It uses isochronous data transfer, the transfering of data continously without interruption or breaks.
A six-pin FireWire connector, also known as IEEE 1394, is primarily used for connecting devices that require high-speed data transfer, such as digital cameras, external hard drives, and audio interfaces. The six pins enable both power delivery and data transmission, allowing devices to be powered directly from the FireWire connection. This makes it especially useful in professional audio and video applications where fast and reliable data transfer is crucial.
From Wikipedia definition of IEEE 1394 Standard - "The IEEE 1394 interface is a serial bus interface standard for high-speed communications and isochronous real-time data transfer, frequently used by personal computers, as well as in digital audio, digital video, automotive, and aeronautics applications. The interface is also known by the brand names of FireWire(Apple), i.LINK (Sony), and Lynx (Texas Instruments). IEEE 1394 replaced parallel SCSI in many applications, because of lower implementation costs and a simplified, more adaptable cabling system. The 1394 standard also defines a backplane interface, though this is not as widely used."
incomming data, data transfer? i would use data transfer hope this helps.
The IEEE 1394 interface was created by Apple and is marketed as FireWire on their computers. In theory you run a FireWire cable from the 1394 connection on your TV to a FireWire socket on your Mac and use some recording software to capture the HDTV signal. In the real world things are never that simple. The IEEE 1394 interface on the TV is usually there to connect cable TV boxes rather than streaming HD content. There are ways to make this work but there are also many variables (make of TV etc.) that will prevent it from working. (See links below for a fairly old discussion about the topic). A modern Intel Mac is quite capable of recording HDTV through a USB device, connected directly to the Mac, such as those made by Elgato using their EyeTV software.
Any Firewire adapter will work great with a dell notebook, as they all have a standard firewire outlet or can use an adapter card.
IEEE 802.3 is the standard for Ethernet LAN. It is a collection of IEEE standards for physical layer and Data link layer's MAC sublayer. According to these standards, the Ethernet LAN card works. IEEE 802.4 is a Token Bus standard which was standardised by IEEE. It grants the Bus physical topology to use token messages to access physical layer.
No, not at all this instruction MOV can not be used for immediate data transfer. You will need to use command MVI Rd, 8 Bit Data for immediate data transfer.
The FireWire will be disabled until the USB cord is disconnected. Once disconnected, you can only charge your iPod with the FireWire. 1394 (FireWire) does not support data transfer to the iPod...
Obtain the IP addresses of the computers you would like to transfer data to, then use the network to transfer the data.
To connect a Canon ZR40 to a computer, use a FireWire (IEEE 1394) cable to connect the camcorder's DV output to the FireWire port on your computer. If your computer lacks a FireWire port, you may need a FireWire to USB adapter or a compatible capture card. Once connected, turn on the camcorder and set it to the playback mode. You can then use video editing software to capture or transfer the footage from the camcorder to your computer.
The following instructions will work with any digital camcorder that has a Firewire port (including the TRV-310): To transfer digital video from your digital camcorder to your Mac, simply plug the camcorder into power, put it in playback mode, and use a 4-pin to 6-pin Firewire (also known as IEEE 1394a, or i.Link) cable to connect the IEEE 1394 / i.Link port on the camcorder to the Firewire port on the Mac. Once connected, launch iMovie on the Mac, move the switch underneath the preview pane to the camera icon (in iMovie HD and earlier), and import the footage.
you can use flopy disc, or usb's