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Windows network administration Basic theories
This document contains information about networking concepts including cable types, topologies, network architectures, IP addressing, and Microsoft networking tools. It defines coaxial and twisted pair cables, and lists common network topologies like mesh, bus, ring, star and hybrid. It also explains the differences between a hub and switch, and between a workgroup and domain network architecture. The document provides details on IP addressing standards including public vs private IP ranges, static vs dynamic addressing, and IPv4 and IPv6 versions. It introduces tools like DNS, MMC, Group Policy and IIS that are used to manage Microsoft networks.
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Windows network administration Basic theories
- 2. Cables Coaxial cables Twisted paircables Cable OHMS meters Mbps Thin 50 185 10 Thick 100 500 10 • Unshielded Twisted Pair(UTP) • Shielded Twisted Pair (STP)
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- 7. Hub • Data issent to all the machines in the network at the same time(broadcasting). • This generates more traffic. So the communication is much slower. • Destination is data is detected by the computers by machine IP and the MAC address. • Data communication is half duplex. • To connect a hub to another hub you must use a hub with a uplink port.
- 8. Switch • Data issent only to the requested destinations (forwarding). • This reduces traffic so communication is much faster. • Data communication is full duplex(can receive and send at the same time). • Destination of data is decided by the switch itself by keeping all MAC addresses in its temporary memory. • Can connect any numbers of switches without using a special port or device.
- 9. • No serverto control the network. • Less security, restrictions and control. • No centralized user management or administrator. • Administrator must visit each to perform any configurations or management tasks.
- 10. • The domaincontroller control the network. • More security, restrictions and control. • A centralized user management and administrator. • The administrator performs all the tasks through the domain control.
- 11. IP addresses Versions Rangers Classes Types IP version4 (IPV4) Privet Class A Dynamic IP IP version 6 (IPV6) Public Class B Static IP Class C Class D Class E
- 12. Versions IPV4 • E.g.: 192.168.10.100 8bit * 4 = 32 bit IPV4 Octal(8 bit) IPV4 • E.g.: Fe80.0000.0000.1234.0000.0000.0000.abde Hexa decimal(16 bit) 16 bit * 8 = 128 bit IPV
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- 14. Class A • Fullrange Start – 1 . 0 . 0 . 1 End – 126 . 255 . 255 . 254 • Privet range(Only for LAN) Start – 10 . 0 . 0 . 1 End – 10 . 255 . 255 . 254 • Subnet mask 255 . 0 . 0 . 0 Network ID Client/Host ID
- 15. Class B • Fullrange Start – 128 . 0 . 0 . 1 End – 191 . 255 . 255 . 254 • Privet range(Only for LAN) Start – 172 . 16 . 0 . 1 End – 172 . 31 . 255 . 254 • Subnet mask 255 . 255 . 0 . 0 Network ID Client/Host ID
- 16. Class C • Fullrange Start – 192 . 0 . 0 . 1 End – 223 . 255 . 255 . 254 • Privet range(Only for LAN) Start – 192 . 168 . 0 . 1 End – 192 . 168. 255 . 254 • Subnet mask 255 . 255 . 255 . 0 Network ID Client/Host ID
- 17. Class D • Usedfor Multicasting services and applications. Start – 224 . 0 . 0 . 0 End – 239 . 253 . 255 . 255
- 18. Class E • Usedfor Experimental and research purposes. Start – 240 . 0 . 0 . 0 End – 255 . 255 . 255 . 255
- 19. Loop back address •Not a IP, only used for self identifications and diagnostic purposes only.
- 20. IP Rangers Privet Public • Addresseswhich are reserved for local area networks/ Intranets. • These addresses freely assigned for our privet networks. • Addresses which are reserved for Wide area networks/ Internet. You must buy this addresses from Internet Service Providers(ISP) or from any internet authority.
- 21. IP Types Dynamic IPs •Addresses which are automatically assign by a Dynamic Host Configuration Protocol (DHCP) service. These addresses are randomly assigned and they changed frequently. Static IPs • Addresses which are manually assigned in the properties of TCP/IP protocol by the administrator. These addresses will not changed unless we changed them.
- 22. • DHCP allowsto automatically assign IP addresses, subnet masks and other configuration information to client computers on the local network.
- 23. Domain Name System( DNS ) • DNS is a system for naming computers and network services that maps those names to network addresses and organizes them into a hierarchy of domains.
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- 25. www.microsoft.com Top Level Domain(TLD) .com Commercial entities such as corporations. .edu Educational purposes such as colleges and public and privet schools. .gov Government entities such as federal, state and local government. .net Organizations that provide internet service providers(ISPs). .org Privet nonprofit organizations.
- 26. Microsoft Management Console( MMC ) • MMC is a platform used for running administrative tools in a windows OS. • Start Run MMC
- 27. Group Policy • Grouppolicies are used to implement certain restrictions on client machines. • Start Administrative tools Group Policy Management
- 28. Group Accounts Types • Securitygroups • Distribution groups Scopes • Domain local • Global • Universal
- 29. Internet Information Service( IIS ) • IIS is the Microsoft web server use for hosting web sites, virtual directories and FTP sites.
- 30. Windows Deployment Service(WDS) • WDS is a service use for installing the operation system through the network to many computers at the same time.
- 31. Microsoft Domain Environment PrimaryDomain Controller Must contain a Server OS (2000,2003,2008) PDC Must be a member of a domain(a client) with a server OS Main Active Directory database Copy of the Active Directory database ADC ADC Any network OS (2000, xp, 7 , 8) Additional domain controller (backup/child domain) PC1 PC2 Clients PC3
- 32. IP settings Domain controllerIP settings Client IP settings IP 192.168.1.200 192.168.1.1 Subnet 255.255.255.0 255.255.255.0 Preferred DNS 127.0.0.1 ( loop back ) 192.168.1.200 ( DNS server IP )