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circuitry involved; however the primary extra complexity comes from the fact that 10BROAD36 is unidirectional. Signals can only travel one direction along the line, so head-end stations must be present on the line to repeat the signals (ensuring that no packets travel through the line indefinitely)
103:. Range is greatly extended (3,600 m (11,800 ft), versus 500 m (1,600 ft) for 10BASE5), and multiple signals can be carried on the same cable. 10BROAD36 can even share a cable with standard television channels.
247:"Information processing systems — Local and metropolitan area networks — Part 3: Carrier sense multiple access with collision detection (CSMA/CD) access method and physical layer specifications"
111:
10BROAD36 was less successful than its contemporaries because of the high equipment complexity (and cost) associated with it. The individual stations are much more expensive due to the extra
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on either another, backwards direction frequency on the same line, or another line entirely. This also increases latency and prevents bidirectional signal flow.
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Broadband networks employ frequency-division multiplexing to divide coaxial cable into separate channels, each of which serves as an individual local network.
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217:"802.3b-1985 - Supplement to 802.3: Broadband Medium Attachment Unit and Broadband Medium Specifications, Type 10BROAD36 (Section 11)"
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published the standard that was ratified in 1985 as an additional section 11 to the base
Ethernet standard. It was also issued as
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product noted that no installers understood both the digital and analog aspects of the system. In
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signaling technique. Broadband provides several advantages over the
159:(DOCSIS) introduced in the 1990s and is still widely used today.
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family. It was developed during the 1980s and specified in
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would modulate a carrier signal to be transmitted in a
147:(which provided ten times the data rate). Interest in
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47:Institute of Electrical and Electronics Engineers
68:(CATV) cable over a 3600-meter range. 10BROAD36
157:Data Over Cable Service Interface Specification
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302:"TechFest Ethernet Technical Summary"
155:, through later technologies such as
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269:"Broadband user share pains, gains"
191:has since been applied to describe
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64:signals over standard 75 ohm
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267:Paula Musich (July 20, 1987).
89:telecommunications engineering
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99:signal used, for instance in
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139:it was quickly replaced by
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221:IEEE Standards Association
195:access, a different topic.
125:metropolitan area networks
27:Obsolete Ethernet standard
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141:fiber-optic communication
660:SFP/SFP+/QSFP/QSFP+/OSFP
72:its data onto a higher
62:10 Mbit/s Ethernet
405:40 and 100 Gbit/s
308:. 1999. Archived from
223:. 1985. Archived from
143:alternatives, such as
60:The standard supports
400:25 and 50 Gbit/s
390:2.5 and 5 Gbit/s
227:on February 25, 2012
49:standards committee
193:high-speed Internet
778:Ethernet standards
360:local area network
137:wide area networks
127:. An installer at
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617:Energy Efficiency
472:Ethernet Alliance
306:Techfest web site
129:Boston University
16:(Redirected from
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312:on 16 July 2011
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647:Transceivers
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493:Twisted pair
441:Flow control
362:technologies
314:. Retrieved
310:the original
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277:. Retrieved
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250:. Retrieved
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229:. Retrieved
225:the original
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149:cable modems
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91:, this is a
81:audio signal
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637:Synchronous
612:Data center
688:Interfaces
622:Industrial
602:Automotive
581:Long Reach
503:First mile
467:IEEE 802.3
358:family of
203:References
145:100BASE-FX
131:using the
107:Deployment
576:LattisNet
571:100BaseVG
546:10BASE-FL
541:10BASE-FB
536:10BROAD36
436:EtherType
189:broadband
187:The term
169:10PASS-TS
93:broadband
74:frequency
70:modulates
31:10BROAD36
772:Category
744:Category
519:Historic
508:10G-EPON
356:Ethernet
316:July 12,
279:July 14,
252:July 12,
231:July 12,
163:See also
97:baseband
51:IEEE 802
39:Ethernet
756:Commons
607:Carrier
556:10BASE2
551:10BASE5
531:StarLAN
526:CSMA/CD
498:Coaxial
419:General
101:10BASE5
55:ISO/IEC
665:XENPAK
451:Jumbos
446:Frames
368:Speeds
45:. The
18:802.3b
720:XGMII
632:Power
627:Metro
597:Audio
566:FOIRL
488:Fiber
481:Media
175:Notes
87:. In
725:XAUI
715:GMII
655:GBIC
318:2011
281:2011
254:2011
233:2011
123:and
710:MII
705:MDI
700:EAD
695:AUI
679:CFP
674:XFP
561:MAU
774::
669:X2
304:.
283:.
271:.
219:.
667:/
348:e
341:t
334:v
320:.
256:.
235:.
20:)
Text is available under the Creative Commons Attribution-ShareAlike License. Additional terms may apply.