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Learn what a load balancer is and how it distributes network or application traffic across resources to support an application. Find out the advantages of load balancing, the types of algorithms, and the examples of load balancing scenarios.
- Load Balancing Your Applications
Leverage F5’s full and reverse proxy architecture solutions...
- Nuts and Bolts
Load balancing allows organizations to distribute inbound...
- About global server load balancing
Using a static load balancing method, BIG-IP GTM selects a...
- Load Balancing and Service Mesh
In Mesh, a load balancer is the same as a reverse proxy and...
- Load Balancing Your Applications
F5 offers intelligent and programmable load balancing for applications across any platform, cloud, or microservice. Learn how F5 can help you optimize, protect, and scale your applications with traffic management and distribution.
May 10, 2017 · Learn the basics of load balancing, the essential foundation of application delivery. This paper explains the terminology, concepts, and evolution of load balancing technology and its role in ADCs.
Apr 5, 2024 · Learn what F5 Load Balancer is, how it works, and why it is important for modern IT environments. F5 Load Balancer is a sophisticated application delivery controller that optimizes performance, availability, and security of applications and services.
Learn about different load balancing methods for F5 products and how to choose the best one for your environment. Compare Round Robin, Ratio, Least Connections, Observed, Predictive, and more methods with examples and pros and cons.
Learn how BIG-IP Global Traffic Manager (GTM) provides tiered global server load balancing (GSLB) using static and dynamic methods. Compare the features and use cases of different load balancing methods and topology-based routing.
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What is F5 distributed cloud DNS load balancing?
Learn how F5 Distributed Cloud provides load balancing and proxy capabilities to control the flow of application and API traffic between services, to the internet, and from clients on the internet. Explore different types of proxies, load balancing algorithms, security controls, and observability features.