For A+ Certification, the examinee must pass both this examination and
the A+ Operating System Technologies examination. The Core Hardware examination measures essential competencies for a desktop computer
hardware service technician with six months of on-the-job experience.
The examinee must demonstrate basic knowledge of installing,
configuring, upgrading, troubleshooting, and repairing desktop computer
systems at the standard defined by this test specification.
For Salient Features & Applications
MCSE - 2003 ( Microsoft Certified Systems Engineer )
Installing & Configuring Windows XP Professional (70-270)
Installing Windows XP Professional
Perform and troubleshoot an attended installation of Windows XP Professional. Perform and troubleshoot an unattended installation of Windows XP Professional. Install Windows XP Professional by using Remote Installation Services (RIS). Install Windows XP Professional by using the System Preparation Tool. Create unattended answer files by using Setup Manager to automate the installation of Windows XP Professional. Upgrade from a previous version of Windows to Windows XP Professional. Prepare a computer to meet upgrade requirements. Migrate existing user environments to a new installation. Perform post-installation updates and product activation. Troubleshoot failed installations.
Configuring and Troubleshooting the Desktop Environment
Configure and manage user profiles and desktop settings. Create users and configure user environment by user profiles. Configure users for various roles. Configure and manage groups. Configure support for multiple languages or multiple locations. Enable multiple-language support. Configure multiple-language support for users. Configure local settings. Configure Windows XP Professional for multiple locations. Manage applications by using Windows Installer packages. Configure Internet and Remote Access and VPN connectivity.
Implementing and Conducting Administration of Resources
Monitor, manage, and troubleshoot access to files and folders. Configure, manage, and troubleshoot file compression. Control access to files and folders by using permissions. Optimize access to files and folders. Manage and troubleshoot access to shared folders. Create and remove shared folders. Control access to shared folders by using permissions. Manage and troubleshoot Web server resources. Connect to local and network print devices. Manage printers and print jobs. Control access to printers by using permissions. Connect to an Internet printer. Connect to a local print device. Configure and manage file systems. Convert from one file system to another file system. Configure NTFS, FAT32, or FAT file systems. Manage and troubleshoot access to and synchronization of offline files.
Implementing, Managing, Monitoring, and Troubleshooting Hardware Devices and Drivers
Implement, manage, and troubleshoot disk devices. Install, configure, and manage DVD and CD-ROM devices. Monitor and configure disks. Monitor, configure, and troubleshoot volumes. Monitor and configure removable media, such as tape devices. Implement, manage, and troubleshoot display devices. Configure multiple-display support. Install, configure, and troubleshoot a video adapter. Configure Advanced Configuration Power Interface (ACPI). Implement, manage, and troubleshoot input and output (I/O) devices. Monitor, configure, and troubleshoot I/O devices, such as printers, scanners, multimedia devices, mouse, keyboard, and smart card reader. Monitor, configure, and troubleshoot multimedia hardware, such as cameras. Install, configure, and manage modems. Install, configure, and manage Infrared Data Association (IrDA) devices. Install, configure, and manage wireless devices. Install, configure, and manage USB devices. Install, configure, and manage hand held devices. Install, configure, and manage network adapters. Manage and troubleshoot drivers and driver signing. Monitor and configure multiprocessor computers.
Monitoring and Optimizing System Performance and Reliability
Monitor, optimize, and troubleshoot performance of the Windows XP Professional desktop. Optimize and troubleshoot memory performance. Optimize and troubleshoot processor utilization. Optimize and troubleshoot disk performance. Optimize and troubleshoot application performance.
Configure, manage, and troubleshoot Scheduled Tasks. Manage, monitor, and optimize system performance for mobile users. Restore and back up the operating system, System State data, and user data. Recover System State data and user data by using Windows Backup. Troubleshoot system restoration by starting in safe mode. Recover System State data and user data by using the Recovery console.
Implementing, Managing, and Troubleshooting Network Protocol Services
Configure and troubleshoot the TCP/IP protocol. Connect to computers by using dial-up networking. Connect to computers by using a virtual private network (VPN) connection. Create a dial-up connection to connect to a remote access server. Connect to the Internet by using dial-up networking. Configure and troubleshoot Internet Connection Sharing (ICS). Connect to resources by using Internet Explorer. Configure, manage, and implement Internet Information Services (IIS). Configure, manage, and troubleshoot Remote Desktop and Remote Assistance. Configure, manage, and troubleshoot an Internet Connection Firewall (ICF).
Managing Windows Server 2003 Server (70-290)
Managing and Maintaining Physical and Logical Devices
Tools might include Device Manager, the Hardware Troubleshooting Wizard, and appropriate Control Panel items.
Manage basic disks and dynamic disks.
Optimize server disk performance.
Implement a RAID solution
De-fragment volumes and partitions.
Monitor and Troubleshoot server hardware devices.
Install and configure server hardware devices.
Configure driver-signing options.
Configure device properties and resource settings for a device.
Diagnose and resolve issues related to server hardware settings and hardware device driver upgrades.
Managing Users, Computers, and Groups
Manage local, roaming, and mandatory user profiles.
Create and manage computer accounts in an Active Directory environment.
Create and manage groups. Identify and modify the scope of a group.
Find domain groups in which a user is a member. Manage group membership.
Create and modify groups by using the Active Directory Users and Computers Microsoft Management Console (MMC) snap-in.
Create and modify groups by using automation.
Create and manage user accounts. Import user accounts.
Create and modify user accounts by using the Active Directory Users and Computers
Managing and Maintaining Access to Resources
Troubleshoot user authentication issues.
