3com MSR 20-20 참조 매뉴얼

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674
C
HAPTER
 45: CPOS I
NTERFACE
 C
ONFIGURATION
 C
OMMANDS
Cpos4/0
CT1 3
is up
Frame-format ESF, clock master, loopback not set 
(Some information about T1 channels is omitted.)
Cpos4/0
CT1 83
is up
Frame-format ESF, clock master, loopback not set
Cpos4/0
CT1 84
is up
Frame-format ESF, clock master, loopback not set 
display controller cpos e1
Syntax
display controller cpos cpos-number e1 e1-number
View
Any view
Parameter
cpos-number: CPOS interface number.
e1-number: Number of an E1 channel on a CPOS interface, in the range 1 to 63.
Description
Use the display controller cpos e1 command to display the physical layer 
configuration information of the specified E1 channel on the specified CPOS 
interface.
Table 122   Description on the fields of the display controller cpos command
Field Description 
Cpos4/0 current state 
Current physical state of the CPOS interface. 
Description Interface 
description. 
Frame-format SDH, multiplex 
AU-3, clock master, loopback 
not set 
Physical layer information of the CPOS interface: the 
framing format is set to SDH, AU-3 path is adopted, master 
clock (internal clock signal) is used, and loopback is 
disabled. 
Tx: J0: 0x01, J1: “NetEngine”, 
C2: 0x02 
The sent overhead bytes. 
Rx: J0: 0x01, J1: “NetEngine”, 
C2: 0x02 
The received overhead bytes. 
Regenerator section: 
Alarm and error statistics about the regeneration section. 
Multiplex section: 
Alarm and error statistics about the multiplex section. 
Higher order path(VC-3-x): 
Alarm and error statistics about the higher-order path. The 
x in “VC-3-x” indicates the path number. When adopting 
AU-3 path, one STM-1 has three higher-order paths 
because it is multiplexed by three VC-3s. In the AU-4 path, 
there is one higher-order path VC-4. 
Alarm: Alarm 
statistics. 
Error: Error 
statistics. 
Cpos4/0 CT1 1 is up 
The current physical state of T1 channel 1 of the CPOS 
interface 4/0. 
Frame-format ESF, clock master, 
loopback not set 
Physical layer information of T1 channels: the framing 
format is set to ESF, master clock (internal clock signal) is 
used, and loopback is disabled.