10 • Digital Signal Processing (DSP)
Model LRA2900A RAS Administrators’ Reference Guide
131
Introduction
Suspect—A (dspTotalWentSuspect) ........................................................................................................138
Suspect—B (dspTotalSavedFromSuspect) ...............................................................................................138
Reboot—A (dspTotalRebootDueToFails) ...............................................................................................138
Reboot—B (dspTotalRebootDueToError) ..............................................................................................138
DSP information window....................................................................................................................................138
DSP Status ....................................................................................................................................................139
Desired State (dspDesiredState) ..............................................................................................................139
Instance First State (dspStatefirst) ...........................................................................................................139
Instance First Used By (dspUseFirst) .......................................................................................................140
Instance Second State (dspStateSecond) ..................................................................................................140
Instance Second Used By (dspUseSecond) ..............................................................................................140
Call Statistics ................................................................................................................................................140
Originating Calls (dspOriginatingCalls) ..................................................................................................140
Answering Calls (dspAnsweringCalls) ......................................................................................................140
Successful Connects (dspSuccessfulConnects) .........................................................................................140
Failed Connect (no far modem) (dspFailedConnectPreV8) .....................................................................140
Failed Connect (bad negotiation) (dspFailedConnectPostV8) .................................................................140
Remote—Retrain (dspRemoteRetrains) ..................................................................................................141
Remote—Reneg (dspRemoteRenegotiates) .............................................................................................141
Local—Retrain (dspLocalRetrains) ..........................................................................................................141
Local—Reneg (dspLocalRenegotiates) .....................................................................................................141
Page Requests(dspPageRequests) .............................................................................................................141
Debug Statistics ............................................................................................................................................141
Reserved A (dspReservedA) .....................................................................................................................141
Reserved B (dspReservedB) .....................................................................................................................141
Introduction
The access server uses between 12 and 48 digital signal processors (DSPs) to pass digital information. Each
DSP can accept two incoming calls, one on each “instance.” The DSPs are located on chips that contain eight
DSPs each. The access server can access these DSPs in several ways:
•
On a per-instance basis—When a DSP is set to AvailableSecondOnly, the access server can disable the sec-
ond instance of a DSP.
•
On a per-DSP basis—Each DSP can be set to available or unavailable, disabling or enabling both instances
simultaneously
•
On a per-chip basis—When a DSP is selected to be rebooted, not only will that DSP be rebooted but so
will the other seven DSPS that are located on the same chip. For example, if DSP 1 is set to reboot, DSPs 2–
8 will be rebooted also.
Click on
DSP
under the
Configuration Menu
to display the
DSP Settings
main window.
The DSP main window (see figure 38) displays the current state of the DSPs (see “DSP Settings main win-
dow”).
Содержание LRA 2900
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Страница 33: ...About this guide Model LRA2900A RAS Administrators Reference Guide 33 ...
Страница 37: ...1 Introduction Model LRA2900A RAS Administrators Reference Guide 37 Saving HTTP HTML Object Changes ...
Страница 42: ...42 Chapter 3 Import Export Chapter contents Introduction 43 Export Configuration 43 Import Configuration 45 ...
Страница 63: ...5 Authentication Model LRA2900A RAS Administrators Reference Guide 63 Modify Static User ...
Страница 72: ...72 Model LRA2900A RAS Administrators Reference Guide 7 Dial In ...
Страница 109: ...7 Dial In Model LRA2900A RAS Administrators Reference Guide 109 Dial In User Statistics window ...
Страница 125: ...8 Dial Out Model LRA2900A RAS Administrators Reference Guide 125 An example demonstrating how Dial Out is used ...
Страница 155: ...12 Filter IP Model LRA2900A RAS Administrators Reference Guide 155 An example of using a filter ...
Страница 201: ...16 MFR Version 2 Model LRA2900A RAS Administrators Reference Guide 201 ...
Страница 211: ...16 MFR Version 2 Model LRA2900A RAS Administrators Reference Guide 211 MFR Version 2 Modify ...
Страница 268: ...268 Chapter 22 About Chapter contents Introduction 269 Black Box contact information 269 ...
Страница 273: ...23 License Model LRA2900A RAS Administrators Reference Guide 273 End User License Agreement ...
Страница 278: ...278 Appendix B MIB trees Chapter contents Model LRA 2900 MIB Tree Structure 279 ...