1 / 11

Introduction to FireWire: High-Performance Device Connectivity

Learn about Apple's FireWire, known as IEEE 1394, its history, specifications, advantages over USB, uses, and future potential in device connectivity.

dorothygilbert
Download Presentation

Introduction to FireWire: High-Performance Device Connectivity

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. FireWire Justin Garcia Michael Ripley Stefani Ryan Nathan Wilkinson

  2. Introduction to FireWire • FireWire is the Apple trademark for the IEEE 1394 standard • Sony refers to their implementation as i.Link • It is the industry standard for high-performance device connections

  3. History of FireWire • Introduced by Apple in 1995 as IEEE 1394-1995 • In 2000, the standard received minor revisions and was renamed 1394a • In 2002, the standard received major revisions and was renamed 1394b

  4. What is FireWire? • 1394a uses the following connections: • 4 or 6 pin proprietary cable • Cables can reach 4.5 meters • 1394b can use any of the following: • 4, 6, or 9 pin proprietary cable • Category 5 UTP cable • Glass/Plastic optical fiber • Cables can reach 100 meters

  5. What is FireWire? • Provides up to 800 Mbps bandwidth • Can provide a guaranteed bandwidth stream with lossy packet delivery • Can also provide guaranteed delivery at an uncertain rate • Guaranteed bandwidth transmission is referred to as isochronous • Guaranteed delivery is referred to as asynchronous

  6. What is FireWire? • Can provide up to 45 watts of power over the bus • New standards define methods for speaking TCP/IP over the bus, making FireWire an effective networking system • System can address 63 devices per bus • Up to 1023 buses can be bridged together

  7. Advantages of FireWire • Device communication is peer-to-peer • A “root node” is elected by all the devices on a bus • The root node coordinates all activities on the bus • A new root node is chosen within 300 microseconds of any addition or removal of a device from the bus

  8. Advantages over USB • No host computer is required, as all devices are capable of serving as the root node • FireWire is more efficient at utilizing the bus, and therefore faster than USB • FireWire can use multiple cable types

  9. Uses of FireWire • Digital multimedia (audio and video) • Other uses: • Printers • Scanners • External hard drives • Optical disk writers (CD/DVD±R/RW) • Video game consoles

  10. Device Connection Bandwidth Comparison

  11. Conclusion • FireWire is faster, more efficient, and easier to use than most other interconnects • With the introduction of IEEE 1394b, FireWire is poised for immense growth in the coming years

More Related