Application Solutions
Traditional data centers deploy link load and application load and global load multi-functionality in one unit, achieving parallel processing of multiple links and fault backup, improving the efficiency of accessing application services and ensuring the high availability of applications. At the same time, considering data concentration and parallel processing in multiple data centers, the same application is distributed to two or more data centers to achieve global load balancing of multi-active data center business scheduling function, and provide global load and application load linkage function.
Provides complete 4-7 layer server application delivery function, ensuring system stability and high availability
Through script-based server health checks, timely determine the operating status of each server in the server group, improving system stability and high availability
Redundant hardware architecture ensures the reliability of equipment hardware, thereby ensuring the high reliability of user businesses
Good scalability allows for flexible expansion to add new businesses and enhance system performance
Uses a DPDK-like technology architecture to enhance the processing performance of Layer 4-7 application delivery, dynamically and robustly assigns and processes between multiple CPUs, providing a maximum throughput capacity of 200Gbps.
Provides solutions for various application scenarios, including server load balancing, link load balancing, global load balancing, SSL acceleration, etc. The system supports programmable scripts eRule and is compatible with F5 iRules scripts, allowing for deep customization of user needs
Includes device virtualization and system multi-partition virtualization technology support. Through the system's provided APIs and eRule interfaces, the system can work well with OpenFlow and SDN to achieve smooth integration of load balancing into the SDN network
Products can achieve master/backup, master/master, and cluster deployment modes with 2 or more devices. The system has fast device switching speeds that ensure business continuity during device switching processes, improving business high availability