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	1394 Trade Association: Technology
		The 1394 digital link standard was conceived in 1986 by technologists at Apple Computer, who chose the trademark 'FireWire', in reference to its speeds of operation.
		It was adopted in 1995 as the IEEE 1394 standard.
		The low overhead, high data rates of 1394, the ability to mix real-time and asynchronous data on a single connection, and the ability to mix low speed and high speed devices on the same network provides a truly universal connection for almost any consumer, computer, or peripheral application.
	www.1394ta.org /Technology (286 words)

	3DNews: IEEE 1394 \| Материнские платы
		Через IEEE 1394 может работать самое различное оборудование, причём пользователю не придётся мучаться вопросом, как это всё правильно подключить.
		Но, кроме этого, IEEE 1394 позволяет объединять множество таких устройств и соединений в одну логическую сеть.
		IEEE 1394 позволяет передавать данные на скорости 98.304 Mbit/sec.
	www.3dnews.ru /motherboard/ieee-1394 (1316 words)

	iXBT: IEEE 1394 (Firewire)
		IEEE 1394 или Firewire - это последовательная высокоскоростная шина, предназначенная для обмена цифровой информацией между компьютером и другими электронными устройствами.
		Для решения всех этих проблем и высокоскоростной передачи данных была разработана шина IEEE 1394 (Firewire).
		Протокол IEEE 1394 реализует три нижних уровня эталонной модели Международной организации по стандартизации OSI: физический, канальный и сетевой.
	www.ixbt.com /mainboard/firewire.html (773 words)

	1394 Controllers at TI
		The 1394 standard describes a serial bus driven by a simple yet advanced communications protocol that is designed to provide low system cost and the data transfer rates necessary for a high-performance peripheral bus.
		TI is supporting enhancements to 1394 that will allow 1-, 2-, 4-, and 8-Gbps and beyond (1394b).
		All of these 1394 benefits are essential if manufacturers are to deliver on the promise of a simple-to-operate, seamlessly integrated network of digital multimedia peripherals.
	www.ti.com /sc/docs/products/msp/intrface/1394/bulletin2.htm (442 words)

	Firewirestuff: What is FireWire IEEE 1394?
		The 1394 digital link standard was conceived in 1986 by technologists at Apple Computer, who chose the trademark 'FireWire', in reference to its speeds of operation and the thermal "noise" created in the connections when the highest speeds were implimented.
		The low overhead, high data rates of 1394, the ability to mix real-time synchronous and asynchronous data on a single line and the ability to mix low speed and high speed devices on the same single network connection, provides a truly universal connection for almost any consumer or commercial peripheral application.
		1394 however would have to be the storage media interface of choice over all others because of "real time", synchronous / asynchronous peer to peer data transfer and future potential over wireless and fiber.
	www.firewirestuff.com /whatis.html (914 words)

	COMPCON '95 Paper (Site not responding. Last check: 2007-10-26)
		IEEE 1394 cable connectors are constructed with the electrical contacts inside the structure of the connector thus preventing any shock to the user or contamination to the contacts by the user's hands.
		A 1394 splitter is used between the bridge and the printer to provide another port to attach a 1394 bus bridge.
		The IEEE Standards subgroup concerned with 1394 successfully closed its ballot on 1394 in December 1994 with formal 1394 approval anticipated in the second quarter of 1995.
	www.skipstone.com /compcon.html (2486 words)

	IEEE Standard 1394: Firewire
		Some of these 1394 connections can become dedicated on the fly, so that devices which are time sensitive can maintain a connection at a constant data transfer rate (this would keep your streaming video from being jumpy and audio from becoming distorted).
		1394 eliminates this by reducing the highway to one lane but allowing the cars to go as fast as possible and packing them bumper to bumper (as shown on the next page).
		Each time a 1394 device is added to or removed from the serial bus, the 1394 bus reconfigures itself.
	www-ece.engr.ucf.edu /~jza/classes/4781/Firewire/firewire.html (1919 words)

