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- FireWire is also known by the term IEEE 1394 High Performance Serial Bus, and USB stands for Universal Serial Bus. The main difference between the two is that FireWire is made to handle more data than USB, particularly audio and visual information.
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What is the difference between IEEE 1394 and USB?
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Both FireWire and USB are technologies used to connect devices to a computer and transfer data quickly. FireWire is also known by the term IEEE 1394 High Performance Serial Bus, and USB stands for Universal Serial Bus. The main difference between the two is that FireWire is made to handle more data than USB, particularly audio and visual ...
- History and Development of Firewire vs USB
- Data Transfer Speed of USB vs Firewire
- Technical Differences Between USB and Firewire
- Cost of USB vs Firewire
- References
History of FireWire
FireWire was developed by the IEEE P1394 Working Group, largely driven by contributions from Apple, although major contributions were also made by engineers from Texas Instruments, Sony, Digital Equipment Corporation, IBM, and INMOS/SGS Thomson (now STMicroelectronics). Apple intended FireWire to be a serial replacement for the parallel SCSI bus while providing connectivity for digital audio and video equipment. Apple's development began in the late 1980s, later presented to the IEEE, and was...
History of USB
The USB 1.0 specification was introduced in 1996. It was intended to replace the multitude of connectors at the back of PCs, as well as to simplify software configuration of communication devices. USB was created by a core group of companies that consisted of Compaq, Digital, IBM, Intel, Northern Telecom, and Microsoft. The USB 2.0 specification was released in April 2000 and was standardized by the USB-IF at the end of 2001. Hewlett-Packard, Intel, Alcatel-Lucent, Microsoft, NEC, and Philips...
Although high-speed USB 2.0 (theoretical speed 400 Mbit/s) nominally runs at a higher signaling rate than FireWire 400 (theoretical speed also 400 Mbit/s), data transfers over S400 FireWire interfaces generally outperform similar transfers over USB 2.0 interfaces. Typical USB PC-hosts rarely exceed sustained transfers of 280 Mbit/s, with 240 Mbit/s...
USB and FireWire had different design goals when they were first developed. USB was designed for simplicity and low cost, while FireWire was designed for high performance, particularly in time-sensitive applications such as audio and video. USB was originally seen as a complement to FireWire (IEEE 1394), which was designed as a high-speed serial bu...
The royalty which Apple and other patent holders initially demanded from users of FireWire (US$0.25 per end-user system) and the more expensive hardware needed to implement it (US$1–$2), both of which have since been dropped, have prevented FireWire from displacing USB in low-end mass-market computer peripherals, where product cost is a major const...
- 400-3200 Mbit/s (50-400 MB/s)
- Yes
- current rating is 3.52/512345(96 ratings)
- Yes
Dec 19, 2018 · FireWire, also known as IEEE 1394, is not a cable you usually find these days. Popularized in the early 90s, it was the competing standard to USB for a long time, not unlike Thunderbolt is today. Offering much faster speeds, even faster than USB 2.0, FireWire a connection you'll usually find on older external hard drives and digital cameras.
- Anthony Heddings
Aug 28, 2021 · More About FireWire & Its Supported Features. FireWire Versions. FireWire vs USB. Frequently Asked Questions. IEEE 1394, commonly known as FireWire, is a standard connection type for many electronic devices such as digital video cameras, printers and scanners, external hard drives , and other peripherals.
What are IEEE-1394 connectors? IEEE-1394 is a communication technology that was developed by Apple® in the early 1990s, at about the same time as USB. The original IEEE-1394 standard is known as FireWire, IEEE-1394a, DV or as i.Link® (Sony®'s implementation of the standard).
While both technologies provide similar end results, there are fundamental differences between USB and FireWire. USB requires the presence of a host controller, typically a PC, which connects point to point with the USB device. This allows for simpler (and lower-cost) peripherals, at the cost of lowered functionality of the bus.
Speed aside, the big difference between FireWire and USB 2.0 is that USB 2.0 is host-based, meaning that devices must connect to a computer in order to communicate. FireWire is peer-to-peer , meaning that two FireWire cameras can talk to each other without going through a computer.