Troubleshoot Terminal Services.
Diagnose and resolve issues related to Terminal Services security.
Diagnose and resolve issues related to client access to Terminal Services.
Configure access to shared folders. Manage shared folder permissions.
Configure file system permissions.
Verify effective permissions when granting permissions.
Change ownership of files and folders.
Troubleshoot access to files and shared folders.
Troubleshoot print queues.
Manage a Web server. Manage Internet Information Services (IIS).
Manage security for IIS.
Managing and Maintaining a Server Environment
Monitor and analyze events. Tools might include Event Viewer and System Monitor.
Manage software update infrastructure. Manage software site licensing.
Manage servers remotely. Manage a server by using Remote Assistance.
Manage a server by using Terminal Services remote administration mode
Manage a server by using available support tools.
Monitor system performance.
Monitor file and print servers. Tools might include Task Manager, Event Viewer, and System Monitor.
Monitor disk quotas. Monitor print queues. Monitor server hardware for bottlenecks.
Monitor and optimize a server environment for application performance.
Monitor memory performance objects.
Monitor network performance objects.
Monitor process performance objects.
Managing and Implementing Disaster Recovery
Perform system recovery for a server.
Implement Automated System Recovery (ASR).
Restore data from shadow copy volumes.
Back up files and System State data to media.
Configure security for backup operations.
Manage backup procedures.
Verify the successful completion of backup jobs.
Manage backup storage media.
Recover from server hardware failure.
Restore backup data. Schedule backup jobs
Planning Windows 2003 Server Network Infrastructure (70-291)
Implementing, Managing, and Maintaining IP Addressing
Configure TCP/IP addressing on a server computer. Manage DHCP. Manage DHCP clients and leases. Manage DHCP Relay Agent. Manage DHCP databases. Manage DHCP scope options. Manage reservations and reserved clients. Troubleshoot TCP/IP addressing. Diagnose and resolve issues related to Automatic Private IP Addressing (APIPA). Diagnose and resolve issues related to incorrect TCP/IP configuration. Troubleshoot DHCP. Diagnose and resolve issues related to DHCP authorization. Verify DHCP reservation configuration. Examine the system event log and DHCP server audit log files to find related events. Diagnose and resolve issues related to configuration of DHCP server and scope options. Verify that the DHCP Relay Agent is working correctly. Verify database integrity.
Implementing, Managing, and Maintaining Name Resolution
Install and configure the DNS Server service. Configure DNS server options. Configure DNS zone options. Configure DNS forwarding. Configure DNS caching only.
Manage DNS. Manage DNS zone settings. Manage DNS record settings. Manage DNS server options. Manage DNS zone options.
Monitor DNS. Tools might include System Monitor, Event Viewer, Replication Monitor, and DNS debug logs
Implementing, Managing, and Maintaining Routing and Remote Access
Configure Routing and Remote Access user authentication. Configure remote access authentication protocols. Configure Internet Authentication Service (IAS) to provide authentication for Routing and Remote Access clients. Configure Routing and Remote Access policies to permit or deny access. Manage remote access. Manage packet filters. Manage Routing and Remote Access routing interfaces. Manage devices and ports. Manage routing protocols. Manage Routing and Remote Access clients. Manage TCP/IP routing. Manage routing protocols. Manage routing tables. Manage routing ports. Implement secure access between private networks. Troubleshoot user access to remote access services. Diagnose and resolve issues related to remote access VPNs. Diagnose and resolve issues related to establishing a remote access connection. Diagnose and resolve user access to resources beyond the remote access server. Troubleshoot Routing and Remote Access routing. Troubleshoot demand-dial routing. Troubleshoot router- to-router VPNs.
Implementing, Managing, and Maintaining Network Infrastructure and Security
Implement secure network administration procedures. Implement security baseline settings and audit security settings by using security templates. Implement the principle of least privilege. Install and configure software update infrastructure. Install and configure software update services. Install and configure automatic client update settings. Configure software updates on earlier operating systems. Monitor network protocol security. Tools might include the IP Security Monitor Microsoft Management Console (MMC) snap-in and Kerberos support tools. Troubleshoot network protocol security. Tools might include the IP Security Monitor MMC snap-in, Event Viewer, and Network Monitor. Monitor network traffic. Tools might include Network Monitor and System Monitor. Troubleshoot connectivity to the Internet. Troubleshoot server services. Diagnose and resolve issues related to service dependency. Use service recovery options to diagnose and resolve service-related issues
Planning Windows 2003 Server Network Infrastructure (70-293)
Planning and Implementing Server Roles and Server Security
Configure security for servers that are assigned specific roles. Plan a secure baseline installation. Plan a strategy to enforce system default security settings on new systems. Identify client operating system default security settings. Identify all server operating system default security settings. Plan security for servers that are assigned specific roles. Roles might include domain controllers, Web servers, database servers, and mail servers. Deploy the security configuration for servers that are assigned specific roles. Create custom security templates based on server roles. Evaluate and select the operating system to install on computers in an enterprise. Identify the minimum configuration to satisfy security requirements.
