What are the advantages of OceanStor Pacific in HPDA scenarios?

Question

Options

• ALossless protocol interoperability
• BHigh-density hardware
• CSmart card
• DSupport mixed loads

• A
  77% (47)
• B
  13% (8)
• C
  3% (2)
• D
  7% (4)

Explanation

OceanStor Pacific's lossless protocol interoperability is its defining HPDA advantage: it natively supports multiple data access protocols (NFS, HDFS, S3, POSIX, etc.) simultaneously on the same data, without format conversion or performance penalty. This is essential in HPDA environments where diverse analytical workloads - Spark jobs, AI training, HPC simulations - all compete for the same datasets using different protocols, so eliminating translation overhead directly boosts throughput and reduces latency.

Why the distractors are wrong:

• B (High-density hardware) - OceanStor Pacific does use high-density hardware, but that's a cost/capacity benefit general to any storage use case, not an HPDA-specific advantage.
• C (Smart card) - Smart cards are authentication/security tokens and have no relevance to OceanStor Pacific's storage or HPDA capabilities.
• D (Support mixed loads) - Mixed-load support is a general storage characteristic; it's not the distinguishing HPDA feature that OceanStor Pacific is specifically architected around.

Memory tip: Think "HPDA = Many frameworks, one dataset." Lossless protocol interoperability means every framework speaks its native language to the same storage - no copies, no conversion, no loss. That's the "lossless" part worth remembering for the exam.

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