Microsoft-PRO Deploying Messaging Solutions with Microsoft Exchange Server 2007

You are a messaging professional at A. Datum Corporation. Your company uses a Microsoft Exchange Server 2007 messaging system. The SMTP domain name for your company is adatum.com. Your company acquires a company named Contoso, Ltd. Contoso uses a Microsoft Exchange Server 5.5 messaging system. The SMTP domain name for Contoso is contoso.com. All e-mail messages between the two companies are sent through the Internet. The companies implement a new WAN link to connect their offices. Routers are configured to enable network routing across the WAN. You need to configure the Exchange Server 2007 computers to ensure that all the e-mail messages sent between A. Datum and Contoso are sent through the WAN link. What should you do?

You are a messaging professional. Your company deploys a single Microsoft Exchange Server 2007 computer that has the following roles installed: Mailbox server Hub Transport server Client Access Server The Exchange organization has five Exchange Server 2003 routing groups. Each routing group has a single direction routing group connector from the Exchange Server 2007 routing group to the respective Exchange Server 2003 routing group. You instruct the Exchange administrators to create connectors from each Exchange Server 2003 routing group to the Exchange Server 2007 routing group during a scheduled change window. The firewall located at each location allows Exchange SMTP traffic between all the Exchange bridgehead servers at each location. The Exchange administrators create routing group connectors by using the Exchange System Manager in Exchange Server 2003 during the scheduled change window. In sites where the routing group connector was manually created, the e-mail messages sent from the Exchange Server 2003 computers are not delivered to the Exchange Server 2007 computers. All Exchange Server 2007 users can send e-mail messages to all other Exchange users. You need to ensure that the messages from the Exchange Server 2003 computers are delivered to the Exchange Server 2007 computers. What should you do?

You are a messaging professional. Your company has an Exchange organization that includes Microsoft Exchange Server 2003 computers and Microsoft Exchange Server 2007 computers. The company has a single Microsoft Active Directory forest. The company acquires a new subsidiary. The subsidiary company has its own Active Directory forest. The subsidiary company uses an Exchange Server organization that includes Exchange Server 2003 computers and Exchange Server 2007 computers. Message routing is enabled between the two Exchange organizations. Users in both the companies report that they cannot view recipients from the other company in the Global Address List (GAL). You need to ensure that the GAL in both companies has all e-mail recipients of both the Exchange organizations. What should you do?

You are a messaging professional. Your company runs a Microsoft Exchange Server 2007 messaging system. A subsidiary of your company has recently completed a migration to Exchange Server 2007 in a separate Exchange organization. Both the companies are on the same internal network. Both the companies have implemented Edge Transport servers and enabled edge synchronization. You need to ensure that users can send messages between the Exchange organizations. You also need to ensure that the messages sent between the Exchange organizations remain within the internal network. What should you do?

You are a messaging professional. Your company uses a Lotus Domino 5.0 server messaging system. Your company acquires a Microsoft Exchange Server 2003 computer for its messaging system. Subsequently, you deploy Microsoft Exchange Server 2007 computers into the Exchange organization. You deploy only test users on the Exchange Server 2007 computers. Your company plans to migrate all the mailboxes and messaging functionality from the Lotus Domino 5.0 server to the Exchange Server 2007 computers in incremental steps over a period of one year. You need to ensure that during migration the following requirements are met: Users can exchange e-mail messages with each other. Users can schedule meetings with other users. Users can view user properties in the Global Address List. What should you do?

You are a messaging professional for Contoso, Ltd. Your company has a Microsoft Exchange Server 2007 computer named Server1 with the Client Access Server role. You have a second Exchange Server 2007 computer named Server2 with the Mailbox server role. You also have a single Exchange Server 2003 computer named Server3. Some mailboxes are on Server2 and some are on Server3. All users have been instructed to access Microsoft Outlook Web Access (OWA) by using https://owa.contoso.com/exchange, which is a DNS alias pointing to Server1. You are creating a plan to provide OWA fault tolerance for all users who are using the fewest number of servers. You need to make the OWA logon experience transparent for users on both the Exchange Server 2003 computer and the Exchange Server 2007 computer without any disruption or reconfiguration for end users. What should you do?

You are a messaging professional. Your company uses a Microsoft Exchange Server 2007 messaging system. The company plans to open 12 remote offices over the next six months. Each remote office will be connected to the main office by a 128 kbps WAN connection. The WAN connections will be heavily utilized. Each remote office will have fewer than 30 users. However, the remote office users will heavily use the e- mail system. Based on these factors, the company decides to deploy one Exchange Server 2007 computer in each office. The company further decides that the cost of deploying additional Exchange Server computers in each remote office is not justified. The company requires that mailbox services are not disrupted by a data-level failure. You need to plan to a data redundancy strategy for the remote office storage groups. What should you suggest?

You are a messaging professional. Your company uses a Microsoft Exchange Server 2007 messaging system. All Mailbox servers use a Storage Area Network (SAN) to store transaction logs and databases. The storage group layout plan includes five storage groups for each Mailbox server. You plan to implement a Volume Shadow Copy Service (VSS) backup solution. You need to ensure that the storage configuration supports the following requirements: Restoration of an individual database without affecting other mailbox databases Optimization of disk I/O Fewest logical unit numbers (LUNs) without compromising the other requirements What should you do?

You are a messaging professional. Your company uses a Microsoft Exchange Server 2007 messaging system. Your company has 14 sites. You plan to improve the data redundancy for your company Mailbox servers. You develop the procedure to deploy Cluster Continuous Replication (CCR) in each site. In a test lab, you configure two clustered servers with Exchange Server 2007 Mailbox servers. After a test, you review the event logs of the two servers. You discover that both the servers act as the active node in the cluster. You need to revise the deployment plan to resolve the cluster configuration issues. What should you include in the plan?

You are a messaging professional. Your company uses a Microsoft Exchange Server 2007 messaging system. Your company has four Mailbox servers named Server1, Server2, Server3, and Server4. The first three servers have two storage groups each. The database in each storage group occupies 230 GB of disk space. Server4 does not host any user mailboxes. All client computers run Microsoft Office Outlook 2007. Mailbox data is backed up to tape media. Restoring a single database to a Mailbox server with active users takes more than 30 minutes. Otherwise, restoring a single database takes less than 30 minutes. The Service Level Agreement (SLA) of the company is changed and has the following new requirements: In the event of a single database failure, users must be able to access all previous e-mail messages within 30 minutes. All mailboxes must be restored within four hours. The recovery process must not affect mailboxes in other databases. You need to create a single database failure recovery plan to meet the SLA requirements. What should you include in the plan?