Planning, Implementing, and Maintaining a Network Infrastructure
Plan a TCP/IP network infrastructure strategy. Analyze IP addressing requirements. Plan an IP routing solution. Create an IP subnet scheme. Plan and modify a network topology. Plan the physical placement of network resources. Identify network protocols to be used. Plan an Internet connectivity strategy. Troubleshoot connectivity to the Internet. Troubleshoot TCP/IP addressing. Diagnose and resolve issues related to Network Address Translation (NAT). Diagnose and resolve issues related to name resolution cache information
Diagnose and resolve issues related to client configuration. Diagnose and resolve issues related to client computer configuration. Diagnose and resolve issues related to DHCP server address assignment. Plan a host name resolution strategy. Plan a DNS namespace design. Plan zone replication requirements. Plan a forwarding configuration. Plan for DNS security. Examine the interoperability of DNS with third-party DNS solutions. Plan a NetBIOS name resolution strategy. Plan a WINS replication strategy. Plan NetBIOS name resolution by using the Lmhosts file. Troubleshoot host name resolution. Diagnose and resolve issues related to DNS services. Diagnose and resolve issues related to client computer configuration
Planning, Implementing, and Maintaining Routing and Remote Access
Plan a routing strategy. Plan routing for IP multicast traffic. Identify routing protocols to use in a specified environment. Plan security for remote access users. Plan remote access policies. Analyze protocol security requirements. Plan authentication methods for remote access clients. Implement secure access between private networks. Create and implement an IPSec policy. Troubleshoot TCP/IP routing. Tools might include the route, tracert, ping, pathping, and netsh commands and Network Monitor.
Planning, Implementing, and Maintaining Server Availability
Configure Active Directory service for certificate publication. Plan a public key infrastructure (PKI) that uses Certificate Services. Identify the appropriate type of certificate authority to support certificate issuance requirements. Plan the enrollment and distribution of certificates. Plan for the use of smart cards for authentication. Plan a framework for planning and implementing security. Plan for security monitoring. Plan a change and configuration management framework for security. Plan a security update infrastructure. Tools might include Microsoft Baseline Security Analyzer and Microsoft Software Update Services. Plan network traffic monitoring. Tools might include Network Monitor and System Monitor.
Planning & Implementing Active Directory Infrastructure (70-294)
Planning and Implementing an Active Directory Infrastructure
Plan a strategy for placing global catalog servers. Evaluate network traffic considerations when placing global catalog servers. Evaluate the need to enable universal group caching. Plan flexible operations master role placement. Plan for business continuity of operations master roles. Identify operations master role dependencies. Implement an Active Directory service forest and domain structure. Create the forest root domain. Create a child domain. Create and configure Application Data Partitions. Install and configure an Active Directory domain controller. Set an Active Directory forest and domain functional level based on requirements. Establish trust relationships. Types of trust relationships might include external trusts, shortcut trusts, and cross-forest trusts. Implement an Active Directory site topology. Configure site links. Configure preferred bridgehead servers.
Managing and Maintaining an Active Directory Infrastructure
Manage an Active Directory forest and domain structure. Manage trust relationships. Manage schema modifications. Add or remove a UPN suffix. Manage an Active Directory site. Configure site boundaries. Configure replication schedules. Configure site link costs.
Monitor Active Directory replication failures. Tools might include Replication Monitor, Event Viewer, and support tools. Monitor Active Directory replication. Monitor File Replication service (FRS) replication. Restore Active Directory services. Perform an authoritative restore operation. Perform a non-authoritative restore operation. Troubleshoot Active Directory. Diagnose and resolve issues related to Active Directory replication. Diagnose and resolve issues related to operations master role failure. Diagnose and resolve issues related to the Active Directory database.
Planning and Implementing User, Computer, and Group Strategies
Plan Group Policy strategy. Plan a Group Policy strategy by using Resultant Set of Policy (RSoP) Planning mode. Plan a strategy for configuring the user environment by using Group Policy. Plan a strategy for configuring the computer environment by using Group Policy. Configure the user environment by using Group Policy. Distribute software by using Group Policy. Automatically enroll user certificates by using Group Policy. Redirect folders by using Group Policy. Configure user security settings by using Group Policy. Deploy a computer environment by using Group Policy. Distribute software by using Group Policy. Automatically enroll computer certificates by using Group Policy. Configure computer security settings by using Group Policy. Managing and Maintaining Group Policy Troubleshoot issues related to Group Policy application deployment. Tools might include RSoP and the gpresult command. Maintain installed software by using Group Policy. Distribute updates to software distributed by Group Policy. Configure automatic updates for network clients by using Group Policy. Troubleshoot the application of Group Policy security settings. Tools might include RSoP and the gpresult command.
Designing Active Directory & Network Infrastructure (70-297)
Creating the Conceptual Design by Gathering and Analyzing Business and Technical Requirements
Environment. Analyze current network administration model. Analyze network requirements. Analyze DNS for Active Directory service implementation. Analyze the current DNS infrastructure. Analyze the current namespace. Analyze existing network operating system implementation. Identify the existing domain model. Identify the number and location of domain controllers on the network. Identify the configuration details of all servers on the network
Analyze security requirements for the Active Directory service. Analyze current security policies, standards, and procedures. Identify the impact of Active Directory on the current security infrastructure. Identify the existing trust relationships.
Identify constraints in the current network infrastructure. Interpret current baseline performance requirements for each major subsystem. Analyze the impact of the infrastructure design on the existing technical
Design the Active Directory and Network Services infrastructure to meet business and technical requirements
Create the conceptual design of the Active Directory forest structure. Design the Active Directory replication strategy. Create the conceptual design of the organizational unit (OU) structure. Create the conceptual design of the DNS infrastructure. Create the conceptual design of the WINS infrastructure. Create the conceptual design of the DHCP infrastructure. Creating the Logical Design for an Active Directory Infrastructure Design an OU structure. Identify the Group Policy requirements for the OU structure. Design an OU structure for the purpose of delegating authority. Design a security group strategy. Define the scope of a security group to meet requirements.
