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5 Dec 2011 The Using RAM Cache for HTTP Traffic section in the BIG-IP Local Traffic Manager: Implementations guide (10.x); The Managing Application-layer Traffic chapter in the Configuration The BIG-IP system evicts all objects from the RAM Cache after any object is invalidated in the WebAccelerator cache.
18 Jan 2010 If more than the specified maximum number of objects is configured, virtual servers which otherwise qualify for PVA acceleration are demoted to wire chip, and to determine the relevant version of the chip, refer to K4832: Overview of Packet Velocity ASIC Acceleration, or the Platform Guide for your BIG-IP
27 Sep 2011 The Web Acceleration profile can be applied to a BIG-IP ASM-enabled virtual server to cache commonly requested static content that conforms to the BIG-IP ASM security policy, such as images. Using HTTP Change the Maximum Object Size option from the default of 50000 bytes to 150000 bytes.
30 Nov 2016 Change the Minimum Object Size option to 1 byte (the default setting is 500 bytes). Change the Maximum Object Size option to 150000 bytes (default setting is 50000 bytes). Click Finished. Associating the Web Acceleration profile with the ASM-enabled virtual server. To associate the Web Acceleration
10 Feb 2016 You can enable HTTP caching on the BIG-IP system by associating a Web Acceleration profile with a virtual server. An HTTP cache is a collection of HTTP objects stored in the BIG-IP system's memory that subsequent connections can reuse to reduce traffic load on the origin web servers. The goal of
Operating symmetrically, the BIG-IP® acceleration functionality, using Web Application functionality, caches objects from origin web servers (less than approximately . If the total size of the configuration changes in the cache exceeds the specified value, the BIG-IP system performs a full sync whenever the next config sync
With Web pages, static caching simply serves objects -- typically images, JavaScript, stylesheets -- as long as they haven't passed. The F5 BIG-IP® WebAcceleratorTM makes dynamic caching possible by implementing two key capabilities: a sophisticated matching algorithm that links fully qualified user queries to cached
Introducing Acceleration · Overview: Introduction to acceleration · Origin web server load balancing · About data centers · Data compression · Data deduplication · Optimization of TCP connections · Caching objects · Optimization of HTTP protocol and web applications · Overview: BIG-IP Acceleration · Application
Operating symmetrically, the BIG-IP® acceleration functionality, using both Web Application and Symmetric Optimization functionality, caches large objects . If the total size of the configuration changes in the cache exceeds the specified value, the BIG-IP system performs a full sync whenever the next config sync operation
and servers, BIG-IP WebAccelerator decreases your spending on additional bandwidth and hardware. Users get fast access i Parking Lot—Queues multiple requests for the same new or expired cached object, and then sends only one this optimization can be more beneficial given the smaller screen sizes and slower.

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March 2018