Tài liệu Presentation - UPDATE - Standards on BMS cabling 2002 pptx

Latest standards on Residential, SOHo and BMS cabling Barry Elliot RCDD Technical Support Manager 3rd October 2002 Manchester Slide 0... Technologies requiring new wires Medium

Latest standards on Residential,

SOHo and BMS cabling

Barry Elliot RCDD Technical Support Manager

3rd October 2002 Manchester

Slide 0

¢ The competing technologies

slide l

Access and in-house technologies

HomePlug

Site

Technologies requiring new wires

Medium B/W Mb/s QoS Features Application

Ethernet Cat5 10/100 Not inherited Widely LAN

accepted

USB v2 Copper <480 Supported Hot swap Peripherals

IEEE Plastic <400 Sync/async Hotswap, Digital TV

1394 optical peer to

slide 3

Technologies reusing existing wires ˆ

Medium B/W Mb/s QoS Features Application

PLC Copper <20 Not supported Widely Control/

Power Line available automation

cables

HomePlug Copper <100 Not supported Widely Control/

Power Line available automation/

cables internet

HomePNA Copper <10 8 priority Limited by Control/

twisted pair levels phone outlets automation/

internet

HomeCNA Copper <200 Supported Uses unused Analogue/

coax bands Digital TV

Slide 4

channels

slide 5

Possible Market Share

Competing cable standards

¢ ‘Standard’ structured cabling

¢ Building management systems

¢ Industrial

¢ Residential and SoHo

slide 7

‘Standard’ Cabling standards

¢ Addendum 1 Minimum 4-Pair UTP and 4-Pair ScTP Patch Cable Bend Radius

¢« Addendum 2 Grounding and bonding for screened cables

¢ Addendum 3 10GbE applications

¢« Addendum 4 — Recognition of Category 6 and 850 nm Laser-Optimized 50/125 mm Multimode

Optical Fiber Cabling

¢« Addendum 4 Solderless Connection Reliability Requirements For Copper connecting Hardware

¢ Addendum 6 Cat 6 testing refinements

— Part3 Addendum 1 Laser grade fibre for 1OGBASE operation

Slide 8

BMS standards

¢ ANSI/TIA/EIA—862 Building Automation Cabling

Standard for Commercial Buildings

slide 9

ANSI/TIA/EIA-862 Building Automation Ce

- Applications

b) Patient Monitoring I) Infant Security

c) CATV/MATV m) HVAC Control

d) Overhead Paging n) Power Monitoring & Control

e) CCTV (Security Video) 0) Data Network

g) Lighting/power control q) Medical Gas Alarms safety system

h) Time & Attendance (“time cards”) r) Staff Emergency Alarms

1) EdTV (Educational TV) s) Intercom

J) Structured Cabling System t) Master Synchronous Clock

slide 10

Residential and SoHo standards

Telecommunications Cabling Standard

— Addendum 1 - Security Cabling for Residences

— Addendum 2 - Control Cabling for Residence

— Addendum 3 - Whole-Home Audio Cabling for Residences

¢ ANSI/TIA/EIA 570-B Residential Telecommunications

Cables and Architecture

slide 13

¢ CCCB, Command, Control and

Communications for Buildings

Slide 14

ANSI/TIA/EIA 570-A Residential

Telecommunications Cabling Standard

ANSI/TIA/EIA—862 Building Automatioll (

Standard for Commercial Buildings

NOTE 1- These values are limited by the maximum operating current of connecting

hardware, such as the 8-pin modular outlet/connector The cable limits all other

maximum currents listed

NOTE 2 -For BAS applications, when the maximum operating temperature is between 55 ˆC

and 60 °C, a minimum 75 °C temperature rated cable is required

slide 18

IEEE 1394 ‘Firewire’

S00, 1600, 3200 Mb/s over POF 400 Mb/s over 4.5 m

3.2 Gb/s over glass fibre

100 Mb/s over UTP

slide 19

Conclusions

¢ No single cable or architecture suits

every requirement

¢ Best guess - residential

¢ Data/voice - Star wired Cat5e

¢ Video - star wired 75-ohm coax

¢ BMS - Looped Catde

¢ Audio - star wired 16 AWG speaker wire

Sitemap,

Acknowledgements

¢« Some of these slides have been adapted from “A comparison of competing

broadband in-home technologies” T Zahariadis, K, Pramataris, N Zervos, IEE

Electronics Communications Engineering Journal, Vol 14, No 4 August 2002

slide 23

Barry Elliot RCDD Technical Support Manager

+ 44 (0) 1928 728 212 www.ThePhysicalLayer.com

slide 24