Define user roles. Design a user and computer authentication strategy. Identify common authentication requirements. Select authentication mechanisms.
Design a user and computer account strategy. Specify account policy requirements. Specify account requirements for users, computers, administrators, and services. Design an Active Directory naming strategy.
Identify NetBIOS naming requirements. Design migration paths to Active Directory. Define whether the migration will include an in-place upgrade, domain restructuring, or migration to a new Active Directory environment.
Design the administration of Group Policy objects (GPOs).
Creating the Logical Design for a Network Services Infrastructure
Design a DNS name resolution strategy. Create the namespace design. Identify DNS interoperability with Active Directory, WINS, and DHCP. Specify zone requirements. Specify DNS security. Design a DNS strategy for interoperability with UNIX Berkeley Internet Name Domain (BIND) to support Active Directory. Design a NetBIOS name resolution strategy. Design a WINS replication strategy
Design security for remote access users.
Design remote access policies. Specify logging and auditing settings. Design a DNS service implementation. Design a strategy for DNS zone storage. Specify the use of DNS server options. Identify the registration requirements of specific DNS records. Design a remote access strategy. Specify the remote access method. Specify the authentication method for remote access. Design an IP address assignment strategy. Specify DHCP integration with DNS infrastructure. Specify DHCP interoperability with client types.
Creating the Physical Design for an Active Directory and Network Infrastructure
Design DNS service placement. Design an Active Directory implementation plan. Design the placement of domain controllers and global catalog servers. Plan the placement of flexible operations master roles. Select the domain controller creation process. Specify the server specifications to meet system requirements. Design Internet connectivity for a company. Design a network and routing topology for a company. Design a TCP/IP addressing scheme through the use of IP subnets. Specify the placement of routers. Design IP address assignment by using DHCP. Design a perimeter network. Design the remote access infrastructure. Plan capacity. Ascertain network settings required to access resources. Design for availability, redundancy, and survivability.
Skills measured by exam (70-298)
Creating the Conceptual Design for Network Infrastructure Security by Gathering and Analyzing Business and Technical Requirements
Analyze business requirements for designing security. Considerations include existing policies and procedures, sensitivity of data, cost, legal requirements, end-user impact, interoperability, maintainability, scalability, and risk.
Analyze existing security policies and procedures.
Analyze the organizational requirements for securing data.
Analyze the security requirements of different types of data.
Analyze risks to security within the current IT administration structure and security practices.
Design a framework for designing and implementing security. The framework should include prevention, detection, isolation, and recovery.
Predict threats to your network from internal and external sources.
Design a process for responding to incidents.
Design segmented networks.
Design a process for recovering services.
Analyze technical constraints when designing security.
Identify capabilities of the existing infrastructure.
Identify technology limitations.
Analyze interoperability constraints.
Creating the Logical Design for Network Infrastructure Security
Design a public key infrastructure (PKI) that uses Certificate Services.
Design a certification authority (CA) hierarchy implementation. Types include geographical, organizational, and trusted.
Design enrollment and distribution processes.
Establish renewal, revocation and auditing processes.
Design security for CA servers.
Design a logical authentication strategy.
Design certificate distribution.
Design forest and domain trust models.
Design security that meets interoperability requirements.
Establish account and password requirements for security.
Design security for network management.
Manage the risk of managing networks.
Design the administration of servers by using common administration tools. Tools include Microsoft Management Console (MMC), Terminal Server, Remote Desktop for Administration, Remote Assistance, and Telnet.
Design security for Emergency Management Services.
Design a security update infrastructure.
Design a Software Update Services (SUS) infrastructure.
Design Group Policy to deploy software updates.
Design a strategy for identifying computers that are not at the current patch level.
Creating the Physical Design for Network Infrastructure Security
Design network infrastructure security.
Specify the required protocols for a firewall configuration.
Design IP filtering.
Design an IPSec policy.
Secure a DNS implementation.
Design security for data transmission.
Design security for wireless networks.
Design public and private wireless LANs.
Design 802.1x authentication for wireless networks.
Design user authentication for Internet Information Services (IIS).
Design user authentication for a Web site by using certificates.
Design user authentication for a Web site by using IIS authentication.
Design user authentication for a Web site by using RADIUS for IIS authentication.
Design security for Internet Information Services (IIS).
Design security for Web sites that have different technical requirements by enabling only the minimum required services.
Design a monitoring strategy for IIS.
Design an IIS baseline that is based on business requirements.
Design a content management strategy for updating an IIS server.
Design security for communication between networks.
Select protocols for VPN access.
Design VPN connectivity.
Design demand-dial routing between internal networks.
Design security for communication with external organizations.
Design an extranet infrastructure.
Design a strategy for cross-certification of Certificate Services.
Design security for servers that have specific roles. Roles include domain controller, network infrastructure server, file server, IIS server, terminal server, and POP3 mail server.
Define a baseline security template for all systems.
Create a plan to modify baseline security templates according to role.
Designing an Access Control Strategy for Data
Design an access control strategy for directory services.
Create a delegation strategy.
Analyze auditing requirements.
Design the appropriate group strategy for accessing resources.
Design a permission structure for directory service objects.
Design an access control strategy for files and folders.
Design a strategy for the encryption and decryption of files and folders.
Design a permission structure for files and folders.
Design security for a backup and recovery strategy.
Analyze auditing requirements.
Design an access control strategy for the registry.
Design a permission structure for registry objects.
Analyze auditing requirements.
Creating the Physical Design for Client Infrastructure Security
Design a client authentication strategy.
Analyze authentication requirements.
Establish account and password security requirements.
Design a security strategy for client remote access.
