Cloud load balancing refers to distributing client requests across multiple application servers that are running in a cloud environment. Like other forms of load balancing, cloud load balancing enables you to maximize application performance and reliability; its advantages over traditional load balancing of on‑premises resources are the (usually) lower cost and the ease of scaling the application up or down to match demand. To review general information about load balancers, see Save 80% Compa...
A load balancer is a solution that acts as a traffic proxy and distributes network or application traffic across endpoints on a number of servers. Load balancers are used to distribute capacity during peak traffic times, and to increase reliability of applications. They improve the overall performance of applications by decreasing the burden on individual services or clouds, and distribute the demand across different compute surfaces to help maintain application and network sessions. Modern appl...
What Is DNS Load Balancing? ; How to Use DNS as a Load Balancer ; Why Is DNS Balancing Necessary? ; DNS Load Balancing Strategies ; Implementing DNS Load Balancing ; How F5 Can Help
An SSL load balancer is a load balancer that also performs encryption and decryption of data transported via HTTPS, which uses the Secure Sockets Layer (SSL) protocol (or its successor, the Transport Layer Security [TLS] protocol) to secure HTTP data as it crosses the network. The load balancer intercepts incoming client requests and distributes them across a group of backend servers, which increases website performance, reliability, and scalability. To review general information about load bala...
Hybrid load balancing refers to distributing client requests across a set of server applications that are running in various environments: on premises, in a private cloud, and in the public cloud. Hybrid load balancing maximizes the reliability, speed, and cost‑effectiveness of delivering content no matter where it is located, resulting in an optimum user experience. To review general information about load balancers, see Save 80% Compared to Hardware Load Balancers . Today many companies are ...
A load balancer is a solution that acts as a traffic proxy and distributes network or application traffic across endpoints on a number of servers. Load balancers are used to distribute capacity during peak traffic times, and to increase reliability of applications. They improve the overall performance of applications by decreasing the burden on individual services or clouds, and distribute the demand across different compute surfaces to help maintain application and network sessions. Modern applications must process millions of sessions simulta ...
For Internet traffic specifically, a Layer 4 load balancer bases the load-balancing decision on the source and destination IP addresses and ports recorded in the packet header, without considering the contents of the packet. There are seven networking layers in all, defined by the Open Systems Interconnection [OSI] Reference Model. For more information, see Layers in t ...
A load balancer is a solution that acts as a traffic proxy and distributes network or application traffic across endpoints on a number of servers. Load balancers are used to distribute capacity during peak traffic times, and to increase reliability of applications. They improve the overall performance of applications by decreasing the burden on individual services or clouds, and distribute the demand across different compute surfaces to help maintain application and network sessions. Modern applications must process millions of sessions simulta ...
Cloud load balancing refers to distributing client requests across multiple application servers that are running in a cloud environment. Like other forms of load balancing, cloud load balancing enables you to maximize application performance and reliability; its advantages over traditional load balancing of on‑premises resources are the (usually) lower cost and the ease of scaling the application up or down to match demand. To review general information about load balancers, see Save 80% Compa...
Differences Between Layer 4 and Layer 7 Load Balancing ; Benefits of Layer 7 Load Balancing ; An Example of Layer 7 Load Balancing