Robot Check. Enter the characters you see below. Sorry, we just need to make sure youre not a robot. For best results, please make sure your browser is accepting cookies. Torrent Windows Server 2008 R2 Active Directory Training Online' title='Torrent Windows Server 2008 R2 Active Directory Training Online' />Active Directory Tutorial. Working with Microsoft Active Directory can be complicated and confusing if you arent prepared, but with the right guidance any admin can learn to make AD work for them. Search. Windows. Server. Active Directory Learning Guide will bring you up to speed quickly on this important Windows technology and help ease the AD fear factor. This comprehensive tutorial provides the information every administrator should know, from the basics of Active Directory to tips and explanations regarding DNS, replication, security, migration planning and more. In this section, learn about the basics of Active Directory and the benefits of Active Directory implementation. Find information on Active Directory forests, domains, organizational units and sites, as well as the basics of LDAP Lightweight Directory Access Protocol and Group Policy. After that, move on to the next section of our Active Directory Learning Guide, which focuses on the Domain Name System DNS. The basics of Active Directory. What is Active Directory Active Directory is Microsofts trademarked directory service, an integral part of the Windows architecture. Like other directory services, such as Novell Directory Services NDS, Active Directory is a centralized and standardized system that automates network management of user data, security and distributed resources and enables interoperation with other directories. MCSA Windows Server 2012 R2 Complete Study Guide Exams 70410, 70411, 70412. Prepare for the. Find Active Directory learning tutorials, including info on learning Active Directory basics, replication, security, planning and design. Applies To Windows Storage Server 2012, Windows Storage Server 2012 R2, Windows Server 2012 R2, Windows Server 2012. Active Directory is designed especially for distributed networking environments. Active Directory was new to Windows 2. Server and further enhanced for Windows Server 2. Torrent Windows Server 2008 R2 Active Directory Training Online' title='Torrent Windows Server 2008 R2 Active Directory Training Online' />Windows Server 2. Active Directory provides a single reference, called a directory service, to all the objects in a network, including users, groups, computers, printers, policies and permissions. For a user or an administrator, Active Directory provides a single hierarchical view from which to access and manage all of the networks resources. Why implement Active Directory There are many reasons to implement Active Directory. First and foremost, Microsoft Active Directory is generally considered to be a significant improvement over Windows NT Server 4. Active Directory has a centralized administration mechanism over the entire network. It also provides for redundancy and fault tolerance when two or more domain controllers are deployed within a domain. Active Directory automatically manages the communications between domain controllers to ensure the network remains viable. Users can access all resources on the network for which they are authorized through a single sign on. All resources in the network are protected by a robust security mechanism that verifies the identity of users and the authorizations of resources on each access. Even with Active Directorys improved security and control over the network, most of its features are invisible to end users therefore, migrating users to an Active Directory network will require little re training. Active Directory offers a means of easily promoting and demoting domain controllers and member servers. Systems can be managed and secured via Group Policies. It is a flexible hierarchical organizational model that allows for easy management and detailed specific delegation of administrative responsibilities. Perhaps most importantly, however, is that Active Directory is capable of managing millions of objects within a single domain. Basic divisions of Active Directory. Active Directory networks are organized using four types of divisions or container structures. These four divisions are forests, domains, organizational units and sites. Forests The collection of every object, its attributes and attribute syntax in the Active Directory. Domain A collection of computers that share a common set of policies, a name and a database of their members. Organizational units Containers in which domains can be grouped. They create a hierarchy for the domain and create the structure of the Active Directorys company in geographical or organizational terms. Sites Physical groupings independent of the domain and OU structure. Sites distinguish between locations connected by low and high speed connections and are defined by one or more IP subnets. Forests are not limited in geography or network topology. A single forest can contain numerous domains, each sharing a common schema. Domain members of the same forest need not even have a dedicated LAN or WAN connection between them. A single network can also be the home of multiple independent forests. In general, a single forest should be used for each corporate entity. However, additional forests may be desired for testing and research purposes outside of the production forest. Domains serve as containers for security policies and administrative assignments. All objects within a domain are subject to domain wide Group Policies by default. Likewise, any domain administrator can manage all objects within a domain. Furthermore, each domain has its own unique accounts database. Thus, authentication is on a domain basis. Once a user account is authenticated to a domain, that user account has access to resources within that domain. Active Directory requires one or more domains in which to operate. As mentioned before, an Active Directory domain is a collection of computers that share a common set of policies, a name and a database of their members. A domain must have one or more servers that serve as domain controllers DCs and store the database, maintain the policies and provide the authentication of domain logons. With Windows NT, primary domain controller PDC and backup domain controller BDC were roles that could be assigned to a server in a network of computers that used a Windows operating system. Windows used the idea of a domain to manage access to a set of network resources applications, printers and so forth for a group of users. The user need only to log in to the domain to gain access to the resources, which may be located on a number of different servers in the network. One server, known as the primary domain controller, managed the master user database for the domain. One or more other servers were designated as backup domain controllers. The primary domain controller periodically sent copies of the database to the backup domain controllers. Call Of Duty Black Ops 2 64 Bit Crack Download. A backup domain controller could step in as primary domain controller if the PDC server failed and could also help balance the workload if the network was busy enough. With Windows 2. 00. Server, while domain controllers were retained, the PDC and BDC server roles were basically replaced by Active Directory. It is no longer necessary to create separate domains to divide administrative privileges. Within Active Directory, it is possible to delegate administrative privileges based on organizational units. Domains are no longer restricted by a 4. Active Directory domains can manage millions of objects. As there are no longer PDCs and BDCs, Active Directory uses multi master replication and all domain controllers are peers. Organizational units are much more flexible and easier overall to manage than domains. OUs grant you nearly infinite flexibility as you can move them, delete them and create new OUs as needed. However, domains are much more rigid in their existence. Domains can be deleted and new ones created, but this process is more disruptive of an environment than is the case with OUs and should be avoided whenever possible. By definition, sites are collections of IP subnets that have fast and reliable communication links between all hosts. Another way of putting this is a site contains LAN connections, but not WAN connections, with the general understanding that WAN connections are significantly slower and less reliable than LAN connections. By using sites, you can control and reduce the amount of traffic that flows over your slower WAN links. This can result in more efficient traffic flow for productivity tasks. It can also keep WAN link costs down for pay by the bit services. The Infrastructure Master and Global Catalog.