Nortel Networks 411-2021-111 manual Receive cabling, Sector

Cell Site Layouts 3-17

Table 3-7

PA to ATC connection for a 120° Metrocell with 21 channels or more per RF frame for one sector (continued)

	From	Through			To
RF Frame 3	DPA 6 - Port2	RF Frame 3	ATC2 - Port 4	RF Frame 3		Antenna
TRU/DPA		ATC Shelf 2		Duplexer		(Main receive
	DPA 7 - Port1		ATC2 - Port 5
Shelf 2				Position 2		for Sector Z)
	DPA 7 - Port 2		ATC2 - Port 6
	DPA 8 - Port1		ATC2 - Port 7
	DPA 8 - Port 2		ATC2 - Port 8
	DPA 9 - Port1		ATC3 - Port 1
	DPA 9 - Port 2		ATC3 - Port 2
	DPA 10 - Port1		ATC3 - Port 3
RF Frame 3	DPA 10 - Port2	RF Frame 3	ATC3 - Port 4	RF Frame 3		Antenna
TRU/DPA		ATC Shelf 3		Duplexer		(Diversity
	DPA 11- Port1		ATC3 - Port 5
Shelf 3				Position 3		receive for
	DPA 11- Port 2		ATC3 - Port 6
						Sector Z)
	DPA 12 - Port1		ATC3 - Port 7
	DPA 12 - Port2		ATC3 - Port 8

Receive cabling

In the reverse path, the receive signal from the main antenna of each sector is connected to the A-input of the Receive Multicoupler (RMC) through the receive port of the duplexer of that sector. The diversity antenna connects directly to the B-input of the RMC. Distribution of the reverse path frequencies is accomplished by RF splitters within each RF frame.

Table 3-8 lists the connection between the RMCs and the RF splitters in a 120° STSR Metrocell with one RF Frame. Table 3-9 lists the connection between the RMCs and the RF splitters in a 120° STSR Metrocell using three RF frames.

Table 3-8

RMC to splitter connections for a 120° STSR Metrocell with one RF Frame

	From	Through	To
	Main antenna, Sector X	RMC 1A - A1		Splitter 1
	Main antenna, Sector Y	RMC 2A - A1		Splitter 2
Sector X
	Main antenna, Sector Z	RMC 3A - A1	TRU shelf 1	Splitter 3
	Diversity antenna, Sector X	RMC 1B - B1		Splitter 4
	Diversity antenna, Sector Y	RMC 2B - B1		Splitter 5
	Diversity antenna, Sector Z	RMC 3B - B1		Splitter 6

DMS-MTX DualMode Metrocell Cell Site Description