Which Mobile Web Framework Wins? A Hands‑On Comparison of jQTouch, jQuery Mobile, Sencha Touch, and Titanium

Mobile Web is rapidly evolving thanks to HTML5, CSS3, and stronger mobile browsers, making rich interactive web experiences on mobile devices increasingly feasible.

The article compares four common frameworks—jQTouch, jQuery Mobile, Sencha Touch, and Titanium Mobile—to see how new technologies have changed development.

jQTouch

jQTouch is easy to use with comprehensive documentation and excels at creating iPhone‑style apps using HTML, CSS, and JavaScript through progressive enhancement. It provides a basic widget set and animation scheme, but tests revealed performance issues such as page jumps, missing transitions, and tap‑event latency.

It is released under the MIT license.

jQuery Mobile

Launched in August 2010, jQuery Mobile quickly reached a feature‑rich alpha‑2 version. It is similar to jQTouch but more standards‑compliant and adaptable, offering broader UI and style support.

Performance is unstable, especially with tap‑event animation delays, and it lacks key hooks for dynamic navigation and data passing.

Documentation is scattered, and the framework is available under MIT or GPL‑2 licenses.

Sencha Touch

Sencha Touch differs by generating its own DOM via JavaScript objects, feeling more like Java or Flex than traditional web programming. It offers extensive UI components, iPad support, JSON and HTML5 offline storage, and embedded toolbar objects.

In tests it is heavier than jQTouch/jQuery Mobile but provides better performance and reliability, though initialization is slower.

Documentation is extensive yet contains many legacy bugs, and paid support starts at $300 per year. It is distributed under GPL‑3 (or a LGPL‑like license) and a non‑commercial license.

Titanium Mobile

Titanium Mobile (by Appcelerator) lets developers write apps with a JavaScript API that compiles to native iPhone or Android binaries, acting as a compatibility layer rather than a pure web framework.

It enables high‑performance native apps without learning Objective‑C or Cocoa Touch, and simple tests show good performance, though it limits you to supported platforms and its debugger is less capable than Xcode.

Analysis

The author built sample apps with three of the four frameworks. jQTouch is liked but its future development seems limited. jQuery Mobile is praised for simplicity but lags behind Sencha Touch in performance. Sencha Touch’s strong component library and performance ultimately won the author’s preference despite documentation gaps.

Conclusion

The key unanswered question is whether a web‑based app can compete with a native app without sacrificing the benefits of a single codebase. Based on two weeks of testing with the Pints app, the author leans toward “no,” citing frequent page jumps, erratic scrolling, and choppy animations.