x1, 320x180@30Hz x1, JPEG: 1080P@20Hz x1;
With custom bit rate adjustment to adapt to different bandwidth environments;
Built-in high-performance image processing unit, point-to-point input to output delay of about 50ms;
A single device supports simultaneous display of 16 signals, and supports multi-screen splicing, image overlay, signal roaming, arbitrary zooming and other functions;
With precise splicing synchronization function, automatic calibration, multi-screen splicing without tearing or dislocation;
Support multi-node row synchronization function;
Support USB2.0 data block transmission function;
Support infrared learning function;
Support HDMI loop-out function in power-off state;
Support real-time monitoring of device status;
With optical network and dual optical network hot backup function;
With POE power supply and power supply hot backup function;
With analog audio embedding function;
With network remote online restart, reset and online upgrade functions;
With signal source cutting function;
With seat management function, support signal source visual switching, keyboard and mouse sliding, seat push, signal labeling, video wall push, seat authority management and other functions;
Using professional design software, you can follow up on user needs to design the operation interface arbitrarily;
Rich external interfaces, RS485, RS232, IR, I/O and other interfaces can form a small Central control network;
With unlimited signal distribution function, support signal matrix switching, input signal can be routed and switched to any output interface machine output display;
With plan management function, plan arrangement supports customization;
With front panel OLED display;
With signal source input preview and output echo function;
Support docking with voice control function software, and can be controlled through voice keywords;
Support docking with real-time monitoring software of equipment status;
HDMI connection* 2 (input*1, output*1), USB interface*4, RJ45*1, SFP*1, SFP+*1, audio interface AUDIO*2, RS485*1, RS232*1, I/O*1/IR*1;

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Specification

Video input	1 HDMI: 4K@60
Maximum supported resolution	4K@60
Maximum color space	420
Video loop out	1 HDMI input mode for loop out, soft loop out/hard loop out
Compression format	Encoding: H.264 / H.265 / JPEG
Compression format	Decoding: H.264 / H.265 / JPEG
Multi-channel encoding capability	265: 4096x2160@60 x1
	265: 720P@60 x1
	264: 320x180@30Hz x1
	JPEG: 4K@60Hz x1
Decoding capability	265: 4096x2160@60 x1
	265: 4K@30 x2
	265: 1080P@60 x8
	265: 320x180@30Hz x32
Multi-node synchronization	line scan synchronization
Delay	KVM: 3 frames
Delay	large screen mode:80~200ms adjustable
Audio	HDMI embedded input, stereo Phoenix input x1
Serial port	RS-232 x1, RS-485 x1
Relay	x1
I/O	x2
Infrared input/output	supports waveform learning/output
KVM function	supports
KVM input	USB2.0 device port x1, (multiplexed with output mode)
KVM output	USB2.0 host port x3
USB data	supports
Integrated design (dial code)	supports
Power-off hard loop output	supports
Photoelectric hot standby	supports
OLED front panel display	0.96" dual color
USB	USB type A x4
Network	10/100/1000M RJ45, 1G SFP
PoE	electrical port support: 802.3af
Power supply	DC12V/1A
Agent interface designable	supports
Serverless visual control	supports
Size (width x depth) mm	22017035mm
Weight	323.5g

Q: What is a KVM System?

A: A KVM (Keyboard, Video, Mouse) System is a hardware or software solution that enables a single user to control multiple computers, servers, or devices using a single set of input/output (I/O) devices—typically a keyboard, monitor, and mouse. It acts as a centralized hub, eliminating the need for separate consoles for each device and streamlining management of complex IT environments (e.g., data centers, server rooms).

Q: What are the core components of a KVM System and how do they function?

A: A KVM System consists of three key components that work together to enable centralized control:

KVM Switch: The "brain" of the system. It connects to multiple target devices (servers/computers) and the user’s console. It routes keyboard, video, and mouse signals between the console and the selected device.

Console: The user’s interface, including a keyboard, monitor, and mouse (or a combined device like a KVM console terminal).

Cables/Connections: Cables (e.g., USB, HDMI, VGA, or specialized KVM cables) that link the KVM switch to both the console and the target devices.

Example workflow: A user selects a server via the KVM switch (manual button or software interface), and the switch forwards the console’s signals to that server—allowing the user to interact with it as if it were directly connected.