Nortel Networks 411-2021-111 manual Frequency Assignment Example, Example of Metro TRU datafill

Page 84

6-6Datafilling a Metro Cell Site

Frequency Assignment Example

An example configuration is shown in Figure 6-1. In this example The ICRM virtual port card 0 is hardwired to the RIP Connector J205 and virtual port card 1 is hardwired to RIP Connector J206 (see Figure 6-2). Since port card 0 is hardwired to J205 it will be connected to all the TRUs with odd numbered Metro locations (Refer to the Metro RF Frame Figure for the TRU numbering scheme). Hence port card 1, which is hardwired to J206, will be connected to all the TRUs with even numbered Metro locations.

Five datafill tuples are shown in the example figure for:

a CCH,

a Digital Locate Receiver (DLR)—serving as the CCH backup in this example,

an Analog Locate Receiver (ALR)—can be assigned to any TRU, and

two VCH TRU personalities.

The table in the figure shows the location of the five TRUs with respect to their Metro shelf locations.

Figure 6-1

Example of Metro TRU datafill

Table CCHINV

 

 

 

 

 

 

 

 

 

 

 

 

CCHKEY

 

CHANNO

BACKUP

 

 

MODE

 

TERMATTR

CARD

PORT

ALRAMPT

 

49

0

331

 

Y 0 AUTOTUNE

 

COMBINED

TRU2AN60

0

0

0

 

Table LCRINV

 

 

 

 

 

 

 

 

 

 

 

 

LCRKEY

 

CCHBACKED

ADMODE

TERMATTR

CARD

PORT

ALARMPT

LCRTEST

 

49

0

 

Y 0

 

TDMA3

 

TRU2AN60

1

 

1

1

 

N

 

49

1

 

N

 

ANALOG

TRU2AN60

1

 

2

2

 

N

 

Table VCHINV

 

 

 

 

 

 

 

 

 

 

 

 

VCHKEY CHANNO

ADMODE

GROUP

TRKMEMS

 

TERMATTR

CARD

PORT

ALARMPT

XCVRSAT

49

1

289

TDMA3

(000) (1)(101)(201) TRU2AN60

0

1

1

DEFAULT

49

4

226

ANALOG_TDMA3 (001) (4)(104)(204) TRU2AN60

1

3

4

DEFAULT

 

 

 

 

 

 

 

 

 

 

 

Channel and Frequency

 

ICRM location

RF Frame location

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

CCH 0 (331)

 

 

Card 0 Port 0

TRU Slot 1

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

LCR 0 (DLR)

 

 

Card 1 Port 1

TRU Slot 4

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

LCR 1 (ALR)

 

 

Card 1 Port 2

TRU Slot 6

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

VCH 1 (289)

 

 

Card 0 Port 1

TRU Slot 3

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

VCH 4 (226)

 

 

Card 1 Port 3

TRU Slot 8

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Note: J205 and J206 are cabled to the ICRM port cards as shown in Figure 6-2.

411-2021-111 Standard 01.01 June 1996

Image 84 Contents
DualMode Metrocell Page Page Publication history JuneContents Power and Grounding Requirements Cell Site ComponentsDatafilling a Metro Cell Site AppendicesBlock diagram of a 120 Stsr Metrocell using one RF Frame List of tablesPage About this document Intended audience for this publicationHow this publication is organized Applicability of this publicationList of terms BandCarrier RF Cell DBmDBW DuplexerFilter Forward pathIsolation LossModulation OmniDqpsk Return lossSignal RF SectorSectorization Stsr Introduction Northern Telecoms DualMode MetrocellSystem architecture of a DualMode Metrocell Digital ready cellular productBasic components of a DualMode Metrocell Universal CE Frame Metro RF Frame800 MHz cellular band Channel assignment for 800 MHz cellular systemsChannel assignment Band a 416 channels Band B 416 channels Introduction 6Introduction Standard 01.01 June Cell Site Configurations Omni configurationOverview Sectorized configuration Omni N=7 frequency reuse plan120 N=7 sectorized frequency reuse plan 60 N=4 sectorized frequency reuse plan Omni cell site configuration Cell Site LayoutsControl Channel redundancy RF FrameCell Site Layouts 4Cell Site Layouts Transmit cabling TRU/DPA6Cell Site Layouts Receive cabling Component requirementNo. Frames TRUs ATCsStsr cell site configuration CE Frame Block diagram of a 120 Stsr Metrocell using one RF Frame RF FrameBlock diagram of a 120 Stsr Metrocell using three RF Frames 12Cell Site Layouts DPA 9 Port1 CCH ATC3 Port DPA 10 Port1 14Cell Site Layouts TRU/DPA ATC 16Cell Site Layouts Sector Sector Y Sector ZSector Y TX/RX, 3 RX Stsr cell site connection Control Channel Locate Channel Receiver SectorSector U Sector W22Cell Site Layouts Block diagram of a 60 Stsr Metrocell with two RF Frames 24Cell Site Layouts Block diagram of a 60 Stsr Metrocell with four RF Frames 26Cell Site Layouts Transmit cabling 28Cell Site Layouts TRU/DPA 30Cell Site Layouts Port2 ATC3 Port DPA Port1 RF Frame 32Cell Site Layouts Receive cabling 34Cell Site Layouts Sector Y 36Cell Site Layouts Component requirement 38Cell Site Layouts Standard 01.01 June Cell Site Components Major components of a DualMode Metrocell DescriptionNTAX98AA FRU Customer Service Operations 4Cell Site Components Standard 01.01 June Power and Grounding Requirements Safety requirementsPower and grounding requirements Power and Grounding Requirements 4Power and Grounding Requirements Frame power distribution Power distribution for the CE and RF Frames in a MetrocellSystem power protection Grounding UL/CSA approvalCEC par DC coupled signals Cable Identification 10Power and Grounding Requirements Standard 01.01 June Datafilling a Metro Cell Site Datafill Overview Table Clli Table AcualmAlarm Points Metro RF Frame ATCCavities Fan Pwr Hsmo +27V a Rip Connector J206 Table VCHINV, CCHINV, LcrinvPort # Frequency Assignment Example Example of Metro TRU datafillExample of Metro ICRM/TRU hardwire configuration Icrm8Datafilling a Metro Cell Site Standard 01.01 June Appendix a DualMode Metrocell Cell Site Specifications System ConfigurationRadio Frequency Alarms Audio InterfaceDC Power Requirements Power Distribution RequirementsMechanical Packaging EnvironmentalRegulatory Electromagnetic Emissions Radiated EmissionsTelecom Compliance Product Safety Appendix B Frequency Plans =7 Frequency plan Band a=7 Frequency plan Band B =4 Frequency plan Band a =4 Frequency plan Band B10Frequency Plans Standard 01.01 June Page Cell Site Description