24 Ethernet ports
01The LS24 is equipped with 24 network port outputs, supporting a maximum of 13.8 million pixel loading, a maximum width of 24,000 pixels, and a maximum of 24,000 pixels.
The LED display can be driven directly without an external sending controller.
Make management easier
02Directly connect through a network cable or connect to a local area network to use PC-side control software for operation and management.
Use a browser to control and manage by accessing the LAN or the Internet.
Use mobile device APP to control and manage through wireless network.
Sixteen-screen arbitrary layout
03LS24 allows up to 16 signal screens to be displayed. All input signals can be simultaneously on-screen, including two 4K signals.
The screen can be displayed across the output network port, and supports arbitrary superposition and size setting.
1. Pure hardware FPGA Architecture: no CPU, no kernel, no poisoning and crash risk, the system runs stably.
MTBF > 30000 hours, support 365 × 24 hours continuous operation
2. The single network port carries 650000 pixels, the maximum load of the whole machine is 13.8 million pixels,
the maximum width can reach 24000 pixels, and the maximum height can reach 24000 pixels. The single
machine has 24 network port outputs.
3. Multi screen display, up to 16 screens of the whole machine can be displayed at the same time, and up to 8
screens of single-layer output board can be displayed at the same time. The screen can be displayed across the
output network port, and it supports arbitrary superposition and size setting.
4. Available 4K@60Hz Module, support dp1.2, hdmi2.0 input, resolution up to 4096 × 2160@60Hz Or 7680 ×
1080@60Hz.
5. Software control, users can directly connect to the host computer software or LAN control, while supporting
B / S architecture, users can use the browser to access the device through LAN or Internet for management.
6. Group screen management, equipment supports two groups of screen management, each group of screen
corresponding output port resolution can be set separately, to meet the mixed control of various display
terminals under the special screen and complex scenes.
7. Super resolution scaling technology, video compensation processing algorithm, no size limit for image
reduction, and image details are reserved to reduce the defocus phenomenon after multiple magnification.
8. Crossint splicing processing technology can effectively eliminate splicing dislocation and asynchrony.
9. Mode call function, the user can preset multiple display layout plans, can be called with one key when using,
support up to 200 modes.
10. Mobile terminal management function, through the mobile terminal device app software for device parameter
setting and signal management, support Android, IOS.
11. Seamless switching function, in the picture of signal swit.
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