EasyManua.ls Logo

Lucent Technologies CBX 3500 - Page 616

Lucent Technologies CBX 3500
888 pages
To Next Page IconTo Next Page
To Next Page IconTo Next Page
To Previous Page IconTo Previous Page
To Previous Page IconTo Previous Page
Loading...
Beta Draft Confidential
17-241/19/05 ATM Services Configuration Guide for CBX 3500, CBX 500, GX 550, and B-STDX 9000
Configuring SVC Parameters
Configuring SVC Attributes
Address Translation
Ingress
Choose one of the following ingress address translation
mode options from the pull-down list:
Disabled — Select this option if you want no address
translation to occur on ingress to the logical port.
TunnelSelect this option if a sub-address is present in
the SETUP message, to promote it to the address
information element at the ingress port. If you select this
option, you should also select Tunnel for the Egress mode.
E.164 Native to AESA — Select this option if you
selected E.164 AESA to Native as the Egress mode. If you
select this option, the AFI, HO-DSP, ESI, and SEL octets
of the address are removed at the network’s ingress logical
port. Also, all leading zeros and the trailing Fh in the IDP
portion of the address are removed. For example, the E.164
AESA address
45-000005085551234F-1A2B3C-0000050F0601-00
would be converted to the native E.164 address
5085551234.
E.164 AESA to Native — Select this option if you
selected E.164 Native to AESA as the Egress mode. If you
select this option, the HO-DSP, ESI, and SEL octets of the
AESA address are filled with zeros at the network’s ingress
logical port. Also, leading zeros and the trailing Fh are
added to the IDP portion. For example, the native E.164
address 5085551234 would be converted to AESA E.164
address
45-000005085551234F-00000000-000000000000-00.
For more information on ingress address translation, see
About Address Translation” on page 16-12.
Table 17-6. Configure SVC: Address Tab Fields (Continued)
Field Description

Table of Contents

Related product manuals