Design remote access policies.
Design access to internal resources.
Design an authentication provider and accounting strategy for remote network access by using Internet Authentication Service (IAS).
Design a strategy for securing client computers. Considerations include desktop and portable computers.
Design a strategy for hardening client operating systems.
Design a strategy for restricting user access to operating system features.
Number
MCSE Exam Description
070-210
Installing, Configuring, and Administering Microsoft Windows
2000 Professional
070-215
Installing, Configuring, and Administering Microsoft Windows
2000 Server
070-216
Implementing and Administering Microsoft Windows 2000 Network Infrastructure
070-217
Implementing and Administering Microsoft Windows 2000 Directory Services Infrastructure
070-219
Designing a Microsoft Windows 2000 Directory Services Infrastructure
070-220
Designing Security for a Microsoft Windows 2000 Network
070-221
Designing a Microsoft Windows 2000 Network Infrastructure
MCSE Study material
MCSE (MICROSOFT CERTIFIED SYSTEM ENGINEER)
4-IN-1 Study System
by Alan R. Carter Click here for more info
Course Fees includes Study Material
Course Fees does not include Examination Charges
Overseas / Outstation & Local students can complete the course within 6 weeks if you take 8hrs daily
The following topics are general guidelines for the content likely to be included on the
CCNA exam. However, other related topics may also appear on any specific delivery of
the exam.
Bridging/Switching
Name and describe two switching methods
Distinguish between cut-through and store-and-forward LAN switching.
Describe the operation of the Spanning Tree Protocol and its benefits.
Describe the benefits of virtual LANs.
OSI Reference Model & Layered Communications
Describe data link and network addresses and identify key differences between them.
Define and describe the function of the MAC address.
List the key internetworking functions for the OSI Network layer.
Identify at least three reasons why the industry uses a layered model.
Describe the two parts of network addressing; then identify the parts in specific
protocol address examples.
Define and explain the five conversion steps of data encapsulation.
Describe connection-oriented network service and connectionless network service,
and identify their key differences.
Identify the parts in specific protocol address examples.
Describe the advantages of LAN segmentation.
Describe LAN segmentation using bridges.
Describe LAN segmentation using routers.
Describe LAN segmentation using switches.
Describe the benefits of network segmentation with bridges.
Describe the benefits of network segmentation with routers.
Describe the benefits of network segmentation with switches.
Network Protocols
Describe the different classes of IP addresses (and subnetting).
Identify the functions of the TCP/IP network-layer protocol.
Identify the functions performed by ICMP.
Configure IP addresses.
Verify IP addresses.
List the required IPX address and encapsulation type.
Routing
Define flow control and describe the three basic methods used in networking.
Add the RIP routing protocol to your configuration.
Add the IGRP routing protocol to your configuration.
WAN Protocols
Recognize key Frame Relay terms and features.
List commands to configure Frame Relay LMIs, maps, and subinterfaces.
List commands to monitor Frame Relay operation in the router.
State a relevant use and context for ISDN networking.
Identify ISDN protocols, function groups, reference points, and channels.
Identify PPP operations to encapsulate WAN data on CISCO routers
Network Management
Configure standard access lists to figure IP traffic.
Configure extended access lists to filter IP traffic
Monitor and verify selected access list operations on the router.
LAN Design
Describe full- and half-duplex Ethernet operation.
Describe network congestion problem in Ethernet networks.
Describe the features and benefits of Fast Ethernet.
Describe the guidelines and distance limitations of Fast Ethernet.
Cisco Basics, IOS & Network Basics
Examine router elements.
Manage configuration files from the privilege EXEC mode.
Control router passwords, identification, and banner.
Identify the main CISCO IOS software commands for router startup.
Log in to a router in both user and privilege modes.
Check an initial configuration using the setup command.
Use the context-sensitive help facility.
Use the command history and editing features.
List the commands to load CISCO IOS software from: Flash memory, a TFTP
server, or ROM.
Prepare to backup, upgrade, and load a backup CISCO IOS software image.
List problems that each routing type encounters when dealing with topology
changes, and describe techniques to reduce the number of these problems.
Prepare the initial configuration of your router and enable IP.
Exam Spotlight
640 - 821 CCNA Two Part Harmony
Exam
# 640-821 Introduction to Cisco Technology (INTRO)
Reviewer's Rating
This new exam will test your knowledge of basic router configuration, cable type, IOS commands, the OSI model & subnetting
Test
55 to 65 question, 60 minute time limit
Information
Cost Irs 2,000/- (US $ 50) candidates for CCNA must take in conjuction with #640-811 ICND exam
This new exam will test your knowledge of basic router troubleshooting, VLANs, IOS, commands, the OSI model & subnetting
Test
55 to 65 question, 60 minute time limit
Information
Cost Irs 6,000/- (US $ 150) candidates for CCNA must take in conjuction with #640-821 INTRO exam
Who Should take this exam?
Current CCNA may use this exam to recertify.
Students can take Paper 811 & 821 or 801
640 - 801 NEW CCNA Exam
Exam
CCNA Exam (CCNA # 640-801)
Reviewer's Rating
will test your knowledge of extending switched networks with VLANS, determining IP routes, managing IP traffic with access lists
Test
55 to 65 question,(three simulation) 90 minutes time limit apx. score of 849 needed to pass
Information
Cost Irs 6,000/- (US $ 150)
Who Should take this exam?
