HPE0-S54 · Question #82
A customer needs a Synergy Proof of Concept (PoC) using Image Streamer. What is the minimum number of Synergy frames needed for this PoC?
The correct answer is C. 3. For an HPE Synergy PoC using Image Streamer, 3 frames is the minimum supported configuration because Image Streamer appliances must be deployed as a redundant pair (active/standby), and the frame architecture requires those appliances to be distributed across separate frames…
Question
A customer needs a Synergy Proof of Concept (PoC) using Image Streamer. What is the minimum number of Synergy frames needed for this PoC?
Options
- A1
- B2
- C3
- D5
How the community answered
(34 responses)- A3% (1)
- B3% (1)
- C94% (32)
Explanation
For an HPE Synergy PoC using Image Streamer, 3 frames is the minimum supported configuration because Image Streamer appliances must be deployed as a redundant pair (active/standby), and the frame architecture requires those appliances to be distributed across separate frames alongside the Synergy Composer and compute resources - a layout that cannot be satisfied with fewer than 3 frames.
Why the distractors are wrong:
- A (1 frame): A single frame cannot physically accommodate the Image Streamer pair plus the Synergy Composer and compute bays in a supported PoC layout.
- B (2 frames): Two frames still fall short of the minimum supported deployment, as distributing Image Streamer appliances, Composer redundancy, and compute across only 2 frames does not meet HPE's validated PoC requirements.
- D (5 frames): Five frames can absolutely run Image Streamer, but the question asks for the minimum - 5 is well above that threshold.
Memory tip: Think "Image Streamer = 3-ring circus" - you need at least 3 frames to get the full show running: one for management (Composer), one for the Image Streamer pair, and one for compute. If you see "minimum PoC + Image Streamer," lock in C = 3.
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