70-290 Server 2003

Front 1

Name all of the Windows Server 2003 Editions

Back 1

Windows Server 2003
·Web Edition
·Standard Edition
·Enterprise Edition
·Datacenter Edition

Front 2

Features of Web Edition

Back 2

Easy deployment of web pages, web sites, web applications, and web services.
Supports 2 GB RAM, and two-way symmetric multiprocessor (SMP).
Unlimited anonymous web connections but only 10 inbound server message block (SMB).
Server cannot be an Internet gateway, DHCP or fax server.
Server cannot be a terminal server in the traditional sense.
Server can belong to a domain but cannot be a DC.

Front 3

Features of Standard Edition

Back 3

Server capable of directory, file, print, application, multimedia, and Web services for a small to medium sized business.
Supports 4 GB RAM, and four-way symmetric multiprocessor (SMP).

Front 4

Features of Enterprise Edition

Back 4

Designed to be a powerful server platform for medium to large sized businesses. Support for eight processors, 32 GB of RAM, and eight-node clustering.

Front 5

Features of Datacenter Edition

Back 5

Available only as an OEM version part of a high-end server hardware package, provides almost unfathomable scalability, with support on 32-bit platforms for 32-way SMP with 64 GB of RAM and on 64-bit platforms for 64-way SMP with 512 GB of RAM.

Also 64 bit software versions of Windows Server 2003 described more detail see reference material.

Front 6

What is a Network Infrastructure

Back 6

The term network infrastructure refers to the shared set of physical and logical components that provide the basis for connectivity, security, routing, management, access, and other features integral to a network.

Front 7

The Network Physical Infrastructure

Back 7

A network's physical infrastructure includes its topology-the physical design of the network.

Front 8

The Network Logical Infrastructure

Back 8

The logical infrastructure of a network refers to the shared software elements that allow computers to communicate over the network's physical topology.

Front 9

Network Protocol - TCP/IP

Back 9

Communication among computers in windows Server 2003 networks is based on the TCP/IP suite of protocols which provides addressing, a naming system, routing, interoperability with the Internet, and many other features.

Front 10

Network Protocol - NetBIOS

Back 10

The NetBIOS protocol is basically a set of network services native to Microsoft networks. NetBIOS operated more or less at the center of Windows networking and provided a naming scheme, a name resolution method, computer browsing through Network Neighborhood icon, and other important features.

Front 11

Network Protocol - SMB/CIFS

Back 11

Server Message Block/Common Internet File System (SMB/CIFS) SMB is the file and printer sharing protocol used by Microsoft networks since the 1980s. Shares, shared printers and Universal Naming Convention (UNC) pathnames \\servername\sharename are among the more recognizable aspects of SMB.

Front 12

Network Protocol – IPX/SPX

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Internetwork Packet Exchange/Sequenced Packet Exchange (IPX/SPX) to even have the potential to interoperate, Windows and Novell NetWare networks must at least share a common network protocol.

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Addressing

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Addressing is the system of logical Ids that are assigned to computers in your network, allowing computers to send messages to each other.

Front 14

Name Resolution

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Most networks use a naming system so that people can refer to computers by name instead of by addresses. Name resolution is the process of translating these computer names into addresses, and vice versa.

Front 15

Routing and Network Address Translation

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Routing is the process of connecting two or more networks to one another. Network Address Translation (NAT) is a feature of routing that allows computers internal to your network that have been given nonpublic addresses to communicate with computers on the Internet.

Front 16

Remote Access

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Remote access connections must be configured for users who connect to a Windows network from a nonlogal site. The two basis methods for remote access include connecting through a dial-up line to a dial-up server or connecting through the Internet to a virtual private network (VPN) server.

Front 17

Security Infrastructure

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A network’s security infrastructure is the sets of system-wide services that provide authentication control, access control, encryption, and other security features.

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Active Directory

Back 18

In Windows Server 2003 networks, domains are created in and supported by Microsoft Active Directory directory service.

Front 19

Public Key and Certificate Infrastructure (PKI) (CAs)

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A public key infrastructure (PKI) is a managed set of public and private keys used for secure encryption and decryption. Certificates for their part, are issued and revoked by trusted certificate authorities (CAs)

Front 20

Firewall

Back 20

A firewall is a service that blocks unsolicited intrusions into a computer or network.

Front 21

Group Policy

Back 21

Group policy is a powerful feature in Windows networks that allows centralized management of many client settings, including security settings.

Front 22

IPSec

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IPSec is a secure form of IP communication deployed and managed through group policy.

Front 23

Internet Explorer Enhanced Security Configuration (IEESC)

Back 23

IEESC is a Windows component that is installed by default on Windows Server 2003 computers.
Exam tip: Installed by default

Front 24

Update Infrastructure

Back 24

Related to a network security infrastructure is the network’s update infrastructure, its system for deploying essential software updates to clients.

Front 25

The preferred name resolution method on Windows server 2003 networks is what?

Back 25

DNS

Front 26

Which service does not rely on certificates and public key cryptography?

Back 26

Active Directory

Front 27

Automatic Private IP Addressing (APIPA)

Back 27

Automatic Private IP Addressing (APIPA) is an automatic addressing feature useful for some ad hoc or temporary networks. Uses 169.254.0.1 - 169.254.255.254

Front 28

Multimaster replication

Back 28

Multimaster replication enables you to update the directory at any domain controller and replicates directory changes to any other domain controller.