What is the recommended approach to redundancy and path diversity in CRCF?

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Multiple Choice

What is the recommended approach to redundancy and path diversity in CRCF?

Redundancy and path diversity aim to keep services running even when a component or path fails. The best approach is to design for N+1 or better for power and cooling, provide dual communication paths, and ensure alternate routes for MCC/ICC and other critical cables so there are independent ways and spare capacity. This setup prevents a single fault from taking down the system, and it allows maintenance or upgrades without outages. The other options fall short because a single power path has no backup, lacking redundancy in paths leaves no alternative routes if one path is cut, and random redundancy doesn’t guarantee proper independence or coverage.

Redundancy and path diversity aim to keep services running even when a component or path fails. The best approach is to design for N+1 or better for power and cooling, provide dual communication paths, and ensure alternate routes for MCC/ICC and other critical cables so there are independent ways and spare capacity. This setup prevents a single fault from taking down the system, and it allows maintenance or upgrades without outages. The other options fall short because a single power path has no backup, lacking redundancy in paths leaves no alternative routes if one path is cut, and random redundancy doesn’t guarantee proper independence or coverage.

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