High definition IP video decoding

The system supports up to 80 high-definition video decoding channels, with a maximum support of 1920 × 1080@60P Specifications; Supports standard H.264 and RTSP bitstreams, and can be connected to high-definition network cameras or network storage matrices.

Large screen splicing, roaming, and stacking

The system supports 32 high-definition videos to be freely spliced, roamed, and overlaid on the screen, while other videos can be switched to traditional wall display.

Compatible with standard definition analog signal input

The system supports a maximum of 64 inputs and performs 4-panel splicing output, allowing for arbitrary roaming of the output.

High definition DVI digital output

The system supports up to 20 DVI channels, which means it can splice up to 20 high-definition screens with a maximum resolution of 1600 × 1200@60 Or 1920 x 1080@60 .

Reasonable software and hardware design, easy to expand and upgrade

By adopting technologies such as compatible backplane design and hardware modular design, we ensure hardware scalability, maintainability, and plug and play functionality. Through the modular design of the software and the standardized design of interface protocols, the maintenance and upgrade of the software are made very convenient and easy to adapt to future business.

Efficient and unified network management system, flexible networking, management, and configuration

PE90FHMX can be managed together with other standard monitoring devices.

Standardized design, strong compatibility

The user interface design standards for each board facilitate connection with other devices.

Integrated networking capability

PE90FHMX can be networked with analog matrices, high-definition cameras, standard definition cameras, etc.

Good anti-interference and power supply design

Due to the widespread application of PE90FHMX, this product strictly follows ITU-T recommendations and Chinese monitoring industry standards in product design, and fully considers that the equipment may work in poor conditions in computer rooms. The best circuit design scheme and high-quality lightning protection devices are selected to enhance anti-interference and lightning protection capabilities, and to resist serious interference such as high voltage and surge.