The difference between megabytes and gigabytes is the number of bytes that make up each unit and the amount of data they hold. A megabyte holds a million bytes, or about 1,000 kilobytes. A gigabyte holds about a billion bytes, or around 1,000 megabytes.Know More
Both megabytes and gigabytes are used in everyday life. They are used to measure the size of songs, pictures and games to name just a few. If you have a cell phone or a computer then you probably see how many megabytes a games is when you download it or how many gigabytes a movie is when you buy it to download.
The base unit for measuring data is bytes, and with technology advancing constantly, its becoming more and more common to think in these measurements. When you buy a computer, you want one that has a hard drive with a high number of gigabytes so that it can store a large amount of information.
The gigabyte is one of the largest everyday data measurement that we see. Normally, measurements are rounded off. A megabyte is said to be about a thousand kilobytes, but to be more accurate, it is 1,024 kilobytes, and a gigabyte is officially 1,024 megabytes.Learn More
HTTP and FTP are both network protocols for file transfer. HTTP is short for Hyper Text Transfer Protocol, and FTP is short for File Transfer Protocol. Both use TCP (Transmission Control Protocol) to transfer files.Full Answer >
While there is not much difference between firmware and software in terms of how the different programs are coded, the terminology is typically used differently in terms of its applications in computers. While software generally refers to externally obtained and implemented programs that aid in improving the user-computer interface and user productivity, firmware is usually implemented in the computer at the time the hardware is put into place.Full Answer >
Even parity and odd parity both refer to asynchronous communication parity checking modes; even parity sets an extra bit to 1 if the data item already has an odd number of "1" bits or to 0 if the number of "1" bits is even, while odd parity checking does the same but leaves the number of "1" bits odd. Parity bits are used to detect errors in devices that store memory.Full Answer >