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Note that the tested Android devices and OS versions were: Samsung Galaxy S (2.2), Google Nexus S (2.3), Motorola XOOM (3.0), Samsung Galaxy S 3 (4.0), Google Nexus 7 (4.1), Google Nexus S (4.1). As you can see, with the exception of Mobile Safari, cache sizes seem to have grown significantly over the last year. Now on to the details… Persistent vs Memory Cache In last year’s tests I attempted to
HTTP Pipelining is an old optimization technique that’s been getting some renewed interest recently. I’ve written in the past about how pipelining is broadly used in Mobile, and recently Chrome & Firefox have been considering enabling it by default. I set out to try and assess the value of pipelining for page load times, and surprisingly found it have very little effect. This result surprised me,
* Except for the first set of requests per connection. See below. iOS 5 mixes and matches other browser behaviours, using Opera’s more aggressive detection model and Android’s request distribution model. Blackberry remains the only top browser not to support HTTP Pipelining, at least for now. One twist iOS 5 introduces is that the first request on every connection is distributed first, and only t
SPDY is awesome. It’s the first real upgrade to HTTP in 10+ years, it tackles high latency mobile networks performance issues and it makes the web more secure. SPDY is different than HTTP in many ways, but its primary value comes from being able to multiplex many requests/responses from client to server over a single (or few) TCP connections. Previous benchmarks tout great benefits, ranging from m
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