Those who want to learn to earn their CCNA in one attempt (others can take the new two exam option)
CCNA Study material
CCNA: Cisco Certified Network Associate Study Guide (3rd Edition)
by Todd Lammle Click
here for more info
CCNP Course module:
Cisco Certified Network Associate (CCNA) certification is recommended for students to enroll in the Cisco Certified Network Professional (CCNP) curriculum. This advanced curriculum trains students to install, configure and operate local-and wide-area networks (LANs and WANs), and dial access services for organizations with networks from 100 to more than 500 nodes with protocols and technologies such as: TCP/IP, OSPF, EIGRP, BGP, ISDN, Frame Relay, STP, and VTP. The focus is on developing those skills that enable students to implement scalable networks, build campus networks using multilayer switching technologies, create and deploy a global intranet, and troubleshoot an environment using Cisco routers and switches for multiprotocol client hosts and services.
CCNP features:
CCNP1—Advanced Routing
CCNP2—Remote Access
CCNP3—Multilayer Switching
CCNP4—Network Troubleshooting
CCNP1 Advanced Routing Competencies:
Upon completion of CCNP1, students will be able to perform advanced routing tasks including:
• Selecting and configuring scalable IP addresses.
• Implementing technologies to redistribute and support multiple, advanced, IP routing protocols such as OSPF, EIGRP, and BGP.
• Configuring access lists.
• Designing and testing edge router connectivity into a BGP network.
CCNP2 Remote Access Competencies:
Upon completion of CCNP2, students will be able to perform advanced remote access tasks including:
• Configuring Asynchronous connections.
• Point-to-Point Protocol (PPP) architecture, protocol, callback, and compression.
• ISDN architecture, protocol layers, BRI and DDR.
• Configuring X.25, Frame Relay, and AAA.
CCNP3 Multilayer Switching Competencies:
Upon completion of CCNP3, students will be able to perform multilayer switching tasks including:
• Fast Ethernet, Gigabit Ethernet.
• VLAN basics, types, identification, and trunking protocol.
• Spanning Tree Protocol.
• MLS processes, and configuration.
• Multicasting protocols, routing, and tasks.
CCNP4 Network Troubleshooting Competencies:
Upon completion of CCNP4, students will be able to perform network-troubleshooting tasks in areas such as:
• OSI Layers 1, 2, and 3.
• TCP/IP, LAN switching, VLANs, Frame Relay, ISDN, Appletalk, Novell, EIGRP, OSPF, BGP Industry-Recognized Certification
Cisco Certified Network Professional (CCNP) coursework prepares students for CCNP certification.
A CCNP certified individual can perform the following tasks:
• Implement appropriate technologies to build a scalable routed network
• Build campus networks using multilayer switching technologies
• Improve traffic flow, reliability, redundancy, and performance for campus LANs, routed and switched WANs, and remote access networks
• Create and deploy a global intranet
• Troubleshoot an environment that uses Cisco routers and switches for multiprotocol client hosts and services
Positions for a CCNP certified individual include:
• Network administrator
• Level 2 support engineer
• Level 2 systems engineer
• Network technician
• Deployment engineer
Advance Your Career CCNP Certification
Expand Your Professional Options Gaining and Certifying Advanced Skills
The CCNP certification validates an individual’s networking skills at the midcareer level. Candidates who pass the required proctored exams will receive a CCNP certificate from Cisco and may use the CCNP designation on their business cards.
CCNP forms the professional level of the Cisco Career Certification program.
Who is the course for?
Anyone with a good background in Computer Networks and the Internet and preferably CCNA qualified.
What will the course give you?
• Preparation for the CISCO Certified Network Professional Exams
• Advanced networking skills to design, install and maintain large routed computer networks.
• Increased professional credibility by gaining high standards of technical expertise.
• Skills necessary to improve your opportunities within the workforce.
• The knowledge and skills necessary to take the CCNP exams
What material is covered ?
• Extending IP Addresses Using VLSMs
• Configuring OFPF, Enhanced IGRP and BGP
• Assembling and Cabling WAN Components
• Using ISDN and DDR to Enhance Remote Connectivity
• Scaling IP Addresses with PAT and NAT
• Introduction to Switching Concepts and Virtual LANs
• Support Resources for Troubleshooting
• Workgroup Discovery Lab and CCO
• Documenting Symptoms, Actions and Results
• Tracking Log-ins and Connections
• Troubleshooting VLANs on Routers and Switches
Building Scalable Cisco Internetworks Exam (BSCI)(642-901)
The Building Scalable Cisco Internetworks (BSCI 642-901) is a qualifying exam for the Cisco Certified Network Professional CCNP, Cisco Certified Design Professional CCDP, and Cisco Certified Internetwork Professional CCIP certifications. The BSCI 642-901 exam will certify that the successful candidate has important knowledge and skills necessary to use advanced IP addressing and routing in implementing scalability for Cisco ISR routers connected to LANs and WANs. The exam covers topics on Advanced IP Addressing, Routing Principles, Multicast Routing, IPv6, Manipulating Routing Updates, Configuring basic BGP, Configuring EIGRP, OSPF, and IS-IS.
Exam Topics
The following information provides general guidelines for the content likely to be included on the exam. However, other related topics may also appear on any specific delivery of the exam. In order to better reflect the contents of the exam and for clarity purposes the guidelines below may change at any time without notice.
Implement EIGRP operations.
Explain the functions and operations of EIGRP (e.g., DUAL).
Verify or troubleshoot multiarea OSPF routing configurations.
Describe integrated IS-IS.
Describe the features and benefits of integrated IS-IS.
Configure and verify integrated IS-IS.
Implement Cisco IOS routing features.
Describe, configure or verify route redistribution between IP routing IGPs. (e.g., route-maps, default routes, etc.)
