![]() ![]() Here is the problem, while most of the software available today is 32-bit, the processors we buy are almost all 64-bit. Since 1995, when Windows 95 was introduced with support for 32-bit applications, most of the software and operating system code has been 32-bit compatible. Some modern applications require more than 4 GB of memory to complete their tasks so 64-bit systems are now becoming more attractive because they can potentially address up to 4 billion times that many locations. 32-bit systems were once desired because they could address (point to) 4 Gigabytes (GB) of memory in one go. More bits means our system can point to or address a larger number of locations in physical memory. ![]() More bits means that data can be processed in larger chunks which also means more accurately. 32-bit versus 64-bit As the number of bits increases there are two important benefits. At the end we'll look at some of the common questions people have. ![]() We'll look at your computer system as three parts: the hardware, the operating system and the application programs. Will this 32-bit software run on my 64-bit operating system? or Will this 64-bit software run on my computer? If you've asked these questions then this tutorial should help you to understand the concepts of 32-bit and 64-bit computing. We are currently looking for people with skills and/or interest in the following areas: - Rootkit Scanner and Remover - Web Browser for Android If this sounds like you then click here for more detailsģ2-bit and 64-bit explained Updated 11. ![]()
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