Which two primary factors affect bandwidth sizing between a Cisco Unified Intelligence Center server and client? (Choose two.)

Question

Options

• Anumber of historical reports the user is running concurrently
• Bnumber of concurrent agents logged on to Cisco Unified Intelligence Center
• Cnumber of historical database servers in the deployment
• Dnumber of real-time reports the user is running concurrently
• Etotal ECC variables in bytes

• A
  87% (13)
• B
  7% (1)
• C
  7% (1)

Explanation

Bandwidth between a CUIC server and client is driven by what the client is actively requesting and rendering. Both historical reports (A) and real-time reports (D) generate direct data payloads transmitted to the client browser - historical reports pull large dataset results, while real-time reports continuously push refreshed data streams. Running more of either type simultaneously multiplies that data flow, making them the two primary bandwidth consumers.

Why the distractors are wrong:

• B (concurrent agents logged on to CUIC): Agent count affects the content of reports but doesn't directly govern the server-to-client data transfer bandwidth.
• C (historical database servers): This is a back-end infrastructure concern affecting query distribution, not client-facing bandwidth.
• E (ECC variables in bytes): ECC variables influence payload size marginally at the data layer, but they are not a primary bandwidth sizing factor between server and client.

Memory tip: Think "R × R = Bandwidth" - Reports (historical) × Real-time (reports) are the two R's that size your pipe. Both involve the client pulling or receiving rendered report data, so more concurrent reports of either type = more bandwidth needed.

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