A company is planning a Teams deployment for 1,000 users across four sites. The network team wants to use the Network Planner to estimate bandwidth requirements. They have already gathered the number of users at each site and their expected usage patterns. What is the next step to complete the Network Planner setup?

Run the Microsoft 365 network connectivity test from each site to collect baseline data for the Network Planner.

Enable QoS on the network before running the Network Planner to ensure accurate bandwidth calculations.

Create a network blueprint in the Network Planner, add the sites, and assign the appropriate usage profiles to each site.

Use the Teams admin center to export the current call quality data and import it into the Network Planner.

A company is preparing to deploy Teams. The network team ran the Microsoft 365 network connectivity test and received a network performance score of 50. The Teams Network Assessment Tool shows acceptable jitter and packet loss. What is the most likely reason for the low connectivity score?

The network does not have enough bandwidth for Teams.

The network path to Microsoft 365 is suboptimal, such as traffic being routed through a distant front door or a VPN.

The Teams client is not configured correctly.

The firewall is blocking TCP 443.

A mid-sized company is planning to deploy Teams. The network administrator wants to assess whether the local network can support real-time media. They have already run the Network Assessment Tool and received results showing that the network meets the recommended values for latency, jitter, and packet loss. However, the administrator is unsure whether the bandwidth is sufficient for the expected number of concurrent meetings. Which additional step should the administrator take?

Use the Network Planner to calculate the bandwidth requirements based on the number of users and their expected usage.

Enable QoS on the network to prioritize Teams media traffic and ensure bandwidth is sufficient.

Review the Teams admin center's call quality dashboard to see if there are any bandwidth issues.

Run the Microsoft 365 network connectivity test to measure the bandwidth available from the local network to Microsoft 365.

Contoso Pharmaceuticals is planning a Teams deployment for 500 users across two sites. Each site has a 1 Gbps MPLS link to the central datacenter. The network team wants to ensure that Teams media traffic is prioritized and that the WAN links are not saturated during peak meeting hours. They have already run the Network Assessment Tool and confirmed that the local networks meet the recommended latency, jitter, and packet loss thresholds. Which two actions should the Teams administrator take to complete the network readiness plan?

Enable the Teams media bypass option in the Teams admin center to route all media traffic directly between clients, bypassing the MPLS link entirely.

Configure Quality of Service (QoS) with DSCP markings for Teams media ports and verify that the WAN routers honor the markings.

Increase the MPLS bandwidth to 2 Gbps at both sites to guarantee that Teams media traffic will never experience packet loss.

Disable UDP on the firewall for Teams media ports and force all media to use TCP to ensure reliable delivery.

A law firm is deploying Teams with voice and video. They have two offices: Office A (200 users, 100 Mbps link) and Office B (50 users, 50 Mbps link). The firm's IT policy requires that all traffic to Microsoft 365 goes through a central proxy at Office A. The network team has used the Network Planner and found that Office A requires 80 Mbps for Teams and Office B requires 20 Mbps. However, the proxy at Office A is also used by Office B for all internet traffic. Which of the following is the most significant risk to Teams call quality?

Office B's 50 Mbps link is insufficient for Teams, even though the Network Planner says 20 Mbps is needed.

The Network Planner underestimated the bandwidth because it does not account for the proxy overhead.

The UDP ports 3478-3481 are blocked by the proxy, preventing media from flowing.

The proxy at Office A becomes a bottleneck, causing increased latency and packet loss for both offices' Teams traffic.

Microsoft 365 Certified:Teams Administrator Associate

Domain 1Objective 1

Plan Network Settings for Teams MS-700 Practice Questions (Page 3)

Part of the Configure and manage a Teams environment domain, which accounts for 40–45% of the MS-700 exam. Microsoft does not publish an official question count, but from its 100-minute exam (~40–65 total, ~16–29 in this domain), expect 3–6 from this objective — we provide 30 practice questions to prepare you well beyond it. (estimate)

30questions here

6free pages

5concepts

40–45%of the exam

Questions 11–15

11application · medium
A company is planning a Teams deployment for 1,000 users across four sites. The network team wants to use the Network Planner to estimate bandwidth requirements. They have already gathered the number of users at each site and their expected usage patterns. What is the next step to complete the Network Planner setup?
Select an answer first
12expert · hard
A company is preparing to deploy Teams. The network team ran the Microsoft 365 network connectivity test and received a network performance score of 50. The Teams Network Assessment Tool shows acceptable jitter and packet loss. What is the most likely reason for the low connectivity score?
Select an answer first
13application · medium
A mid-sized company is planning to deploy Teams. The network administrator wants to assess whether the local network can support real-time media. They have already run the Network Assessment Tool and received results showing that the network meets the recommended values for latency, jitter, and packet loss. However, the administrator is unsure whether the bandwidth is sufficient for the expected number of concurrent meetings. Which additional step should the administrator take?
Select an answer first
14application · medium
Contoso Pharmaceuticals is planning a Teams deployment for 500 users across two sites. Each site has a 1 Gbps MPLS link to the central datacenter. The network team wants to ensure that Teams media traffic is prioritized and that the WAN links are not saturated during peak meeting hours. They have already run the Network Assessment Tool and confirmed that the local networks meet the recommended latency, jitter, and packet loss thresholds. Which two actions should the Teams administrator take to complete the network readiness plan?
Select an answer first
15expert · hard
A law firm is deploying Teams with voice and video. They have two offices: Office A (200 users, 100 Mbps link) and Office B (50 users, 50 Mbps link). The firm's IT policy requires that all traffic to Microsoft 365 goes through a central proxy at Office A. The network team has used the Network Planner and found that Office A requires 80 Mbps for Teams and Office B requires 20 Mbps. However, the proxy at Office A is also used by Office B for all internet traffic. Which of the following is the most significant risk to Teams call quality?
Select an answer first

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Plan Network Settings for Teams MS-700 Practice Questions (Page 3)

Questions 11–15

A company is preparing to deploy Teams. The network team ran the Microsoft 365 network connectivity test and received a network performance score of 50. The Teams Network Assessment Tool shows acceptable jitter and packet loss. What is the most likely reason for the low connectivity score?

Keep studying — Configure and manage a Teams environment