IEEE1394: Difference between revisions
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IEEE1394, sometimes also called [[Firewire]] or [[iLink]], is a serial high speed bus protocol initially invented by Apple Computer in 1995. In contrast to the [[Universal Serial Bus]] Protocol, implementing the IEEE1394 Bus Protocol is quite an expensive process -- implementors have to obtain documentation and licenses from the [http://www.1394ta.org/ IEEE1394 Trade Alliance], as the 1394 spec is not open and many parts of the protocol are protected by patents. |
IEEE1394, sometimes also called [[Firewire]] or [[iLink]], is a serial high speed bus protocol initially invented by Apple Computer in 1995. In contrast to the [[Universal Serial Bus]] Protocol, implementing the IEEE1394 Bus Protocol is quite an expensive process -- implementors have to obtain documentation and licenses from the [http://www.1394ta.org/ IEEE1394 Trade Alliance], as the 1394 spec is not open and many parts of the protocol are protected by patents. |
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Since every device has to implement both host and client modes of operation, IEEE1394 chipsets are usually quite expensive compared to [[USB |
Since every device has to implement both host and client modes of operation, [[IEEE1394 interface chipsets|IEEE1394 chipsets]] are usually quite expensive compared to [[USB interface chipsets|USB chipsets]] providing the same functionality. |
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Concerning DVB there are: |
Concerning DVB there are: |
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* [[DVB-T IEEE1394 Devices]] |
* [[DVB-T IEEE1394 Devices]] |
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Concerning V4L, see [[V4L IEEE1394 devices|here]]. |
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== External Links == |
== External Links == |
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Revision as of 04:00, 9 December 2008
IEEE1394, sometimes also called Firewire or iLink, is a serial high speed bus protocol initially invented by Apple Computer in 1995. In contrast to the Universal Serial Bus Protocol, implementing the IEEE1394 Bus Protocol is quite an expensive process -- implementors have to obtain documentation and licenses from the IEEE1394 Trade Alliance, as the 1394 spec is not open and many parts of the protocol are protected by patents.
Since every device has to implement both host and client modes of operation, IEEE1394 chipsets are usually quite expensive compared to USB chipsets providing the same functionality.
Concerning DVB there are:
- ATSC IEEE1394 Devices
- DVB-C IEEE1394 Devices
- DVB-S IEEE1394 Devices
- DVB-S2 IEEE1394 Devices
- DVB-T IEEE1394 Devices
Concerning V4L, see here.