Pseudowire Provisioning; Table C-10. Pseudowire Provisioning Options - ADTRAN OPTI-6100 Installation Manual

OPTI-6100 Installation and Turn-Up Practice

Pseudowire Provisioning

Table C-10 lists the pseudowire provisioning options for the PWE3M.
Option Description
1 Mode
2 "SAToP Payload Size"
on page C-13
3 "CESoP Payload Size"
on page C-13
4 "Playout Buffer"
page C-14
5 SNTP Server
6 SNTP Overwrite
7 RTP Frequency
8 RTP Payload Type
9 VLAN Priority
10 Pseudowire 1–14
&
11 Pseudowire 15–28
C-12

Table C-10. Pseudowire Provisioning Options

Description
Mode is provisionable on a per-pseudowire basis. There are two
options:
♦ SAToP (default): Structure-Agnostic Time Division Multiplexing
(TDM) over Packet mode.
CESoP: Circuit Emulation Service over Packet mode.
♦
This displays the SAToP Payload Size menu.
This displays the CESoP Payload Size menu.
on This displays the Playout Buffer menu,
This enables/disables a Simple Network Timing Protocol server for
timing distribution to remote systems. This is primarily used with the
ADTRAN MX408e as the remote system. The default is Disabled.
This enables/disables a system timestamp. This stamp is immedi-
ately follows the pseudowire timestamp in the pseudowire packet.
This is primarily used with the ADTRAN MX408e as the remote sys-
tem. Enabling this option also sets the UDP checksum to zero.
The default is Disabled.
This configures the frequency of the clock (in 8 kHz increments,
locked to the system clock) used to generate the pseudowire times-
tamps. The RTP frequency must be the same at both ends of the
pseudowire. RTP Frequency is provisionable to allow for interopera-
bility with other equipment. The higher the frequency, the lower the
output phase variation.
The valid range is 8–13200 kHz (by 8s). The defaults are 1544 kHz in
T1 mode, and 8192 kHz in E1 mode.
This configures the RTP payload type as specified in RFC3550. The
payload type can only be configured from the range of dynamic values
(96–127). The PWE3M does not monitor for the received RTP payload
type, but it may be required to be set to a specific value for interop-
erability. In most cases, this should be left at the default (96).
This configures the VLAN priority of the pseudowire packet if VLAN
Support is enabled. The valid range is 0–7, with a default priority of
0 (Best Effort). In most cases the priority should be increased to
ensure low packet delay variation in the packet network.
Each of these options navigates to a menu to select individual
pseudowires for additional provisioning. Refer to
page C-15.
"Pseudowire" on
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