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Discusses protection schemes like MSP and SNCP to prevent traffic errors.
Explains equipment and network protection to prevent traffic errors from single points of failure.
Explains MSP for protecting against external/internal failures of STM-n line interfaces.
Details MSP protection for STM-1/4 core cards, including inter-core protection.
Lists the four configurable modes of MSP operation: Revertive, Non-revertive, Uni/Bi-directional.
Outlines events and conditions that trigger MSP switching actions.
Describes operator commands for controlling MSP switching.
Explains Sub-Network Connection Protection (SNCP) for individual VC-basis.
Introduces SNCP support on individual VC-basis at all VC-n path layers.
Outlines criteria for SNCP switching based on detected events.
Provides equipment level protection for the core switch against card failures.
Explains core card protection as fast, autonomous recovery from card failures.
Details failure detection criteria for core card protection switching.
Defines criteria for PDH port protection switching.
MS-Spring schemes provide SDH trail protection by re-routing AU-4 payloads.
Describes MS-SPRING switching control, autonomous or manual.
Discusses protection schemes like MSP and SNCP to prevent traffic errors.
Explains equipment and network protection to prevent traffic errors from single points of failure.
Explains MSP for protecting against external/internal failures of STM-n line interfaces.
Details MSP protection for STM-1/4 core cards, including inter-core protection.
Lists the four configurable modes of MSP operation: Revertive, Non-revertive, Uni/Bi-directional.
Outlines events and conditions that trigger MSP switching actions.
Describes operator commands for controlling MSP switching.
Explains Sub-Network Connection Protection (SNCP) for individual VC-basis.
Introduces SNCP support on individual VC-basis at all VC-n path layers.
Outlines criteria for SNCP switching based on detected events.
Provides equipment level protection for the core switch against card failures.
Explains core card protection as fast, autonomous recovery from card failures.
Details failure detection criteria for core card protection switching.
Defines criteria for PDH port protection switching.
MS-Spring schemes provide SDH trail protection by re-routing AU-4 payloads.
Describes MS-SPRING switching control, autonomous or manual.
General| Brand | Ericsson |
|---|---|
| Model | Marconi OMS 1200 |
| Category | Network Hardware |
| Language | English |
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