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Teams

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Overview
DifficultyBeginner
Duration1h 10m
Students56
Ratings
5/5
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Description

This Planning Office 365 Workloads and Applications course will teach you how to plan for Office 365 workload deployments and hybrid solutions. You will learn how to identify hybrid requirements for Exchange and SharePoint hybrid solutions, and how to plan connectivity and data flow for Office 365 services, including Exchange Online, SharePoint Online, and Teams. You’ll learn how to plan migration strategies for Exchange, SharePoint, and Teams, and how to determine the best strategies.

Later in the course, you will learn how to plan Office 365 application deployments and how to plan application updates. You’ll also learn about the different update channels and when to use each.

Learning Objectives

  • How to plan for Office 365 workload deployments
  • How to plan for migrations and hybrid solutions
  • How to plan for Office 365 application deployments

Intended Audience

  • IT professionals who are interested in obtaining an Microsoft 365 certification
  • Those tasked with planning Office 365 deployments and migrations

Prerequisites

  • A decent understanding of Office 365 workloads, including Exchange Online, SharePoint Online, and Teams

Transcript

When planning connectivity and data flow for Teams, you need to first determine if you'll be deploying audio, video, and/or meetings. After determining which features you expect to deploy and use, you can take steps to optimize the network, so that it can properly support that functionality. 

While Teams uses codecs, which are specific audio and video technologies to adapt to most network conditions, it's important to prepare the network for Teams to ensure optimal performance. 

There are three major risk areas that can affect how Teams users perceive network quality. They include bandwidth availability, firewall and proxy blockers, and other network issues such as jitter and packet loss. 

Let's talk a little bit about how to prepare your network to ensure happy users. 

Although Microsoft Teams adapts to network conditions to provide the best possible audio, video, and content sharing experience, such experiences can be optimized for quality. By properly planning bandwidth for connectivity and data flow, Teams can deliver up 1080p video resolution, up to 30 frames per second for video, and 15 frames per second for content, as well as high-fidelity audio. 

The table that you see on your screen shows the necessary bandwidth that's required on a per scenario basis. 

As you can see, peer-to-peer audio calling is optimal when you can make 30 kilobytes per second available in both directions. When leveraging screen sharing with audio calling, it's best to ensure that there is at least 130 kilobytes per second available up and down. 

If you climb the features ladder and once you offer functionality that includes peer-to-peer HD quality video calling at 1080p and 30fps, you're going to need to ensure that there's at least 1.5 megabytes per second available both up and down. 

Now of course, actual bandwidth consumption in all scenarios will vary based on several factors including video layout, resolution, and frames per second. The more bandwidth that is made available, obviously, the better the quality will be. 

Because Microsoft Teams connects to Microsoft online services, reliable internet connectivity is a must. TCP ports 80 and 443 must be open from the clients to the internet and UDP ports 3478 through 3481 must be open from the the clients to the internet. 

The TCP ports in this case are used to connect to web-based content like Exchange Online, SharePoint Online, and the Teams Chat services. Various connectors and plugins also connect over these ports. The UDP ports are used to ensure audio and video flow correctly. 

These port requirements are critical to a reliable Teams deployment. Blocking these ports puts you in an unsupported configuration and will also affect media quality for users. 

It should also come as no surprise that you need to limit network impairments if you wish to maintain user satisfaction. 

Typical network impairments include latency, packet loss, and jitter. 

Latency refers to the time that it takes for an IP packet to get from point A to point B on the network. Generally speaking, this delay is often related to the physical distance between points A and B, and the speed of light. Latency can be measured as one way or as round trip time. 

Packet loss is generally defined as the percentage of packets that are lost in a given time window. Packet loss is the mortal enemy of audio quality, although small individual loss packets may have a negligible affect on audio, back-to-back burst losses can cause audio to cut out completely. 

Jitter refers to the average change in delay between success of packets. While Teams can adapt to some levels of jitter through buffering, excessive jitter can result in users seeing the effects. 

After you've wrapped up planning and network preparation, you should test network performance before deploying anything. The Skye for Business Network Assessment Tool can be used to test if the network is ready for Teams. The assessment tool tests whether all necessary ports have been opened and it tests for network impairments. 

To wrap things up, regarding Teams, let's consider some of the main takeaways. 

When planning for Teams, be sure that you open TCP ports 80 and 443 outgoing from clients that will be using Teams. UDP ports 3478 through 3481 should also be opened outgoing from clients that will use Teams. In addition, be sure that there is sufficient bandwidth for deploying Teams and that you run the assessment tool to ensure your network meets the Teams requirements.

About the Author

Students4429
Courses19
Learning paths2

Tom is a 25+ year veteran of the IT industry, having worked in environments as large as 40k seats and as small as 50 seats. Throughout the course of a long an interesting career, he has built an in-depth skillset that spans numerous IT disciplines. Tom has designed and architected small, large, and global IT solutions.

In addition to the Cloud Platform and Infrastructure MCSE certification, Tom also carries several other Microsoft certifications. His ability to see things from a strategic perspective allows Tom to architect solutions that closely align with business needs.

In his spare time, Tom enjoys camping, fishing, and playing poker.