Describe, configure or verify route filtering (i.e., distribute-lists and passive interfaces).
Describe and configure DHCP services (e.g., Server, Client, IP helper address, etc.).
Implement BGP for enterprise ISP connectivity
Describe the functions and operations of BGP.
Configure or verify BGP operation in a non-transit AS (e.g., authentication).
Configure BGP path selection. (i.e., Local Preference, AS Path, Weight or MED attributes).
Implement multicast forwarding.
Describe IP Multicast (e.g., Layer-3 to Layer-2 mapping, IGMP, etc.).
Describe, configure, or verify IP multicast routing (i.e., PIM Sparse-Dense Mode).
Implement IPv6.
Describe IPv6 addressing operations.
Describe IPv6 interoperation with IPv4.
Describe, configure or verify OSPF routing with IPv6 addressing.
Building Cisco Multilayer Switched Networks (BCMSN)(642-812) The Building Converged Cisco Multilayer Switched Networks (BCMSN 642-812) is a qualifying exam for the Cisco Certified Network Professional CCNP® and the Cisco Certified Design Professional CCDP® certifications. The BCMSN 642-812 exam will certify that the successful candidate has important knowledge and skills necessary to implement scalable multilayer switched networks. The exam includes topics on Campus Networks, describing and implementing advanced Spanning Tree concepts, VLANs and Inter-VLAN routing, High Availability, Wireless Client Access, Access Layer Voice concepts, and minimizing service Loss and Data Theft in a Campus Network.
Exam Topics
The following information provides general guidelines for the content likely to be included on the exam. However, other related topics may also appear on any specific delivery of the exam. In order to better reflect the contents of the exam and for clarity purposes the guidelines below may change at any time without notice.
Implement VLANs.
Explain the functions of VLANs in a hierarchical network.
Configure VLANs (e.g., Native, Default, Static and Access).
Explain and configure VLAN trunking (i.e., IEEE 802.1Q and ISL).
Explain and configure VTP.
Verify or troubleshoot VLAN configurations.
Conduct the operation of Spanning Tree protocols in a hierarchical network.
Explain the functions and operations of the Spanning Tree protocols (i.e., RSTP, PVRST, MISTP).
Verify or troubleshoot Spanning Tree protocol operations.
Configure and verify link aggregation using PAgP or LACP.
Implement Inter-VLAN routing.
Explain and configure Inter-VLAN routing (i.e., SVI and routed ports).
Explain and enable CEF operation.
Verify or troubleshoot InterVLAN routing configurations.
Implement gateway redundancy technologies.
Explain the functions and operations of gateway redundancy protocols (i.e., HSRP, VRRP, and GLBP).
Configure HSRP, VRRP, and GLBP.
Verify High Availability configurations.
Describe and configure wireless client access.
Describe the components and operations of WLAN topologies (i.e., AP and Bridge).
Describe the features of Client Devices, Network Unification, and Mobility Platforms (i.e., CCX, LWAPP).
Configure a wireless client (i.e., ADU).
Describe and configure security features in a switched network.
Describe common Layer 2 network attacks (e.g., MAC Flooding, Rogue Devices, VLAN Hopping, DHCP Spoofing, etc.)
Explain and configure Port Security,802.1x, VACLs, Private VLANs, DHCP Snooping, and DAI.
Verify Catalyst switch (IOS-based) security configurations (i.e., Port Security, 802.1x, VACLs, Private VLANs, DHCP Snooping, and DAI).
Configure support for voice.
Describe the characteristics of voice in the campus network.
Describe the functions of Voice VLANs and trust boundaries.
Configure and verify basic IP Phone support (i.e. Voice VLAN, Trust and CoS options, AutoQoS for voice)
Implementing Secure Converged Wide Area Networks (ISCW) (642-825)
In the Building Cisco Remote Access Networks course, students learn how to build, configure and troubleshoot a remote access network to interconnect central sites to branch offices and home offices. Students also learn how to control access to the central site, as well as to maximize bandwidth utilization over the remote links.
Exam Topics
The following information provides general guidelines for the content likely to be included on the exam. However, other related topics may also appear on any specific delivery of the exam. In order to better reflect the contents of the exam and for clarity purposes the guidelines below may change at any time without notice.
Implement basic teleworker services.
Describe Cable (HFC) technologies.
Describe xDSL technologies.
Configure ADSL (i.e., PPPoE or PPPoA).
Verify basic teleworker configurations.
Implement Frame-Mode MPLS.
Describe the components and operation of Frame-Mode MPLS (e.g., packet-based MPLS VPNs).
Configure and verify Frame-Mode MPLS.
Implement a site-to-site IPSec VPN
Describe the components and operations of IPSec VPNs and GRE Tunnels.
Configure a site-to-site IPSec VPN/GRE Tunnel with SDM (i.e., preshared key).
The Optimizing Converged Cisco Networks (642-845 ONT) is a qualifying exam for the Cisco Certified Network Professional CCNP. The ONT 642-845 exam will certify that the successful candidate has important knowledge and skills in optimizing and providing effective QOS techniques for converged networks. The exam topics include implementing a VOIP network, implementing QoS on converged networks, specific IP QoS mechanisms for implementing the DiffServ QoS model, AutoQoS, wireless security and basic wireless management.
Exam Topics
The following information provides general guidelines for the content likely to be included on the exam. However, other related topics may also appear on any specific delivery of the exam. In order to better reflect the contents of the exam and for clarity purposes the guidelines below may change at any time without notice.
Describe Cisco VoIP implementations.
