SmartCert's 70-221 course provides students with the knowledge and skills that are needed to
to analyze the business requirements for a network infrastructure and design a network infrastructure that meets business requirements. When you pass the Designing a Microsoft Windows 2000 Network Infrastructure exam, you achieve Microsoft Certified Professional (MCP) status. You also earn core credit toward the Microsoft Certified Systems Engineer (MCSE) on Microsoft Windows 2000 certification.
As a Microsoft Certified Partner, SmartCert follows the approved Microsoft course curriculum, ensuring you receive the training and knowledge needed to succeed. SmartCert is so certain this course meets and exceeds the exam objectives, we guarantee you will pass your exam-- the first time!
Analyzing Business Requirements |
Analyze the existing and planned business models
Analyze the company model and the geographical scope |
Analyze company processes |
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Analyze the existing and planned organizational structures |
Analyze factors that influence company strategies
Identify company priorities |
Identify the projected growth and growth strategy |
Identify relevant laws and regulations |
Identify the company's tolerance for risk |
Identify the total cost of operations |
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Analyze the structure of IT management |
Analyzing Technical Requirements |
Evaluate the company's existing and planned technical environment and goals
Analyze company size and user and resource distribution |
Assess the available connectivity between the geographic location of worksites and remote sites |
Assess net available bandwidth and latency issues |
Analyze performance, availability, and scalability requirements of services |
Analyze data and system access patterns |
Analyze network roles and responsibilities |
Analyze security considerations |
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Analyze the impact of infrastructure design on the existing and planned technical environment
Assess current applications |
Analyze network infrastructure, protocols, and hosts |
Evaluate network services |
Analyze TCP/IP infrastructure |
Assess current hardware |
Identify existing and planned upgrades and rollouts |
Analyze technical support structure |
Analyze existing and planned network and systems management |
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Analyze the network requirements for client computer access
Analyze end-user work needs |
Analyze end-user usage patterns |
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Analyze the existing disaster recovery strategy for client computers, servers, and the network |
Designing a Windows 2000 Network Infrastructure |
Modify and design a network topology |
Design a TCP/IP networking strategy
Analyze IP subnet requirements |
Design a TCP/IP addressing and implementation plan |
Measure and optimize a TCP/IP infrastructure design |
Integrate software routing into existing networks |
Integrate TCP/IP with existing WAN requirements |
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Design a DHCP strategy
Integrate DHCP into a routed environment |
Integrate DHCP with Windows 2000 |
Design a DHCP service for remote locations |
Measure and optimize a DHCP infrastructure design |
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Design name resolution services
Create an integrated DNS design |
Create a security-enhanced DNS design |
Create a highly available DNS design |
Measure and optimize a DNS infrastructure design |
Design a DNS deployment strategy |
Create a WINS design |
Create a security-enhanced WINS design |
Measure and optimize a WINS infrastructure design |
Design a WINS deployment strategy |
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Design a multi-protocol strategy |
Design a Distributed file system (Dfs) strategy
Design the placement of a Dfs root |
Design a Dfs root replica strategy |
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Designing for Internet Connectivity |
Design an Internet and extranet access solution |
Design a load-balancing strategy |
| Designing a Wide Area Network Infrastructure |
Design an implementation strategy for dial-up remote access
Design a remote access solution that uses Routing and Remote Access |
Integrate authentication with Remote Authentication Dial-In User Service (RADIUS) |
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Design a virtual private network (VPN) strategy |
Design a Routing and Remote Access routing solution to connect locations
Design a demand-dial routing strategy |
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Designing a Management and Implementation Strategy for Windows 2000 Networking |
Design a strategy for monitoring and managing Windows 2000 network services |
Design network services that support application architecture |
Design a plan for the interaction of Windows 2000 network services such as WINS, DHCP, and DNS |
Design a resource strategy
Plan for the placement and management of resources |
Plan for growth |
Plan for decentralized resources or centralized resources |
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