Nortel Communication Server 1000 Manual page 35

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Table 12
Programming network loops
ENET Loop
Even
Odd
Engineering note pertaining to port addressing modes
There is a distinction between functionality regarding port addressing
modes in Group G and earlier, and Group H and later.
Copyright © 2007, Nortel Networks
.
– NTCK47AB Dual PRI to Clock Controller cable (4ft)
– NTCK47AC Dual PRI to Clock Controller cable (6ft)
– NTCK47AD Dual PRI to Clock Controller cable (8ft)
– NTCK47AE/AF Dual PRI to Clock Controller cable (10ft)
— Clock Controller Cables (1 to 4 port cables)
– NTCK81AA Dual PRI to Clock Controller cable (2ft)
– NTCK81AB Dual PRI to Clock Controller cable (4ft)
– NTCK81AC Dual PRI to Clock Controller cable (6ft)
– NTCK81AD Dual PRI to Clock Controller cable (8ft)
– NTCK81AE/AF Dual PRI to Clock Controller cable (10ft)
one QPC775 Clock Controller (QPC775E is required on large systems,
and where EuroISDN functionalities are supported). This cable is
required if the DPNSS1 loop is to be used as a timing synchronization
source.
one NT8D79AD PRI to Clock Controller cable. This cable is required
if the DPNSS1 loop is to be used as a timing synchronization source
for the system PBX.
Note: Presently, the network loop used for DASS2 cannot be
odd-numbered if the associated even-numbered loop is programmed
as being used for existing intelligent peripheral equipment, that is, as
TERM, TERD, or TERQ in LD 17. This constraint applies only when
Meridian Mail is equipped. Refer to
loops" (page 35).
Meridian PRI
Mail
Meridian PRI
Mail
Nortel Communication Server 1000
DASS2 Fundamentals
NN43001-571 02.01 Standard
Release 5.5 7 December 2007
DASS2 hardware requirements 35
Table 12 "Programming network
Allowed
PRI Any
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Meridian
Mail
Not Allowed
---
Meridian Mail
Any PRI