A customer must implement a mission-critical, high-performance application and physically separate the data into an ECS cluster. Which platform meets these requirements?

Question

Options

• AEX5000D
• BEXF900
• CEX5000S
• DEX500

• A
  9% (3)
• B
  85% (29)
• C
  3% (1)
• D
  3% (1)

Explanation

EXF900 is the correct platform because it is specifically designed for mission-critical, high-performance workloads and supports hard partitioning - the ability to physically (not just logically) isolate resources into separate ECS cluster domains. This physical separation ensures fault isolation and dedicated resource allocation required for mission-critical environments.

Why the others are wrong:

• EX5000D is a dual-socket server suited for general enterprise use, but lacks the hard partitioning capabilities needed for physical ECS cluster separation.
• EX5000S is a single-socket variant, making it underpowered and unsuitable for high-performance, mission-critical demands.
• EX500 is an entry-level platform intended for lighter workloads - neither the performance tier nor the partitioning features align with the requirements.

Memory tip: The "F" in EXF900 stands for "Flagship" - when you see mission-critical + physical separation, think "only the Flagship model (F) has the horsepower and hard partitioning to handle it." The other models (EX5000D/S, EX500) are progressively less capable and lack the architectural support for physical cluster isolation.

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