NEC SV8500, Руководство пользователя

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VOL.2-738
MG-BRI
<When registering to SP-PHI>
MG-BRI can be registered to either Internal PHI-BRI or SP-PHI. Here explains MG-BRI data assignment for
registering to SP-PHI. When registering to Internal PHI-BRI, refer to
page 734 .
[1] Internal PHE Data Assignment
When MG-BRI is registered to SP-PHI, MPH is used to control SP-PHI. For the use of MPH, it is required to
make Internal PHE function valid. So Internal PHE data assignment is necessary. About the procedure for the
Internal PHE data assignment, refer to Vol.1, Chapter 2, “2. IP Related Basic Programming” in this manual. The
explanation of PHs including Internal PHE is also there.
[2] SP-PHI Data Assignment
When MG-BRI is registered to SP-PHI, SP-PHI data assignment is necessary. About the procedure for the SP-
PHI data assignment, refer to Vol.1, Chapter 2, “2. IP Related Basic Programming” in this manual. The expla-
nation of PHs including SP-PHI is also there.
[3] MG-BRI Data Assignment
Assign the necessary System Data for using the MG.
ASYD: Assignment of System Data
SYS1
Index64 Bit0=1 (A-law used for codec)
Note 1
Index186 Bit6=1 (ISDN used)
Index187=00 (Fixed)
Index474 Bit0-3=MTC (Timer Counter)
Bit4-6=TC (Timer Class)
Note 1:
This parameter depends on specification of country being in used. For more information on the country
tone code, refer to the Command Manual.
ASYDL: Assignment of System Data (LDM)
SYS1
Index810 Bit2=0 (Internal Hold Tone)
=1 (External Hold Tone)
Note 1
Index811 Bit0-Bit7=03 (Australia is chosen for the country tone code)
Note 2
Index818 Bit6=1 (ETSI ISDN is supported)
Note 3
Note 1:
Effective only when nothing is assigned for AMGIL command.
Note 2:
This parameter depends on specification of country being in used. For more information on the country
tone code, refer to the Command Manual.
Note 3:
Effective when Interface type of Route Class Data is INT:6.
Index824 Bit4=0 (EC training feature of MG disabled)
=1 (EC training feature of MG enabled)