non-cacheable content

non-cacheable content

Dynamic information that changes regularly or for each user request and serves no purpose if it were cached. Web pages that return the results of a search are non-cacheable, because their contents are unique almost all the time. Contrast with cacheable content. See Web switch.
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The rapid appearance of static content, which is likely to make up a large part of the "look and feel" of the web site, is enough to keep surfers engaged and willing to wait for the higher value, non-cacheable content.
Differentiates Between Cacheable and Non-Cacheable Content Requests
Bypassing caches for non-cacheable content relieves the caches from extraneous processing and latency.
EdgeCast also recently announced new points of presence in Miami and Madrid, and unveiled its Application Delivery Network, a platform that accelerates the delivery of non-cacheable content.
Service providers can also enhance performance and utilization of their caching resources through the web switches' ability to perform intelligent cache bypass for non-cacheable content and to optimize content availability in all major caching applications including transparent, proxy and reverse proxy implementations.
FastSoft's OCA technology augments content delivery networks (CDNs) and front-end optimization (FEO) technology by accelerating the delivery of dynamic and non-cacheable content that must be served from origin servers.
In addition, Content Smart Caching relieves the caches from processing known non-cacheable content, while gracefully handling Web cache failures without service disruption.
Previous generations of cache solutions could not effectively discriminate between cacheable and non-cacheable content.
ArrowPoint's Web switches enhance LMKI's cache clusters by replicating popular content and sending requests for non-cacheable content around the caches and directly to origin servers.
ArrowPoint's Web switches enhance Exodus' cache clusters by replicating popular content and sending requests for non-cacheable content around the caches and directly to origin servers.
Load balancing content requests among RPCs, combined with intelligent cache bypass for non-cacheable content, makes ArrowPoint Web switches the only means of preventing RPC content overlap, enabling unlimited scalability for clustered caches.
With Object Pipelining, the CacheFlow solution can deliver even non-cacheable content twice as quickly.

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