Domain For Microsoft Exchange Server

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Domain For Microsoft Exchange Server – After installing Exchange Server and configuring internal DNS, what to do next? The next step is to configure the internal and external URLs on the Exchange server. Editing URLs can be done through the Exchange Admin Center (EAC) or through PowerShell. Yes, almost all features can be configured with EAC, as one feature (AutoDiscover) must be configured with PowerShell. In this article, you will learn how to configure URLs in Exchange Server.

We have an internal site called exoip.local and an external site called exoip.com. In our example, we will configure the domain name mail.exoip.com. In this way, we can buy a third party certificate for Exchange Server. We fix internal and external URLs with the same name. Almost all URLs have mail.exoip.com in the configuration. This is because the auto URL will be different.

Domain For Microsoft Exchange Server

Domain For Microsoft Exchange Server

Want to know how current Exchange URLs are organized? Read the article Get Exchange Server URLs with PowerShell.

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Log in to the Exchange server. Run the Exchange Management Shell as an administrator. Set the available directory for each section and check it later. If you want to set the URL to all Exchange servers, remove -Server EX01-2016 from each command.

In our example, we want to configure the URL on this Exchange server, so we will use the -Server parameter.

A quick way to set all internal and external URLs is the Set-ExchangeURLs.ps1 PowerShell script. Save the script in the Exchange Server C:scripts folder. If you don’t have a document folder, create one.

Make sure the file is not open to avoid errors when using the script. Read more in the article Digital signature error when using PowerShell script.

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Another option is to copy and paste the code below into Notepad. Name it Set-ExchangeURLs.ps1 and place it in the C:scripts folder.

Run the Exchange Management Shell as an administrator. Next, change the path to the scripts folder and run the PowerShell script to configure the Exchange internal and external URLs.

You learned how to configure internal and external URLs in Exchange Server. Scroll through the list of services and enter the URL of each service. The fastest way is to use the Set-ExchangeURLs.ps1 PowerShell script. Always make sure the URL is formatted correctly.

Domain For Microsoft Exchange Server

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I was asked “Can I use Microsoft Exchange?” Yes it is. In this two-part blog series, I’ll walk you through two popular architectures for deploying Microsoft Exchange.

In this first post, I discussed plans for deploying Microsoft Exchange on Amazon Elastic Compute Cloud (EC2) Windows and deploying Microsoft Active Directory domain controllers in an EC2 environment. If you already have an on-premises Active Directory (AD), this method helps you extend your AD domain in the cloud by adding domain controllers running on EC2 Windows instances. After you set up your AD domain administrators in the . We’ll be publishing the second part of this series in September, where I’ll cover running Microsoft Exchange servers in a Resource Forest instance. By using Microsoft Exchange on , you can control your email data while taking advantage of scalability, reliability and performance.

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In the following image, we’ve created a scenario where a company has added domain controllers to the . The company’s Exchange organization was also expanded to include Exchange servers. Once you have extended your Active Directory and Exchange environment to your environment, you can easily move your users’ mailboxes to the new environment.

By design, Microsoft Exchange on Amazon EC2 instances runs in the same Active Directory forest as your on-premise Active Directory forest. These infrastructures are often used when customers want to move some or all of their Exchange servers out of their data center and into the cloud. Some customers also use this approach in the process of upgrading their Microsoft Exchange Server environment to a new version. To improve Microsoft Exchange Server operations, we offer professional services and support from our Partner Network.

The first step is to establish a network connection between your local data center and the . Most customers choose one of two ways to set up a connection:

Domain For Microsoft Exchange Server

I generally recommend the Connect method instead of a VPN connection for most production applications, such as hybrid Active Directory and Exchange architectures. This is because Direct Connect provides more predictable latency and consistent bandwidth between your data center and your VPC. See the Direct Connect documentation for more information.

Migration From Exchange Server

In this process, it is important to create a network IP address (CIDR) for your cloud environment so that it does not overlap with your network. Now you need to build a network so that packets can travel between sites and environments.

After assigning the network IP, Active Directory domain, AD subnets, and AD links for the network associated with .

Once you’ve established a network connection, the next step is to set up DNS resolution between your servers and internal servers to resolve DNS queries for devices that are on-premises or in the cloud. This is called “hybrid DNS architecture”.

One option is to change the DNS server settings on the incoming servers to point to the IP addresses of existing DNS servers. You may need to add the AD domain name to the DNS suffix list (see the following figure).

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After creating the DNS servers, these DNS settings can be updated to change the DNS servers to .

If you have private Route 53 domains and need to set up your own hybrid DNS, another option is to use Route 53 resolvers. The blog post, New – Amazon Route 53 Resolver for hybrid clouds, discusses how to configure Amazon Hybrid DNS and describes how to use Amazon. Route 53 Entry and exit points to enable hybrid DNS between domain and .

Once you’ve created a hybrid DNS solution between hardware and the cloud, the next step is to extend your Active Directory to . To perform this step, create new servers and promote them to AD domain administrators. Servers can be promoted to domain controllers in the same Active Directory domain as the domain or in a new AD domain in the same AD forest.

Domain For Microsoft Exchange Server

During the AD domain administration process, add the DNS server role to the server. This action allows AD domain administrators to resolve DNS queries.

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After the DNS server role is added to the inbound AD domain controllers, update the routing rules for the Route 53 Resolver Outbound Endpoint settings to forward DNS queries for the AD DNS domain (for example, corp.example.com) in this AD/. DNS. tools.

On active AD DC/DNS servers, create DNS forwarding rules to forward unresolved DNS queries to Route 53. Route 53 has the ability to host private domains used by PrivateLink endpoints (see here for more information). So, if you want to use PrivateLink endpoint services, it’s important to change the DNS profile on your AD/DNS servers to forward unresolved DNS queries to Route 53 against Internet DNS servers. .

The following screenshot shows the forwarder settings on the AD/DNS server. We set the IP address to .2 of the subnet (eg 10.0.0.2). The .2 address is reserved by a DNS server (see here for more information).

After your Active Directory has been expanded to , the next step is to install Microsoft Exchange. Because there is a single Active Directory forest and an on-premises AD schema, the Microsoft Exchange servers in them can be part of an on-premises Exchange organization. . To install Exchange on , create Windows servers running on Amazon EC2 instances (see instructions here), join them to the AD domain, and install Microsoft Exchange software on them. As mentioned earlier, many customers take this opportunity to upgrade their Exchange server to a newer version.

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The same design principles that go into designing Exchange on-premises also apply to Exchange servers.

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