Cabletron Systems FRM User Manual - page 110
8-22
Frame Relay Module 4. 0 User G uide, Rev 01
Figure 8-6 Typical SVC Subscriber Screen
[A],[D],[B]
from Main Menu
If configuring an ID that will be a
Source Subscriber
on an IP (over X.25)
Interface (described in
Chapter 13
), accept the default values for all param-
eters after
Subscriber Name
, and do not configure any Routing Path. If con-
figuring an ID that will be a
Destination Subscriber
on an IP (over X.25)
Interface, accept the default values for all parameters after
Subscriber
Name
, except
1st Routing Path
, which must be configured as the node and
physical X.25 port that will be used as the interface.
Pressing
[G]
will display routing paths, which link the subscriber with one or more
ports. Pressing
[H]
will display the addresses used for call redirection. (These
addresses are valid only if
Y
is specified for one or more of items C, D, and E on the
first screen.) Parameters for all three screens are described following
Table 8-3
.
Subscriber Addressing
Subcriber IDs are the called and calling addresses that are placed in call packets. Each
Subscriber ID record also defines routing for calls to the subscriber. Each subscriber
ID, or address, consists of up to 15 digits, including (if desired) question marks and/
or asterisks used as wildcards. (See "
Wildcards in Subscriber Addresses
.")
Subscribers using a public data network (PDN) must conform to the format used by
the PDN. For example, CCITT Recommendation X.121 specifies this format: a one-
digit international code, followed by a four-digit Data Network Identification Code
(DNIC), followed by up to 10 digits of Network Terminal Number (NTN).
A private network (that will not communicate with other networks) does not need to
follow the format—any or all of the digits can be used as desired, following the guide-
lines in this chapter.
Node Name=nod exyz
SV C S ubs criber Main ten ance
*
S ubs criber ID
0100012345
A
S ubs criber Name
sub 1
B
R outing A lgorithm
0, Roun d Robin
C
S ystematic R ed irection
N
D
R ed irect on Busy
N
E
R ed irect on Ou t of Order
N
F
C onnection Priority
0
G R outing Paths
H R ed irection Add ress es
Option: