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Issue 1.0
UNIVERGE SV9100
3 - 24
S
ECTION
9
R
EADING
SV9100 DIM T
RACES
The DIM trace can be partly decoded by the engineer, but only a NEC Development
Engineer can decode the full trace.
This section describes the basic decode to enable the engineer to identify the
extension and trunk port number.
Extensions
Each extension type has a unique logical port type as shown below.
The port number is identified by the two digits (in hexadecimal) following the
logical port type. The two digits are 00 to ff hexadecimal (00 to 255 in decimal).
(example: keytelephone port 1 will be 0401 as shown below.)
>>>> PORT : 0401H STATUS 0000H => 0002H
Trunks
Each trunk type has a unique logical port type as shown below.
The port number is identified by the two digits (in hexadecimal) following the
logical port type. The two digits are 00 to ff hexadecimal (00 to 255 in decimal).
(example: ISDN port 17 will be 3411 as shown below.)
>>>> PORT : 3411H STATUS 00D0H => 00B1H
Type
Logical ID
Key telephone
04
SLIU
00
S-Point
4c
DECT
e9
Type
Logical ID
COIU
0c
ISDN
34
Summary of Contents for Univerge SV9100
Page 1: ...System Maintenance Manual NDA 31584 Issue 1 0 SV9100...
Page 2: ......
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Page 6: ...THIS PAGE INTENTIONALLY LEFT BLANK...
Page 16: ...Issue 1 0 UNIVERGE SV9100 1 6 Figure 1 3 Trace File Example...
Page 38: ...Issue 1 0 UNIVERGE SV9100 2 22 NOTES...
Page 75: ...UNIVERGE SV9100 Issue 1 0 System Maintenance Manual 3 37 NOTES...
Page 76: ...Issue 1 0 UNIVERGE SV9100 3 38...
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Page 78: ...System Maintenance Manual NEC Corporation of America Issue 1 0 SV9100...