HPE0-S54 · Question #23
A customer has an existing Hadoop installation built on DL380 Gen9 24SFF servers. You need to review their existing installation and provide recommendations on how to achieve their stated storage…
The correct answer is C. HPE Apollo 4510. HPE Apollo 4510 is purpose-built for high-density storage workloads like Hadoop/big data analytics, supporting up to 60 LFF (3.5") drives per 4U chassis - enabling multiple petabytes per cabinet when loaded with high-capacity HDDs, easily surpassing the 5PB/cabinet target. The…
Question
A customer has an existing Hadoop installation built on DL380 Gen9 24SFF servers. You need to review their existing installation and provide recommendations on how to achieve their stated storage density goal of over 5PB per server cabinet. Which HPE solution should you recommend?
Options
- AHPE DL580 Gen10
- BHPE Apollo 6500
- CHPE Apollo 4510
- DHPE ML350 Gen10
How the community answered
(21 responses)- A14% (3)
- B5% (1)
- C76% (16)
- D5% (1)
Explanation
HPE Apollo 4510 is purpose-built for high-density storage workloads like Hadoop/big data analytics, supporting up to 60 LFF (3.5") drives per 4U chassis - enabling multiple petabytes per cabinet when loaded with high-capacity HDDs, easily surpassing the 5PB/cabinet target. The DL580 Gen10 (A) is a 4-socket compute-optimized server built for mission-critical and in-memory databases, not storage density. The Apollo 6500 (B) is optimized for GPU-dense AI/deep learning workloads, not drive capacity. The ML350 Gen10 (D) is a general-purpose mid-range tower/rack server with standard drive bay counts - nowhere near the density needed for petabyte-scale per rack.
Memory tip: Match the Apollo number to the use case - Apollo 4510 = 450+ drives worth of storage density, while Apollo 6500 = 6PU (GPU) acceleration. When you see "PB per cabinet + Hadoop," think Apollo 4510.
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