Windows 2002 Network Infrastructure Design - W2ND Description ATS’s Windows 2000 Network Infrastructure Design training course will give you the essential knowledge and skills to design a networking services infrastructure. At the conclusion of this course, you will understand how to determine which technologies are needed to design a network infrastructure that supports required network applications, and be prepared to pass exam #70-221.
Module 1 Section A: Design Process • Introduction • Design Elements &
Goals • Design Analysis • Technical Requirements Section B: TCP/IP Introduction • Services Strategies • TCP/IP Networking
• Features with Windows 2000 Section C: IP Addressing • Addressing Basics • Address Classes •
Subnet Mask • Determining Scheme Section D: IP Subnetting • Requirements • Examples • High Order
Rule • Maximum Hosts • Subnet Ranges • Configuration Methods
Section E: TCP/IP Security • Filters • IPSec • Authentication
Only • Encryption & Authentication • Protection Levels •
Secure Conversations Section F: TCP/IP Availability & Performance • Enhance Availability
• Optimizing Performance • Quality of Service Section G: DHCP Design • Design Decisions • Features • Integration
• LAN Design • Scope Examples • Routed Design • Supported
Options Module 2 Section A: DHCP Security • Securing DHCP • Screened Subnets Section B: DHCP Availability & Performance • Enhance Availability
• Enhance Performance • Lease Length Section C: DNS Design • Design Decisions • DNS Features • Zone
Types • Choosing Zone Types Section D: DNS Integration • Internet Connected • Integrating DNS
• Namespace Issues • Manual Integration Section E: DNS Security, Availability & Performance • Dynamic Update
• Zone Replication • Screened Subnets • Enhance Availability
• Enhance Performance Section F: WINS Design • Design Decisions • Features • LAN Considerations
• Routed Networks • Client Conversations Section G: WINS Replication • Replication Options • Multi-Server
Issues Section H: WINS Security, Availability & Performance • Securing WINS
• Screened Subnet • Enhancing Availability • Optimizing Performance Module 3 Section A: NAT Design • Design Decisions • Features • Function
• Options Section B: NAT Security, Availability & Performance • Restrict Traffic
• VPN Tunnels • Enhance Services Section C: Microsoft Proxy Server Design • Design Decisions • Features
• Server Placement • Address Issues • Address Translation •
Client Software 1 Section D: Microsoft Proxy Server Security • Active Directory • Non-Active
Directory • Screened Subnet Design • Packet Filters • Domain
Filters • Web Publishing Section E: Microsoft Proxy Server Availability & Performance • Proxy
Server Arrays • Active Caching • Passive Caching • Proxy Server
Hierarchy • Traffic Distribution Section F: Extranet Routing Design • Design Decisions • RAS Features
• Router Placement • Router Integration • Routing Design •
Static Routing • RIP Routing • OSPF Routing • IBMP Routing •
DHCP Routing Section G: Router Security • IP Filters • Authenticating Routers
• Screened Subnets Section H: Router Security Using Tunnels • IPSec Tunnels • VPN Tunnels
• Authentication & Encryption Section I: Router Availability &
Performance • Enhance Availability • Enhance Performance Module 4 Section A: RAS Introduction • Design Decisions • Dial-In Features
• VPN Features • RAS Integration Section B: RAS Dial-In Design • LAN Link • Routed Link Section C: RAS VPN Design • Routed Link • Tunnel Selection •
VPN Outside Firewall • Firewall Issues • RAS Placement Section D: RAS Security • Authentication • Encryption • Remote
Access Policy Section E: RAS Availability & Performance • Enhance Availability •
Optimizing Performance Section F: RADIUS Introduction • Design Decisions • Components •
Features Section G: RADIUS Design • Client Placement • Connection Types •
Server Placement • Authentication Domain Section H: RADIUS Security, Availability & Performance • Secure Access
• Screened Subnet Issues • Enhance Availability • Optimizing
Performance Module 5 Section A: Dfs Design • Design Decisions • Dfs Functions • Root
Placement • Replication • Define Dfs Links • Set Shared Folders
Section B: Dfs Security, Availability, and Performance • Secure Dfs •
Optimize Availability • File Replication Services • Optimize Performance
Section C: Designing Management • Strategies • Develop Plan •
Service Variations • Verifying Compliance • Anticipate Changes •
Data Collection • Event Generation Section D: Tools and Strategies • Network Utilities • Data Analysis
• Response Strategies Section E: Combining Services Design • Introduction • Optimization
• Constraints • Security • Isolate Services • Enhance Availability
• Clustering • Optimizing Performance • Resource Contention Price £ 750 Complementary Courses
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