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first proposal to be standardized in France. The name of the FIP field bus was originally given as an abbreviation of the French "Flux d'Information vers le
Processus" while later referring to FIP with the English name "Factory Instrumentation Protocol" (some references also use the hybrid "Flux Information Protocol").
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The FIP standard is based on a French initiative in 1982 to create a requirements analysis for a future field bus standard. The study led to the
European Eureka initiative for a field bus standard in June 1986 that included 13 partners. The development group (réseaux locaux industriels) created the
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in 1996. Along with other field bus standards these CENELEC standards were included to the international IEC 61158 and IEC 61784 standards by 1999 where FIP is listed as the
Communication Profile Family 5. Eventually FIP has lost ground to Profibus which came to prevail the market in Europe in the
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There are three transmission speeds specified as 31.25 kbit/s, 1 Mbit/s and 2.5 Mbit/s for cable and optical fibre. There may be 255 stations per segment with an overall address range of 65536 communication ports. The messaging protocol uses synchronized access to the channel with
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following decade - the WorldFIP homepage has seen no press release since 2002 (with the US based
Fieldbus Foundation to haven taken the lead in ongoing development which however promotes
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Based on the requirements study other manufacturers created similar protocol definitions - starting in 1990 a number of partners from Japan and
America merged with FIP to the
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https://web.archive.org/web/20070428141019/http://www.iufmrese.cict.fr/catalogue/2001/bus_terrain/html/bus2.shtml
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protocol. Its most current definition can be found in the
European Standard EN50170.
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for train coaches. However a specific subset of WorldFIP - known the
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The closest cousin of the FIP family can be found today in the
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the field buses were submitted for
European standardization by
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protocol - can be found widely in machine components.
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44:standardization group (that later merged into the
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48:group). Along with the competing German
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651:Factory Instrumentation Protocol
532:Factory Instrumentation Protocol
214:Factory Instrumentation Protocol
18:Factory Instrumentation Protocol
81:messages of 128 bytes length.
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681:Unified Diagnostic Services
152:CC-Link Industrial Networks
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199:Ethernet Global Data (EGD)
61:for process automation).
341:Industrial control system
562:Automatic meter reading
502:Power-system automation
738:Industrial automation
676:Keyword Protocol 2000
728:Industrial computing
128:Automation protocols
374:Building automation
224:FOUNDATION fieldbus
46:Fieldbus Foundation
204:Ethernet Powerlink
135:Process automation
93:- History (French)
24:is a standardized
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85:External links
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733:Serial buses
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271:MECHATROLINK
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698:(SAE J2716)
570:ANSI C12.18
520:IEC 60870-6
515:IEC 60870-5
209:EtherNet/IP
59:H1 fieldbus
722:Categories
331:TTEthernet
316:SERCOS III
179:ControlNet
76:Technology
639:NMEA 2000
634:SAE J1939
629:ARINC 825
619:ARINC 429
575:IEC 61107
542:IEC 62351
537:IEC 61850
510:IEC 60870
457:OpenTherm
349:MTConnect
276:MelsecNet
189:DirectNET
172:DeviceNet
26:field bus
552:PROFIBUS
321:Sinec H1
306:RAPIEnet
301:PROFINET
296:PROFIBUS
261:INTERBUS
256:HostLink
194:EtherCAT
50:Profibus
42:WorldFIP
656:FlexRay
624:CAN bus
606:Vehicle
447:LonTalk
422:EnOcean
392:BatiBUS
359:OPC HDA
326:SynqNet
286:Optomux
266:IO-Link
241:GE SRTP
167:CANopen
162:CAN bus
54:CENELEC
32:History
707:Cyphal
595:Zigbee
590:Modbus
547:Modbus
492:Zigbee
487:Z-Wave
452:Modbus
387:BACnet
382:1-Wire
364:OPC UA
354:OPC DA
281:Modbus
671:J1708
666:J1587
661:IEBus
585:M-Bus
417:DyNet
402:CEBus
397:C-Bus
70:FIPIO
696:SENT
691:MOST
614:AFDX
527:DNP3
467:VSCP
462:oBIX
407:DALI
291:PieP
219:FINS
184:DF-1
147:BSAP
142:AS-i
16:The
702:VAN
686:LIN
644:FMS
482:xPL
477:xAP
472:X10
442:KNX
437:FIP
432:EIB
427:EHS
412:DSI
234:HSE
157:CIP
22:FIP
20:or
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229:H1
120:e
113:t
106:v
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