To understand the difference between 32 bit and 64 bit we have to understand what is a bit. A single bit (b) is short for binary digit and it reflects whether something is on or off. The number 1 signifies something is on and 0 signifies something is off. Eight bits joined together form 1 byte (octet) signifying a number or character. For instance, the keys on your keyboard even the symbols are made up of 8 bits equaling 1 byte. The computer translates your input into binary form which is the only language it understands. Oh, by the way binary is case sensitive.
Take the capital letter “A” – the translation to binary is 01000001
Take the lower case “a” – the translation to binary is 01100001
Let’s translate a sentence into binary code. While you’re typing the letters or characters using the keyboard it’s seamlessly translating your input.
Happy Thanksgiving everyone! Translates into:
01001000 01100001 01110000 01110000 01111001 00100000 01010100 01101000 01100001 01101110 01101011 01110011 01100111
01101001 01110110 01101001 01101110 01100111 00100000 01100101 01110110 01100101 01110010 01111001 01101111 01101110 01100101 00100001
Above is called binary code which is computer language. Each single number in 01001000 is a bit and as I mentioned 8 bits equals 1 byte creating 1 character like the letter H. Computers basically talk the same language; no dialects here; it’s all 0’s and 1’s. Although there is one exception and that’s the AS/400 system, but that’s another story. I think of computer language as any other, such as English, Spanish or French it’s just mathematical.
Now, by no means is it necessary that you learn binary because it’s all done behind the scenes. It’s just one of the wonders of computing. Just like this widget below can calculate your IP address. Think of an IP as a house address. Every house on the street has a unique address and so does every single device or computer connected to the Internet. This is yours.
The bit is the smallest unit of information storage in the realm of computing. The difference between 32 bit and 64 bit, well, both describe how fast a Computer Processing Unit (CPU) translates and handles the data (binary information) it receives. But the 64 bit version of Windows manages larger chunks of Random Access Memory (RAM) more efficiently and effectively than the 32 bit series.
If you want to find out what your system is running you can visit http://support.microsoft.com/kb/827218 and it will tell you automatically or if you’re a DIY try the following:
Are You Running a 32 bit or 64 bit System.
Click Start > right click Computer > click Properties. Under System is the version type. See below.
The benefits of owning a 64 bit operating system is the abundance of RAM which minimal should be 4GB to adequately harnes the CPU’s power. These two elements combined enable you to run several programs or applications simultaneously and switch betwen them seamlessly which a 32 bit will have difficulty mimicking.
Verify System upgradability to 64 bit Win7:
Click Start > Control Panel < click Performance Information and Tools > Click View and print detailed performance and system information. Within the System field it will display the type of operating system (OS) currently running including whether or not your system can run 64 bit version of Windows under bit capable. If it is already a 64 bit version it will not display 64 bit capable.
So, the final word on the difference between 32 bit and 64 bit operating systems is the 64 bit processors and operating systems, such as Windows 7, Vista, Windows 8, and Windows 10 work hand-in-hand. Together they offer users the most efficient computing experience known today. The legacy 32 bit system, such as Windows XP’s maximum memory capacity is 4GB, but on the other hand, 64 bit operating systems are designed to utilize the capabilities of the processor complementing its architecture.
Something to Ponder.
Windows Home Basic RAM minimum starts at 4GB and maximum 8GB and Windows 7 Home Premium max is 16GB. This leaves to wonder is it the capabilities of the computer chip (processor) that dictate what is expected of the next new thing in a operating system; in other words, does the software or the chip come first?
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