Microsoft boasted that Internet Explorer 9 was downloaded 2.35 million times, or 27 times per second, during its first 24 hours of availability this week.
The next version of Internet Explorer will let users turn on "tracking protection", a new mechanism that will block specified third-party sites from tracking users, according to Microsoft.
The next version of Internet Explorer will let users turn on "tracking protection," a new mechanism that will block specified third-party sites from tracking users, Microsoft said.
With the success of Internet Explorer 8 - gaining 1.38 percent market share in the United States to lead the pack with more than 42 percent of the market--it is easy to forget that Microsoft is hard at work developing Internet Explorer 9. Today, Microsoft unleashed the fourth Platform Preview release for developers, and told partners and developers to start preparing--the public beta of IE9 is coming soon.
Microsoft is progressing to the next phase of Internet Explorer 9 (IE9) development today with the launch of Platform Preview 3 (PP3) of the next generation Web browser. Developers can download the latest preview to get a sneak peek at what's in store with IE9 and what new functionality Microsoft is incorporating.
Mozilla, with its planned Firefox 4 browser, intends to make the browser "super-duper fast" and enable use of standard Web technologies including HTML5 and beyond, a Mozilla official said in a blog entry this week.
After four platform previews aimed at demonstrating the power of the underlying Internet Explorer 9 engine to developers, Microsoft is ready to unveil a public beta of the on September 15. Many organizations are still struggling with the decision to move from IE6 to IE8, so what should businesses expect from the new Microsoft browser?
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The challenges and the Practical Approach to a ‘Wi-Fi that works’
Creating “Wi-Fi that works”, even with minimal requirements, is a tall order given the breadth of client and application types that must perform well over the wireless infrastructure, but when adding in the speed and complexity of 802.11n, a variety of demanding applications, high-density environments, and tricky deployment scenarios, controller-based vendors cannot live up to their promises of Ethernet-like determinism. This whitepaper defines what a Wireless 2.0 network is, and the importance of a controller-less architecture for performance, reliability, scalability, security, and flexibility.
Download this now
Today’s de facto standard controller-based Wi-Fi infrastructure model is just too complicated,
too expensive, and too unreliable. It’s common for enterprise and mid-market network operators
alike to get caught in a crossroads of compromises involving costs, complexity, features, and
reliability.