	KODAK: Technical Overview: IEEE 1394
		IEEE 1394 is a high-speed serial bus particularly adept at carrying digital video such as the images captured in a digital camera.
		However, unlike USB, IEEE 1394 is a true peer-to-peer interface—a PC is not required to connect between various peripherals.
		IEEE 1394 is based on a shared-memory model, which allows devices to directly access locations in memory as needed instead of having to wait for information to flow by in a stream.
	www.kodak.com /global/en/service/professional/tib/tib4130.jhtml (861 words)

	RFC 2734 (rfc2734) - IPv4 over IEEE 1394
		1394 is an interconnect (bus) that conforms to the CSR architecture, ISO/IEC 13213:1994.
		A 1394 ARP request/response is 32 octets and SHALL conform to the format illustrated by Figure 5.
		Although 1394 permits the use of previously allocated channel number(s) for up to one second subsequent to a bus reset, IP-capable nodes SHALL NOT transmit asynchronous stream packets at any time the valid bit in their BROADCAST_CHANNEL register is zero.
	www.faqs.org /rfcs/rfc2734.html (7376 words)

	1394 FAQ
		A: IEEE 1394 is an industry standard for a scalable, flexible, easy to use, low-cost digital interface that integrates the worlds of consumer electronics and personal computers.
		And IEEE 1394 is known for its speed; it supports guaranteed delivery of time critical data that enables high-quality audio and video applications.
		A: IEEE 1394 is for connecting digital electronic devices such as DV camcorders, DV VCRs, digital still cameras, digital set-top boxes, and many computer peripheral devices (scanners, CD-ROM's, disk drives, etc.) that have a 1394 connector.
	www.papyrus.co.il /FAQ/1394_faq.htm (1406 words)

	Fire on the Wire: The IEEE 1394 High Performance Serial Bus
		The capabilities of the 1394 bus are sufficient to support a variety of high-end digital audio/video applications, such as consumer audio/video device control and signal routing, home networking, nonlinear DV editing, and 32-channel (or more) digital audio mixing.
		All 1394 consumer electronic devices announced as of early 1997 have only a single connector; there are no currently are digital camcorders or VCRs that correspond to the devices with ID 3 or ID 5 shown in figure 1.
		The 1394 cable standard defines three signaling rates: 98.304, 196.608, and 393.216 Mbps (megabits per second; MBps in this paper refers to megabytes per second.) These rates are rounded to 100, 200, and 400 Mbps, respectively, in this paper and are referred to in the 1394 standard as S100, S200 and S400.
	www.dvinfo.net /pages/FireWire.htm (7275 words)

	1394 Market and Technology Study
		The IEEE 1394 standard has captured the fancy of a large number of other standards organizations that see the benefit of what is being developed by 1394.
		The key battleground for 1394 will be the wiring of the home, where several competing standards are prepared to jump on the copper wiring bandwagon which has problems such as coping with the high EMI/RFI environment in the home.
		Initially developed for home use, it is expected that the 1394 standard will be used in a wide range of applications in addition to the home or branch office, but also in automobiles and aircraft entertainment systems and industrial data acquisition applications.
	www.igigroup.com /st/pages/13941.html (445 words)

	What is IEEE 1394? - a definition from Whatis.com - see also: 1394
		IEEE 1394 provides a single plug-and-socket connection on which up to 63 devices can be attached with data transfer speeds up to 400 Mbps (megabits per second).
		Because IEEE 1394 is a peer-to-peer interface, one camcorder can dub to another without being plugged into a computer.
		There are two levels of interface in IEEE 1394, one for the backplane bus within the computer and another for the point-to-point interface between device and computer on the serial cable.
	whatis.techtarget.com /definition/0,,sid9_gci748584,00.html (725 words)

	IEEE 1394 analyzer, IEEE1394 analyzers, IEEE 1394 protocol analyzers, FireWire analyzers, IEEE 1394 analyser, IEEE 1394 ...
		IEEE 1394 is a versatile, high-speed serial interface, designed to connect consumer electronics devices and personal computers.
		The 1394 standards group has pioneered efforts to further evolve FireWire as the primary interface for networking multimedia devices within the home and automotive environments.
		A 1394 network can be set up by connecting equipment with the appropriate cables, with no need for address set-up.
	www.lecroy.com /tm/Solutions/Protocol/ieee1394.asp?menuid=29 (1127 words)

