Firewire and USB 2.0 connectors are the two most popular ways to connect a peripheral device to a desktop or laptop. Whether it is a printer, scanner, MP3 player or video camera, chances are it connects to your computer via one of those two technologies. While both of the technologies are fast and similar in other ways, there are differences between the two. This article will help you identify the similarities and differences between Firewire and USB 2.0.
While Firewire and USB 2.0 are different technologies, they do share several traits. On a basic level, they are similar because each technology is used to connect peripheral devices to a computer. Additionally, each technology can transfer data at a rate of four hundred megabytes per second or higher. Both technologies are also hot-swappable. This means that you can connect and disconnect multiple devices without the need to reboot your computer. Finally, Firewire and USB 2.0 are both compatible with PCs and Macs, although Firewire was originally developed by Apple.
To identify the differences between the two technologies, it�s important to to understand the specific characteristics of each one. The current Firewire standard is capable of transferring four hundred megabytes per second, while an upcoming update will be capable of thirty-one hundred megabytes per second. It�s major strong point is the high amount of bandwidth it features. Firewire is commonly used for video cameras and MP3 players, but can also be found in many other peripheral devices. Additionally, two Firewire devices can be connected to each other (without the presence of a computer) and transfer data.
USB 2.0 is probably the more commonly known of the two technologies. It was originally introduced in 1997 to connect devices such as keyboards, monitors and mice, but overtime it has spread to other devices like CD/DVD burners, digital cameras and MP3 players. Although USB 1.1 was only capable of transferring twelve megabytes per second, USB 2.0 can handle up to four hundred and eighty per second. USB has become very popular because it is extremely simple to use with most modern computers. Normally, you can just plug a device in, and it is ready to go with no need for installing drivers or software.
So what are the major differences between the two technologies? To begin with, USB 2.0 is backward compatible. This means that any USB 1.1 device can be used, it will just transfer data at the twelve megabytes per second rate. Next, only Firewire supports the connection of two devices without the need for a computer. USB can only accomplish this task with a computer as the go-between. Finally, Firewire can handle much more bandwidth than USB 2.0. This is why devices like video cameras use Firewire. The reason for this difference is that USB was originally developed for low bandwidth devices like mice and keyboards.
Firewire and USB 2.0 connectors are the two most popular ways to connect a peripheral device to a desktop or laptop. Whether it is a printer, scanner, MP3 player or video camera, chances are it connects to your computer via one of those two technologies. While both of the technologies are fast and similar in other ways, there are differences between the two. This article will help you identify the similarities and differences between Firewire and USB 2.0.
While Firewire and USB 2.0 are different technologies, they do share several traits. On a basic level, they are similar because each technology is used to connect peripheral devices to a computer. Additionally, each technology can transfer data at a rate of four hundred megabytes per second or higher. Both technologies are also hot-swappable. This means that you can connect and disconnect multiple devices without the need to reboot your computer. Finally, Firewire and USB 2.0 are both compatible with PCs and Macs, although Firewire was originally developed by Apple.
To identify the differences between the two technologies, it�s important to to understand the specific characteristics of each one. The current Firewire standard is capable of transferring four hundred megabytes per second, while an upcoming update will be capable of thirty-one hundred megabytes per second. It�s major strong point is the high amount of bandwidth it features. Firewire is commonly used for video cameras and MP3 players, but can also be found in many other peripheral devices. Additionally, two Firewire devices can be connected to each other (without the presence of a computer) and transfer data.
USB 2.0 is probably the more commonly known of the two technologies. It was originally introduced in 1997 to connect devices such as keyboards, monitors and mice, but overtime it has spread to other devices like CD/DVD burners, digital cameras and MP3 players. Although USB 1.1 was only capable of transferring twelve megabytes per second, USB 2.0 can handle up to four hundred and eighty per second. USB has become very popular because it is extremely simple to use with most modern computers. Normally, you can just plug a device in, and it is ready to go with no need for installing drivers or software.
So what are the major differences between the two technologies? To begin with, USB 2.0 is backward compatible. This means that any USB 1.1 device can be used, it will just transfer data at the twelve megabytes per second rate. Next, only Firewire supports the connection of two devices without the need for a computer. USB can only accomplish this task with a computer as the go-between. Finally, Firewire can handle much more bandwidth than USB 2.0. This is why devices like video cameras use Firewire. The reason for this difference is that USB was originally developed for low bandwidth devices like mice and keyboards.