AZ-140 · Question #104
Your company has a single office and has 40 employees. You are planning an Azure Virtual Desktop deployment. The estimated user workloads are shown in the following table. Half the users of each…
The correct answer is B. 55 Mbps. The key constraint is that only office-based users consume the office-to-Azure link. Since half of each workload type works from home without a VPN, they connect directly to Azure - bypassing the office link entirely. That leaves only the 20 office-based users consuming the…
Question
Your company has a single office and has 40 employees. You are planning an Azure Virtual Desktop deployment. The estimated user workloads are shown in the following table. Half the users of each workload type work from home. All the users who work from home do NOT establish a VPN connection to the office. Approximately how much bandwidth is needed between the office and Azure to support the planned workloads?
Exhibit
Options
- A9.5 Mbps
- B55 Mbps
- C110 Mbps
- D220 Mbps
How the community answered
(29 responses)- A7% (2)
- B76% (22)
- C3% (1)
- D14% (4)
Explanation
The key constraint is that only office-based users consume the office-to-Azure link. Since half of each workload type works from home without a VPN, they connect directly to Azure - bypassing the office link entirely. That leaves only the 20 office-based users consuming the office-Azure bandwidth. Based on the workload distribution in the table (light ~1.5 Mbps, medium ~3 Mbps, heavy ~5 Mbps per user), the 20 in-office users sum to approximately 55 Mbps. The 220 Mbps option would apply if all 40 users routed through the office, and 110 Mbps if half routed through it with no deduction for direct connections.
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