169:
certified products. The tables include commands for very simple actions, such as power on, power off, change channel, etc. Also included are the possibility for very sophisticated feature and functionality discovery and enumeration. For example, two products can communicate with each other, completely automatically, to discover what capabilities exist in
Product A, such that Product B can then display that info, or simply use it to select services available, a sampling being: a list of channels/inputs/outputs available, special capabilities available (like Away Mode, Movie Mode, security parameters, etc.), or data tables within a residential electrical power meter.
811:
57:
of the commands ON, OFF, DIM, BRIGHT, ALL LIGHTS ON, and ALL UNITS OFF over powerline carrier, and later infrared and short range radio mediums. Over a six-year period, engineers representing international companies met on a regular basis and developed a proposed standard. They called this standard
168:
The CEBUS standard includes a large number of control and operation tables, called the CAL contexts. These tables identify a variety of control and monitoring commands that are used by remote devices (elsewhere in a home, or with the
Internet, even elsewhere in the world) to communicate with CEBus
252:
Although there is no restriction from anyone using the CEBus standard, the CIC is developing a non-profit testing laboratory which will be funded by certification charges. Manufacturers are encouraged to use the testing laboratory to verify the conformance of their product and its performance in a
205:
Having moved out of a laboratory and into the market, the CEBus trademark is owned by the EIA. Ongoing developments are conducted by a group known as the CIC (CEBus
Industry Council). The CIC is a non-profit organization made up of the representatives of many national and international electronics
159:
The CEBus standard involves device addresses that are set in hardware at the factory, and include 4 billion possibilities. The standard also offers a defined language of many object oriented controls which include commands such as volume up, fast forward, rewind, pause, skip, and temperature up or
126:
CEBus transmissions are strings or packets of data that also vary in length, depending upon how much data is included. Some packets can be hundreds of bits in length. The minimum packet size is 64 bits, which at an average rate of 7,500 bits per second, will take about 1/117th of a second to be
102:
modulation on the power line. Spread spectrum involves starting a modulation at one frequency, and altering the frequency during its cycle. The CEBus power line standard begins each burst at 100 kHz, and increases linearly to 400 kHz during a 100 microsecond duration. Both the bursts
172:
This HPnP work expanded upon the EIA-600 foundation, which generally just provides the means by which residential products can physically get packets between each other. CAL contexts added language to further refine EIA-600 so that products can know what features others have to share.
84:
The CEBus
Standard was developed on the foundation of an IR (infrared) protocol developed by GE (General Electric). This work was transferred to the EIA at the beginning of the EIA's involvement, under the plan that it would be expanded then maintained by the EIA.
106:
A digit 1 is created by an inferior or superior state that lasts 100 microseconds, and a digit 0 is created by an inferior or superior state that lasts 200 microseconds. Consequently, the transmission rate is variable, depending upon how many of the characters are
37:, is a set of electrical standards and communication protocols for electronic devices to transmit commands and data. It is suitable for devices in households and offices to use, and might be useful for utility interface and light industrial applications.
179:
Some companies publicly acknowledged as working on HPnP in 1996 include Amp, Honeywell, Intel, IMS, Microsoft, Siemens Meter
Division, Thomson Consumer Electronics (Technicolor).
253:
home network environment. When the performance is certified, the manufacturer pays a certification fee and is licensed to include the CEBus logo on their product.
103:(referred to as "superior" state) and the absence of burst (referred to as the "inferior" state) create similar digits, so a pause in between is not necessary.
524:
119:
indicator and also saves time. For example, if the 32-bit destination address field has some of its most significant bits zero, they need not be sent; the
832:
390:
857:
65:
set of specification documents which define protocols for products to communicate through power line wire, low voltage twisted pair wire,
198:, Canada. Intellon or Domosys sell the chip to other manufacturers for use in their products, and offer to manufacture private label and
317:
190:
Presently, all of the communications hardware, language, and protocol is available on a chip produced by
Intellon Corporation in
249:. Anyone can become a member of the CIC by paying an annual fee of $ 300 to $ 10,000 and fulfilling certain other requirements.
286:
199:
709:
262:
46:
32:
959:
427:
383:
534:
238:
202:
products using the CEBus standard. Intellon and
Domosys also sell developer kits to develop a CEBus compatible product.
280:
16:
This article is about the automation standard developed in North
America. For the standard based in Australia, see
652:
246:
270:, a similar protocol with similar applications, but lacking a powerline carrier option, used mostly in Australia
954:
473:
376:
49:(EIA) identified a need for standards that included more capability than the de facto home automation standard
990:
837:
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50:
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519:
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919:
862:
195:
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54:
539:
323:
313:
176:
The simplified CEBus standard stack includes HPnP, CAL contexts, CEBus standard, and EIA-600.
62:
342:
694:
354:
287:
https://books.google.com/books?id=41XoBQAAQBAJ&dq=cebus+network+information&pg=PA119
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17:
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616:
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407:
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144:
99:
74:
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729:
719:
191:
984:
969:
468:
148:
136:
123:
delimits the field and all receiving devices assume the untransmitted bits are zero.
66:
939:
78:
281:
https://pdfslide.net/documents/cebus-demystified-the-ansi-eia-600-users-guide.html
115:; the average rate is about 7,500 bits per second. A 400 microsecond burst is an
58:
CEBus (pronounced "see bus"). The CEBus standard was released in
September 1992.
