Reasonable structure, stable system

The PE80H series adopts a high bandwidth core switching chip, supporting 1920X1080 resolution, that is, "full HD" video, and is backward compatible with standard definition video. Strictly following SMPTE and ITU standards, external dual power hot backup can be selected according to carrier grade standards for better stability.

Modular design system with flexible configuration

In order to flexibly configure capacity, the backplane adopts a point-to-point structure, with different types of single box full configurations of 64x32, 128x32, 144x144, 288x288; The matrix consists of one MCU board, multiple SDI input boards (DVI input board, CVBS input board), and multiple SDI output boards (SDI splicing output board, SDI image segmentation board), which achieve signal aggregation and unified exchange.

Support mixed input of multiple types of signals

Different business boards can be selected to achieve various video signals such as standard definition AV analog video, high-definition DVI video, VGA video, etc., and diversified high-definition applications can be realized according to the actual needs of project applications.

Support diversified image processing for video output

By selecting different business boards, advanced image processing functions such as image segmentation and stitching display can be applied to the output video images.

High density scaling of single box systems

The PE80H SDI high-definition digital matrix system adopts a modular plug-in structure design, with 8 input and output video channels per board; The maximum single machine capacity can achieve 288 inputs and 288 outputs; A single system can achieve full cross expansion with larger capacity, meeting the application requirements of super large systems such as Safe City.

Powerful network cascading function

Adopting a global management approach to unify the numbering of all resources within the monitoring jurisdiction, achieving any network topology structure with unlimited levels and numbers of matrix networking. Suitable for various cascading, multi-level networking and other applications in the security industry.

Better compatibility

The PE80H SDI high-definition digital matrix control system is compatible with various mainstream matrix and decoder protocols both domestically and internationally, and can communicate with mainstream manufacturers' matrix or SDI front-end devices to complete control functions. By selecting an analog standard definition AV input board, it is possible to achieve interconnection and mutual control between all standard definition front-end or existing analog matrices in the system and the PE80H SDI high-definition digital matrix.

The system is compatible with all matrix control systems of Red Apple's own brand for mutual control, and can even share MCU with other modular matrix systems for control and management.

Can control various gimbals or high-speed balls

According to the application requirements of the security system, achieve PTZ control of the front-end gimbal or high-speed ball, as well as special advanced command control.

&Advanced commands require formal notification to our company before they can be implemented.

Support alarm video linkage and alarm status setting for security protection, as well as automatic alarm deployment and disarming time setting function

When the system receives an alarm signal, it will automatically call the image of the alarm zone to the designated monitor for display; When the system receives an alarm signal, it automatically starts the auxiliary switch, turns on the linked video recorder, etc., and the time is adjustable; The system can be programmed to set the alarm mode to automatic or manual. When the alarm mode is set to automatic, the alarm deployment and deployment schedule can be set to automatically initiate deployment and deployment.

User password permission setting

Switch control and front-end device operation of the entire system by controlling the keyboard. Full cross user priority control, the system sets up 256 users and different passwords, and manages users through user groups to conveniently and quickly assign global system resource permission levels to each user. Real time indication of the current system working status through keyboard control.

Compatible with multiple digital signal formats

Adaptive cable balancing

Automatic cable equalization of input signal serial digital signals effectively solves the transmission problem of digital video signals.

Optional clock recovery

Optional output serial digital signal for clock recovery processing, extending the transmission distance of the signal, reducing data loss during transmission, and ensuring high-quality signal quality.

Optional OSD overlay function

Optional output serial digital signal for OSD overlay function, enabling wall mounted images to have title information such as title, time, and channel.

Multilayer circuit board ensures strong anti-interference performance of signals

The serial digital video matrix switcher board adopts circuit boards with 8 to 16 layers, providing excellent isolation between signal channels and extremely low electromagnetic radiation, ensuring the quality of signal transmission.

Web management sets all running parameters and can use the web to save and restore all running parameters, including

Users can log in to the matrix through the web and view and modify the matrix configuration information, as well as import and export system configuration information. Using this method to obtain user passwords for the matrix system; Set camera permissions; Control permission settings for alarm probes; Set the control permissions for the monitor; Operating parameter cruise queue settings; Set up alarm groups for operating parameters; Operating parameter alarm probe settings; Set up group switching of operating parameters; Operating parameters camera to monitor settings; Set camera title for operational parameters; Run parameter monitor group settings. Flexible settings are implemented for video input and output, user permissions, defense zones, monitor groups, user groups, defense zone groups, switching sequences, macro commands, emergency plans, system composition, and other aspects within the system.

Real time monitoring of all devices that make up the system, such as alarms, video input and output business modules, and chassis temperature, is achieved through matrix network management software to ensure the stable operation of the system!