ACX Series Universal Access Router Configuration Guide
CESoPSN Options
show Commands
CESoPSN Pseudowires
Related
Documentation
SAToP Emulation on T1 and E1 Interfaces Overview
110
The following statements are supported at the [
] hierarchy level:
cesopsn-options
excessive-packet-loss-rate
idle-pattern pattern
jitter-buffer-latency milliseconds
jitter-buffer-packets packets
packetization-latency microseconds
The
show interfaces interface-name extensive
interfaces.
CESoPSN pseudowires are configured on the logical interface, not on the physical
interface. So the
unit logical-unit-number
at the [
edit interfaces interface-name
statement, circuit cross-connect (CCC) for the logical interface is
logical-unit-number
created automatically.
Setting the CESoPSN Options on page 216
Structure-Agnostic time-division multiplexing (TDM) over Packet (SAToP), as defined
in RFC 4553, Structure-Agnostic TDM over Packet (SAToP) is supported on the ACX Series
Universal Access routers with built-in T1 and E1 interfaces. SAToP is used for pseudowire
encapsulation for TDM bits (T1, E1). The encapsulation disregards any structure imposed
on the T1 and E1 streams, in particular the structure imposed by standard TDM framing.
SAToP is used over packet-switched networks, where the provider edge (PE) routers do
not need to interpret TDM data or participate in the TDM signaling.
NOTE:
ACX5048 and ACX5096 routers do not support SAToP.
Figure 14 on page 111
shows a packet-switched network (PSN) in which two PE routers
(PE1 and PE2) provide one or more pseudowires to customer edge (CE) routers (CE1 and
CE2), establishing a PSN tunnel to provide a data path for the pseudowire.
edit interfaces interface-name
(
sample-period milliseconds
command is supported for
statement must be included in the configuration
] hierarchy level. When you include the
)
,
, and
t1
e1
unit
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