The distributed comprehensive security management platform is a self-developed platform developed by our company that combines video, audio, storage, and streaming media distribution technologies to meet the needs of high concurrency access and long-term video storage. It combines centralized management with distributed deployment.
The platform is suitable for various large-scale security system projects and has strong integration and management capabilities for security subsystems. Integrate the management of various types of security systems such as video surveillance systems, alarm systems, access control management, patrol, facial recognition, license plate recognition, TV wall systems, electronic maps, IoT devices, AI applications, etc. By calling corresponding subsystems, achieve mutual linkage between event subsystems. Complete the information sharing, interaction, and linkage processing functions between various subsystems. Improve user usability and management efficiency, effectively grasp various emergencies and police information, and quickly and intuitively schedule and integrate various resources.
The platform adopts a modular design and an open master-slave flexible architecture: its mode is one master control service, matched with multiple slave services. Users can configure multiple streaming media and storage services according to project requirements to achieve video and video streaming, reduce the pressure on the master server, and meet the needs of more users to access or record, thereby meeting the reliability and scalability of the system in actual networking Comprehensive requirements for safety and load capacity. The flexible component expansion method and powerful multi-level and multi domain characteristics of the software fully ensure the elastic expansion ability of the network, meeting the network deployment and system expansion needs of large-scale monitoring systems from hundreds to hundreds of thousands of channels.
High performance
■ Supports up to 2 third-generation Intel chips ® xeon ® Scalable series processors provide powerful computing power to help users cope with heavy computing pressure.
■ Support for Intel ® Communication Acceleration Technology (Intel) ® QAT, Intel ® Advanced Vector Extension Instruction Set (Intel ® AVX-512).
8 memory channels, 16 memory DIMM slots, maximum support for 2TB 3200MHz/DDR4, optional support for second-generation BPS memory.
Fully supports U2 and M.2, with faster transmission speed, lower power consumption, and higher reliability.
Supports SD cards
By default, it supports 6 expansion slots and can be optionally increased to 8 expansion slots, providing users with flexible connection options.
An optional addition of one OCP3.0 dual gigabit data network port module or one dual 10Gbit data network port module with load balancing, link aggregation, and support for redundancy can effectively reduce network latency. It comes standard with one 1000M remote management dedicated network port.
High reliability
Supports up to 12 3.5-inch and 2 2.5-inch hot swappable SATA/SAS/SSD hard drives, or 26 2.5-inch SATA/SAS/SSD hot swappable hard drives. (Choosing a SAS hard drive requires the optional SAS expansion kit)
Optional support for high reliability RAID5, improving data processing performance and protecting data functionality.
Adopting an intelligent heat dissipation system, effectively reducing noise pollution and creating a constant temperature space in the box; Full screen protection against electromagnetic radiation, anti-interference, and anti-static (EMI) design.
■ Support for Intel ® Communication Acceleration Technology (Intel) ® QAT provides secure, high-performance, and accelerated compression, enabling reliable protection for virtual and cloud environments through network, cloud services, and storage capabilities.
Optional support for 1+1 fully redundant power supply mode, PMBUS power consumption monitoring, module loss alarm and other functions, providing higher security guarantees for server operation safety.
Support chassis intrusion detection alarm.
Low power consumption
Support frequency reduction function, which can reduce system energy consumption at low loads.
By comprehensively adjusting the fan speed based on the temperature of key thermal components, it not only saves energy but also reduces noise and improves the reliability of the fan.
Support for PDCM (Energy Efficiency Manager), providing automated server power control, helping to complete more tasks with fewer resources
