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For most environments, the automatic replication objects created by the KCC are the most ef cient for an organization, assuming that the sites, site links, and so on have all been correctly documented via the Active Directory Sites and Services MMC snap-in After all, garbage in, garbage out There are some circumstances in which you may want to ne-tune the connection object behavior This chapter doesn t cover manual creation of replication objects because it s a messy process Although in Windows 2000 it was sometimes necessary, it is not needed for Windows Server 2003 and above If you con gure a site s topology correctly, the KCC generates a logical set of replication objects If it does not, your site topology is probably not correctly de ned So go back and check whether you have missed a site link or whether you have Bridge All Site Links turned on If you manually create replication objects, disable the KCC However, instead of manually creating replication objects, you can massage the replication objects in two ways The rst massage applies when you have a lot of spoke sites connected to a central hub (20, 30, or hundreds of spoke sites all replicating to the hub) This chapter has already talked about how intersite replication is load balanced with Windows Server 2003 and above over the available domain controllers in a location However, this load balancing is performed only initially when a domain controller at a spoke site is added If a new domain controller is added at the hub location, existing connections are not reevaluated and spread more evenly among the domain controllers The Active Directory Load Balancer (ADLB) tool solves this problem It looks at the connection objects and load balances them among the available domain controllers ADLB is not part of the operating system (OS) but is part of the Windows Server Resource Kit It is also provided with the Active Directory Branch Of ce Deployment Kit The ADLB tool runs in three phases: It gathers data about the sites and connection objects, calculates the new replication connection object design, and writes the updated connection object properties Load balancing of connection objects among the domain controllers is useful, but ADLB also staggers when replication occurs within the replication interval By default, all replication takes place in the rst 15 minutes of a replication cycle with the replication partners With ADLB, that replication is staggered For example, Site A replicates between minutes 0 and
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15 of the replication time, Site B replicates between minutes 16 and 30, and Site C replicates between minutes 31 and 45 This is a great feature that spreads the load experienced by the hub domain controllers even further, enabling them to support more branch sites The ADLB tool does not have to modify all the connection objects at once Tell it to run in batches of 10 (or any other number) modi cations to reduce the number of changes occurring at any one time In its most basic use, just specify a server to process the connection objects and the site to balance, as follows:
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A full ADLB walkthrough is provided in the Active Directory Branch Of ce Deployment Kit In addition to staggering when replication happens, you have another option This option, redundant connection mode, and ADLB are mutually exclusive; if you use ADLB, you can t use redundant connection mode Normally, only one replication object is created per namespace between sites This is how you achieve the most ef cient replication using a leastcost spanning tree With a hub-and-spoke model that has many spoke/branch locations all connecting to a hub location, if a domain controller at the hub goes down, all the remote locations have to recalculate replication objects This results in a huge number of changes at the connection object to the domain controller that is now unavailable In addition, when the domain controller is back, the connection objects do not fail back To solve this problem, use redundant connection mode The con guration of redundant connection mode requires two steps First, enable the redundant connection mode, which tells the ISTG to have two connection objects to the hub location Second, disable detection of failed connection objects because you assume that a failed domain controller is coming back So there is no need to modify the connection objects Run the commands for redundant connection mode on all remote locations that require the redundant connections The following is an example:
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