	Dr. Dobb's \| FireWire: The IEEE 1394 Serial Bus \| July 22, 2001
		IEEE 1394 supports asynchronous data transmission, which includes receipt datagrams that indicate that the data was transmitted reliably to the 1394 device.
		The 1394 is a read/write memory architecture bus (as opposed to an I/O bus) that follows the IEEE 1212 Control and Status Register standard for 64-bit fixed addressing.
		1394 is such a compelling technology that it is likely to be instrumental in changing the way computers are used, much as automated tellers have changed banking.
	www.ddj.com /184410277 (3139 words)

	IEEE 1394 Address Range Allocation
		I can say without hesitation that 1394 would have buried me long ago, (and I might still be stuck trying to get my 1394 digital camera to show me something useful), if it were not for the help of the DDK PSS and 1394 development teams at Microsoft.
		As shown in Figure 2, when a driver communicates with a 1394 peripheral, via asynchronous transfer, the communication actually takes place between the peripheral node and the 1394 host controller node to which the peripheral is connected.
		There is a subtle bug in the 1394 bus driver for drivers providing their own response packets such that the bus does not set the speed of the response packet correctly.
	www.wd-3.com /archive/AddressRange.htm (6451 words)

	DV & Firewire Central: Area 1394 by Roger Jennings
		An interface device or dongle that allows all IDE devices to be connected to IEEE 1394 and the operating system will support booting from this device." IDE-over-1394 stems from the Device Bay specification, which was still under NDA wraps on July 1, 1997.
		One of the lesser-known applications for 1394 is the Video Electronic Systems Association (VESA) home network (HomeNet) that's proposed to tie together PCs, TV sets, set-top boxes, audio gear, thermostats, and other household appliances by a combination of room-to-room, in-wall wiring and local conventional 1394 cabling.
		1394 is convenient and economical; it lets you multiplex video, audio, SMPTE drop-frame timecode, and device control over a single, low-cost cable.
	www.dvcentral.org /area1394.html (7044 words)

	1394 Node
		A 1394 node is an addressable entity on the 1394 bus.
		A 1394 device is connected to a host controller via 1394 cable, and that device is then enumerated by the 1394 bus driver running on the system where the host controller resides.
		If the 1394 bus driver determines that a 1394 device driver is not controlling real hardware, which again the PDO determines at enumeration time, then the 1394 bus does not automatically fill in the node address for asynchronous requests made by that driver.
	www.wd-3.com /archive/1394NodeTransfers.htm (4470 words)

	Motion Controllers - 1394 AC Servo Drives (Site not responding. Last check: 2007-10-26)
		Detailed 1394 drive status information is displayed in RSLogix 5000 and can be accessed in the ControlLogix application program to provide remote diagnostics and automated process adjustment.
		When combined with the 1394, the ControLogix SERCOS interface motion module uses a single fiber optic cable to replace the 18 wires per axis required with an analog interface.
		The 1394 supports high resolution feedback encoders for improved system performance and has built-in support for multi-turn absolute encoders to maintain position during power loss.
	www.ab.com /motion/drives/1394_sercos.html (378 words)

	FireWire - Wikipedia, the free encyclopedia
		IEEE 1394 has been adopted as the High Definition Audio-Video Network Alliance (HANA) standard connection interface for A/V component communication and control.
		As of 2006, IEEE 1394 is currently a composite of three documents: the original IEEE Std.
		The original 1394 and 1394a standards used data/strobe (D/S) encoding (called legacy mode) on the signal wires, while 1394b adds a data encoding scheme called 8B10B (also referred to as beta mode).
	en.wikipedia.org /wiki/FireWire (2193 words)

	PreSonus
		The INSPIRE 1394 is loaded with state of the art components and technology enabling the easiest computer recording experience ever.
		The microphone and instrument preamplifiers loaded in the INSPIRE 1394 are designed to deliver ultra-low noise, high gain preamplification for all types of microphones and instruments needed for professional quality recordings.
		The INSPIRE 1394 is equipped with two FireWire connectors enabling the ability to daisy-chain up to FOUR INSPIRE 1394's together for up to sixteen simultaneous inputs at 24-bit/96k recording rate.
	www.presonus.com /inspire1394.html (463 words)