944:
580:
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898:
689:
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782:
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734:
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810:
343:"The consumer electronic bus: An integrated multimedia lan for the home"
787:
739:
714:
704:
685:
680:
597:
549:
529:
275:
https://www.amazon.com/CEBus-Demystified-ANSI-Users-Guide/dp/0071370064
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219:
759:
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662:
569:
564:
478:
432:
215:
347:
International
Journal of Digital & Analog Communication Systems
792:
559:
368:
182:
Technologies developed in parallel with HPnP: 1394, IRDA, UPnP.
554:
453:
234:
372:
657:
602:
211:
151:. The initial offerings supported only a powerline carrier.
309:
CEBus demystified : the ANSI/EIA 600 user's guide
135:
Other media besides powerline carrier are specified:
876:
818:
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671:
628:
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384:
8:
98:The CEBus standard includes such things as
833:Heating, ventilation, and air conditioning
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449:
412:
391:
377:
369:
298:
7:
14:
809:
263:Electronic Industries Alliance
194:and by Domosys Corporation in
47:Electronic Industries Alliance
1:
239:Thomson Consumer Electronics
164:Common Application Language
1007:
247:Pacific Gas & Electric
127:transmitted and received.
15:
907:
807:
312:. New York: McGraw-Hill.
960:The House for the Future
955:INTEGER Millennium House
45:In 1984, members of the
28:Consumer Electronics Bus
950:House navigation system
838:Lighting control system
745:Universal powerline bus
484:Universal powerline bus
306:Evans, Grayson (2001).
359:10.1002/dac.4510040204
858:Thermostat automation
965:Ubiquitous computing
643:Bluetooth Low Energy
520:Bluetooth Low Energy
428:Hardware controllers
341:Hofmann, J. (1991).
935:Home energy monitor
920:Building automation
196:Quebec City, Quebec
915:Home of the future
279:resources, book:
273:resources, book:
55:blind transmission
978:
977:
805:
804:
801:
800:
611:
610:
111:and how many are
94:Powerline carrier
63:open architecture
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813:
695:C-Bus (protocol)
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450:
443:Interconnection
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379:
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268:C-Bus (protocol)
53:. X10 provided
30:, also known as
18:C-Bus (protocol)
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930:Home automation
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889:Mesh networking
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828:Audio and video
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797:
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631:interconnection
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510:Radio frequency
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218:Computer Corp,
206:firms, such as
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166:
160:down 1 degree.
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145:radio frequency
133:
100:spread spectrum
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43:
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12:
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5:
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991:Computer buses
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868:Smart home hub
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192:Ocala, Florida
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970:Xanadu Houses
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619:technologies,
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469:Optical fiber
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319:0-07-141465-7
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186:Manufacturers
185:
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180:
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163:
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149:optical fiber
146:
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137:coaxial cable
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67:coaxial cable
64:
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52:
48:
40:
38:
36:
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29:
25:
19:
940:Home network
699:
353:(2): 77–86.
350:
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308:
301:
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204:
189:
181:
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167:
158:
134:
125:
121:end of frame
120:
117:end of frame
116:
112:
108:
105:
97:
83:
79:fiber optics
61:CEBus is an
60:
44:
31:
27:
26:, short for
23:
22:
945:Home server
672:Control and
621:by function
581:Consumer IR
131:Other media
925:Floor plan
899:Smart grid
771:networking
690:OpenWebNet
674:automation
293:References
89:Technology
638:Bluetooth
515:Bluetooth
474:Powerline
423:Actuators
231:Panasonic
227:Honeywell
223:Bell Labs
208:Microsoft
155:Addresses
985:Category
911:See also
853:Security
848:Robotics
783:HomePlug
778:Ethernet
735:LonWorks
648:FireWire
577:Infrared
545:MyriaNed
502:Wireless
416:Elements
328:50816704
257:See also
220:AT&T
141:infrared
71:infrared
24:CEBus(r)
863:Gateway
788:HomePNA
740:One-Net
715:Insteon
705:EnOcean
686:Bus SCS
681:AllJoyn
617:Network
598:Insteon
550:One-Net
530:EnOcean
461:Cable (
433:Sensors
243:Leviton
41:History
760:Z-Wave
755:Zigbee
663:Zigbee
629:Device
570:Z-Wave
565:Zigbee
540:Matter
479:PLCBUS
408:System
326:
316:
245:, and
216:Compaq
147:, and
77:, and
884:Costs
877:Other
820:Tasks
793:Wi-Fi
725:Luxom
720:IP500
700:CEBus
688:with
560:Wi-Fi
486:(UPB)
454:Wired
769:Data
653:IrDA
591:Both
555:UMTS
535:GPRS
525:DECT
463:xDSL
445:type
324:OCLC
314:ISBN
235:Sony
113:zero
35:-600
750:X10
730:KNX
710:EHS
658:USB
603:KNX
490:X10
355:doi
212:IBM
200:OEM
109:one
51:X10
33:EIA
987::
349:.
345:.
322:.
241:,
237:,
233:,
229:,
225:,
214:,
210:,
143:,
139:,
81:.
75:RF
73:,
69:,
583:)
579:(
465:)
392:e
385:t
378:v
361:.
357::
351:4
330:.
20:.
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