Sony CRX1600L User Manual
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Sony, along with other industry leaders, helped develop the IEEE 1394
standard. IEEE 1394 is an industry standard serial communications
common interface protocol as published by the Institute of Electrical
and Electronics Engineers (IEEE). Designed to provide a high level of
connectivity and ease of use between audio-video components and
personal computers and their peripheral devices, not only is IEEE 1394
exciting from a technical viewpoint, it is a relatively inexpensive
technology which means many types of IEEE 1394 devices should be
available in the near future at reasonable prices.
standard. IEEE 1394 is an industry standard serial communications
common interface protocol as published by the Institute of Electrical
and Electronics Engineers (IEEE). Designed to provide a high level of
connectivity and ease of use between audio-video components and
personal computers and their peripheral devices, not only is IEEE 1394
exciting from a technical viewpoint, it is a relatively inexpensive
technology which means many types of IEEE 1394 devices should be
available in the near future at reasonable prices.
The Future of IEEE 1394
There are a great many devices either already existing or being
developed with i.LINK technology:
• Computers and their peripheral devices – DVD-ROM, CD-RW, CD-
developed with i.LINK technology:
• Computers and their peripheral devices – DVD-ROM, CD-RW, CD-
R, CD-ROM, Magneto Optical, high capacity tape drives, AV hard
disks, printers and scanners.
disks, printers and scanners.
• Audio devices such as digital audio tape (DAT) decks, synthesizer
units, and other MIDI devices such as keyboards.
• Digital Video products such as digital still cameras, digital
camcorders, antennas, digital monitors and digital editing decks.
• Even digital analog converters that allow users to connect analog
video devices to i.LINK ports. These converters can convert
component YUV signals to the DV signal (digital video signal format
which i.LINK uses). This means users may use the analog
camcorders they already own with i.LINK technology.
component YUV signals to the DV signal (digital video signal format
which i.LINK uses). This means users may use the analog
camcorders they already own with i.LINK technology.
Features and Benefits of IEEE 1394
IEEE 1394 has high volume, high speed capabilities. Currently able to
provide up to 400 Megabits per second, IEEE1394 should be capable
of greater speeds in the future. Compare i.LINK technology’s
400Mbps (Megabits per second) to USB’s 12Mbps, or even to SCSI’s
fastest Ultra2 speed of 80 Megabytes per second. Additionally, real
time transfer mode provides uninterrupted transmission of sound and
picture. And because the signals are digital signals, there is virtually no
degradation in picture and sound quality.
provide up to 400 Megabits per second, IEEE1394 should be capable
of greater speeds in the future. Compare i.LINK technology’s
400Mbps (Megabits per second) to USB’s 12Mbps, or even to SCSI’s
fastest Ultra2 speed of 80 Megabytes per second. Additionally, real
time transfer mode provides uninterrupted transmission of sound and
picture. And because the signals are digital signals, there is virtually no
degradation in picture and sound quality.
IEEE 1394 has advantages in connectivity both on the computer side as
well as the audio video side.
well as the audio video side.