	Next Stop For 1394: Wireless World - Technology News by TechWeb
		The 1394 Trade Association has approved a specification for the development of wireless FireWire applications, which will let 1394-enabled devices--both wired and unwired--to connect with each other.
		Snider said developers working on wired 1394 products can now move quickly to work with RF developers to wirelessly connect a variety of devices, such as set-top boxes, HDTVs, tuners, and DVD players, all of which will be able to interoperate in home networks.
		Wireless bridges will incorporate wired 1394 nodes as well as a wireless 802.15.3 node.
	www.techweb.com /wire/story/TWB20040511S0001 (587 words)

	1394 - tutorials free design (embedded 1394) (Site not responding. Last check: 2007-10-26)
		Firewire, also known as IEEE 1394, is a wired inter-device digital communication standard, providing data rates of up to 400 Mb (megabits) per second.
		The IEEE 1394 high-speed serial bus, originally known as FireWire, is one of the most versatile interconnect technologies available today.
		Capable of transfer speeds of up to 400 Mbits/s over inexpensive twisted-pair wire, 1394 is hot-pluggable, robust, and can be used do anything from automotive control signals, provide a high-speed I/O channel, or carry streaming video from a camcorder to a computer.
	www.eg3.com /WebID/busses/1394/blank/overview/a-z.htm (395 words)

	1394 primed for home net revival
		Although IEEE 1394 was eclipsed by the high-definition multimedia interface (HDMI) as a point-to-point interface between a cable STB (or HDTV receiver) and a display, HDMI doesn't work well as the interface between an STB and a home recording device.
		In contrast, 1394, which is designed to send compressed signals, is optimized for recording content from a DTV, as well as playing it back.
		The technical work within the 1394 group is converging on IP as the control plane for all network devices (i.e.
	www.eetasia.com /ART_8800421806_590626_5669e738200606_no.HTM (1242 words)

	What is IEEE 1394? - A Word Definition From the Webopedia Computer Dictionary
		A single 1394 port can be used to connect up 63 external devices.
		In addition to its high speed, 1394 also supports isochronous data -- delivering data at a guaranteed rate.
		Like USB, 1394 supports both Plug-and-Play and hot plugging, and also provides power to peripheral devices.
	www.webopedia.com /TERM/I/IEEE_1394.html (422 words)

	ATA-ATAPI.COM -- SCSI, 1394 And Other Interfaces
		There are two types of 1394 devices: devices that use Isochronous data transfers such as video cameras and devices that use Asynchronous data transfers such as disk drives.
		1394 is, in theory, able to handle both types of devices on the same serial bus operating at the same time.
		1394 continues to be the most complex, most expensive, certainly the lowest performance and the least reliable interface for computers and devices.
	www.ata-atapi.com /scsi.htm (1283 words)

	1394 Analyzer Pod Bus Doctor Protocol Analyzer 1394.a Firewire Analysis
		The 1394 Pod turns the Bus Doctor into a full-featured protocol analyzer - with the depth, ease-of-use, protocol decoding and statistics needed by software and systems testers.
		It features 3 different 1394 ports for easy connection and acts as a repeater on the bus.
		The 1394 Analyzer provides high-level trigger configurations for most common triggering scenarios.
	www.protocoltools.com /1394 (517 words)

	21st-"Impact-IEEE 1394.Overview"
		An IEEE 1394 device may be added to or removed from the bus at any time--even with the bus in full operation.
		Behind all of this, the 1394 Trade Association is evolving the IEEE 1394 standard to include improved capabilities and functionality, as well as maintaining order over its member companies to produce fully compatible products.
		The solution for 1394 is to add a 1394 system time stamp to the packets which allows the jitter to be canceled to a value of about +/-85 nsec.
	www.vxm.com /21R.49.html (2114 words)

	Dr. Dobb's \| A WDM IEEE 1394 Configuration ROM Decoder \| July 22, 2001
		At this point, connecting a 1394 device will cause the bus class driver to detect a new diagnostic device and Windows will look for INF files that contain an entry for 1394\ 031887and040892 type devices.
		There are generally three physical ports on a 1394 adapter, but to Windows, all three of these physical ports are handled by only one port driver.
		Once all 1394 buses are in diagnostic mode, any device plugged in at this point will appear as a diagnostic device.
	www.ddj.com /184411134 (2228 words)

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