Describe the functions and operations of a VoIP network (e.g., packetization, bandwidth considerations, CAC, etc.).
Describe and identify basic voice components in an enterprise network (e.g. Gatekeepers, Gateways, etc.)
Describe QoS considerations.
Explain the necessity of QoS in converged networks (e.g., bandwidth, delay, loss, etc.).
Describe traffic policing and traffic shaping (i.e., traffic conditioners).
Describe Control Plane Policing.
Describe WAN link efficiency mechanisms (e.g., Payload/Header Compression, MLP with interleaving, etc.).
Describe and configure QoS Pre-Classify.
Implement AutoQoS.
Explain the functions and operations of AutoQoS.
Describe the SDM QoS Wizard.
Configure, verify, and torubleshoot AutoQoS implementations (i.e., MQC).
Implement WLAN security and management.
Describe and Configure wireless security on Cisco Clients and APs (e.g., SSID, WEP, LEAP, etc.).
Describe basic wireless management (e.g., WLSE and WCS). Configure and verify basic WCS configuration (i.e., login, add/review controller/AP status, security, and import/review maps).
Describe and configure WLAN QoS.
Exam Description
The CISCO Certified Network Professional exam (CCNP) will have four papers.
Course Fees includes Study Material Course Fees does not include Examination Charges
Examination Fees : US $ 600 for four papers (CCNP)
Examination Fees : US $ 350 for seven paper (MCSE Course)
Students can Complet CCNA+CCNP in 30 to 35 days.This duration include Completion of Courses at Compufield premises includes instructions, practice, practicals and Offline examination tests
The course is intended for those who want to learn the very basics of Linux Operating System or those who want to go for System and Network Administration and don't have any prior experience on LinuxLinux System Administration (3 Days - 24 Hours) (Level II)
Overview of System Administration
Installation of Linux
Command-line Interface
User and Group Management
File and Directory Basics
Device & Disk Management (Adding a New Disk, Creating Slices, formatting disks with ext3/ext2 FS)
Filesystem Management (e2fsck and other utilities)
System Startup and Shutdown
Boot Processes
Creating a Startup Shell Script
Package Management (Using Kpackage and rpm commands)
Process Management
Printer Administration
Backup Administration
Course Audience:
The course is intended for those who want to learn, pursue a job as System Administrator and Covers all aspects of System Administration. Linux Network Administration (Approx 40 Hours) (Level III)
Networking Basics
Protocols (TCP/IP)
Configuring Ethernet Interface & TCP/IP
Networking Utilities & Remote Management
NFS (Sharing Directories on Linux)
PPP Configuration
DHCP Configuration & Management
Name service and resolver configuration
DNS Configuration & Management
Apache Web Server Configuration & Management
FTP Configuration
SAMBA (Integrating Linux in Windows Environment)
Linux System Security
Linux Optional Modules
AutoFS
NIS (Network Information Service)
Linux kernel (Fundamentals, building, installing, patching)
Modules (Listing, Adding and Removing Modules)
Firewalls
Squid Configuration
IP Masquerading
Sendmail (Configuring a Mail Server)
Examination Description RH - 302The certification exam consists of three parts conducted in a single day. Two of the three sections of the exam are performance-based, meaning that candidates must perform tasks on a live system, rather than answering questions about how one might perform those tasks.
The RHCE Exam consists of three sections: Section I: Troubleshooting (2.5 hours) Section II: Multiple Choice (1.0 hour), and Section III: Installation and Configuration (2.5 hours)
In order to pass the Red Hat Certified Engineer exam on Red Hat Linux 9 you must meet the following requirements:
a) an average score of 80 or higher across all three sections, equally weighted;
b) no section score lower than 50 points;
c) 70 percent or more on the RHCT-level skills and 70 percent or more on the RHCE-level skills in Section III. This last requirement is new, and enables RHCEs to demonstrate that they possess both RHCT-level and RHCE-level skills, as well as enabling a person who only has RHCT level skills to earn RHCT if they pass the required competencies.Linux Study Material
(LEVEL I + LEVEL II)
Course Duration
Fees (Indian Rs.)
Fees (US $)
40 hours
10,000/-
285
(LEVEL III)
Course Duration
Fees (Indian Rs.)
Fees (US $)
40 hours
10,000/-
285
(LEVEL I + LEVEL II) + (LEVEL III)
Course Duration
Fees (Indian Rs.)
Fees (US $)
80 hours
17,000/-
485
Course Duration
Fees (Indian Rs.)
Fees (US $)
478 hours
84,000/-
2400
For Individual Training as per your schedule add 40% to the above mentioned price.
Examination Fees
Examination
Subject
Per Paper
IRS.
Per Paper
US$
No. of Papers
Total Exam Fees
IRS.
Total Exam Fees
US $
MCSE_2003
2,500
50
7
17,500
350
CCNA
6,750
150
1 or 2
6,750
150
CCNP
6,750
150
4
27,000
600
A+ Certification
6,500
145
2
13,000
290
Total 64,250
1390
Lodging,
boarding and travelling not included in the fees.
The
above mentioned fees is for one course.
COMPUFIELDoffers a unique style of learning -
One computer
: One student : One Instructor
Maximum Instructor
to Student Ratio 1:4
Sessions :
Each session will be of 1 hour.
The timing
can be fixed based on our mutual convenience,between 9.00 a.m. to 7.00 p.m.
Overseas Students
take 5 to 10 hours per day to complete their courses.
Course duration
in days = total sessions divide by number of sessions per day.
The Above Mentioned Tuition Fees Includes Service Tax 12.36%
No extra charges/refund for more/less time taken to complete the course.
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