The IEEE 1394 standard defines the FireWire bus, developed by Apple, that was a mainstay for a few professional industries until it was overshadowed by USB's ubiquity, continual improvement which debunked rumors that FireWire was still faster than USB. However some still choose to continue use FireWire for compatibility or for other legacy hardware support reasons.
IEEE is the standards committee for electrical / electronic components. Firewire is the type of device is being referred to. 1394 is the section of the standards code that deals with it.
Example 802.11 is the section that deals with Wireless communication. 802.11b is the section that governs wireless communication of 11mbs while 802.11g is the section that governs wireless communication at 54mbs.
The IEEE1394 communications standard was certified in 1995. Different companies have called different names (no not that sort of name) such as Firewire, iLink.
It's kind of the other way around. IEEE 1394 is the standard. It is also known as Firewire.
The IEEE1394 standard can actually go by one of three names: # FireWire (Apple) # i.LINK (Sony) # Lynx (Texas Instruments) More information on this technology is available here: http://en.wikipedia.org/wiki/FireWire
IEEE1394 or as Apple calls it, "Firewire" can carry more data. And superior to both of these is Thunderbolt also developed by Apple.
Red hot night
Any devise that is made to work with firewire. Such as a hard drive.
can you get a usb adapter for a firewire cable
can you get a usb adapter for a firewire cable
Firewire 800 has twice the bandwidth of the Firewire 400.The number is the throughput in Megabits.
firewire
Firewire connections are connections for Firewire devices to connect to a computer or some other Firewire device. They are often found on digital video cameras and high level digital audio equipment.
eSATA is faster than FireWire and firewire is faster than USB.