This server architecture diagram example illustrates a load balancing setup for J2EE web servers. The architecture employs a jetNEXUS ALB-X load balancer to distribute HTTP requests from client devices across multiple J2EE application servers running Websphere2. The objective is to ensure high availability, balanced workloads, and efficient data flow between the client, application servers, and database. This setup is typical for enterprise applications that require scalable, distributed environments to handle high traffic and maintain stable performance.
This is a server architecture diagram focused on showing the structural components and data flow in a load-balanced J2EE environment. Unlike deployment diagrams, which depict the exact placement of software on hardware, architecture diagrams emphasize the relationships between components, detailing how systems are configured to achieve specific goals (like load balancing and high availability). This type of diagram is essential for network and system architects who design and maintain resilient web architectures.
In this architecture, client requests originate from a PC with a web browser, connecting via HTTP to the jetNEXUS ALB-X load balancer. The load balancer distributes these HTTP requests to multiple J2EE application servers on Sun Fire X4150 machines running Websphere2, ensuring even traffic distribution and preventing overload. These application servers, hosted on SUSE Linux Ent 10, process the requests and interact with an Oracle 11g RAC database on a Sun SPARC Server via TCP/IP. The Oracle database setup supports high availability, with load balancing extending across both application and data layers to maintain robust performance.
When creating a server architecture diagram for load-balanced environments, consider these principles:
This server architecture diagram example provides a comprehensive view of a load-balanced J2EE web application setup. By using MockFlow’s flowchart maker, you can customize this template to add specific details, such as additional servers, network security measures, or database replication. Use this template as a base to design scalable and resilient server architectures for your applications.