Router Support Certification

Certified Router Support

Professional

VS-1035

Certified Router Support Professional

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Certified Certified Certified Certified Router Support Router Support Router Support Router Support ProfessionalProfessionalProfessionalProfessional Certification CodeCertification CodeCertification CodeCertification Code VS-1035

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Router Support Router Support Router Support Router Support ProfessionalProfessionalProfessionalProfessional helps demonstrate an individual's overall comprehension and

expertise of supporting small and medium computer network. VSkills Router Support

Professional Certification holders have more than a working familiarity with networks,

switches and routers—they are technically skilled to take advantage of the breadth of

features efficiently and effectively.

Router support consists of day-to-day support of computer network and optimizing

computer networks with VLAN, STP and VLSM. It also involves protecting the network

access by ACLs and linking with other routers by OSPF, RIP and EIGRP.

It is in great demand in IT infrastructure companies, data centers, MNCs, Corporates and

Government organizations.

Why should one take this certification?Why should one take this certification?Why should one take this certification?Why should one take this certification?

This Course is intended for professionals and graduates wanting to excel in their chosen

areas. It is also well suited for those who are already working and would like to take

certification for further career progression.

Earning VSkills Router Support Professional Certification can help candidate differentiate

in today's competitive job market, broaden their employment opportunities by displaying

their advanced skills, and result in higher earning potential. VSkills Router Support

Professional Certification can also lead to increased job satisfaction. Certified individuals

have increased competence, productivity, and credibility with their employers, co-workers,

and clients.

For employers, the certification provides skill-verification tools that not only help assess a

person's skills in basic network support but also the ability to quickly complete on-the-job

tasks across multiple programs.

Who will benefit from taking this certification?Who will benefit from taking this certification?Who will benefit from taking this certification?Who will benefit from taking this certification?

The certification benefits hardware engineers and professionals, networking engineers and

professionals and students who want to present themselves as truly knowledgeable and

differentiate themselves in a competitive job market. It also helps hiring managers make

job placement decisions. Managers who hire candidates with a VSkills Router Professional

Certification are helping minimize training costs.


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Test DetaiTest DetaiTest DetaiTest Details:ls:ls:ls:

• Duration:Duration:Duration:Duration: 60 minutes

• No. of questions:No. of questions:No. of questions:No. of questions: 50

• Maximum marks:Maximum marks:Maximum marks:Maximum marks: 50, Passing marks: 25 (50%); There is no negative marking in

this module.

Fee Structure:Fee Structure:Fee Structure:Fee Structure:

Rs. 4,000/- (Includes all taxes)

Companies that hireCompanies that hireCompanies that hireCompanies that hire Vskills Vskills Vskills Vskills Certified Certified Certified Certified RouterRouterRouterRouter Support ProfessionalSupport ProfessionalSupport ProfessionalSupport Professional

Router Support Professionals are in great demand. There are a lot of boutique niche

companies, specializing in Integration Services, who are constantly hiring knowledgeable

professionals. International job consultants also are constantly looking for Basic Network

Support Professional for overseas jobs. The skill is also greatly in demand in government

projects and companies.


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Table of Content

1111 Virtual LANVirtual LANVirtual LANVirtual LAN 1.1 Virtual LAN Basics

1.2 ISL and 802.1Q Trunking

1.3 VLAN Trunking Protocol

1.4 VTP Modes

1.5 VTP Pruning

2222 Spanning Tree Protocol Spanning Tree Protocol Spanning Tree Protocol Spanning Tree Protocol 2.1 Spanning Tree Protocol (IEEE 802.1d) & Need

2.2 Spanning Tree Working & Convergence

2.3 EtherChannel, PortFast & STP Security

2.4 Rapid STP (IEEE 802.1w - RSTP)

2.5 RSTP Link and Edge Types, Port States, Roles & Convergence

2.6 STP Configuration and Verification

2.7 Multiple STP Instances

2.8 Port Costs, Priority, PortFast, BPDU Guard, EtherChannel and RSTP Configuration

2.9 STP Troubleshooting

3333 Static and Connected Routes Static and Connected Routes Static and Connected Routes Static and Connected Routes 3.1 IP routing and addressing process

3.2 IP sub-netting and forwarding

3.3 DNS, DHCP, ARP, and ICMP

3.4 Fragmentation and MTU

3.5 Secondary IP Addressing and Subnet Zero

3.6 ISL and 802.1Q Configuration on Routers

3.7 Configuring Static Routes

3.8 The ping command

3.9 Static default routes with the ip route and ip default-network command

3.10 Classful and Classless Routing

4444 VLSM and Route Summarization VLSM and Route Summarization VLSM and Route Summarization VLSM and Route Summarization 4.1 VLSM and their configuration

4.2 Overlapping VLSM Subnets

4.3 Manual Route Summarization

4.4 Autosummarization and Discontiguous Classful Networks

4.5 Discontiguous Classful Networks

4.6 Autosummarization Support and Configuration

5555 IP Access Control Lists IP Access Control Lists IP Access Control Lists IP Access Control Lists 5.1 IP Standard ACL, their configuration, sequence numbers and wildcard masks

5.2 Extended IP access control lists and configuration

5.3 Named IP Access Lists

5.4 Controlling Telnet and SSH Access with ACLs

5.5 Reflexive, Dynamic and Time-Based Access Lists


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5.6 IP Routing troubleshooting by ping and traceroute commands

5.7 VLSM and ACL issues

6666 Routing Protocol Theory Routing Protocol Theory Routing Protocol Theory Routing Protocol Theory 6.1 Interior and Exterior Routing Protocols

6.2 Dynamic routing protocol and routing protocol functions

6.3 IGP Routing Protocol algorithms, metrics and administrative distance

6.4 Distance Vector Routing Protocol features and loop prevention

6.5 Route Poisoning and Counting to infinity problem

6.6 Split Horizon, poison reverse and triggered updates

6.7 The Holddown Process and Holddown Timer

6.8 Link-State Routing Protocol and building it

6.9 Using Dijkstra SPF

6.10 Convergence with Link-State Protocols

7777 OOOOSPF SPF SPF SPF 7.1 OSPF protocols, operation and neighbors

7.2 Searching OSPF Routers

7.3 Neighbor States and problems of a neighbor

7.4 OSPF Topology Database Exchange

7.5 Maintaining LSDB and building the IP Routing Table

7.6 Hierarchical OSPF scaling

7.7 OSPF areas, advantages, configuration

7.8 OSPF single-area and multiple areas configuration

7.9 Configuring OSPF Router ID, Hello and Dead Timers, Metrics (Cost), authentication

and load balancing

8888 EIGRP EIGRP EIGRP EIGRP 8.1 EIGRP Operation and neighbors

8.2 Exchanging EIGRP topology information

8.3 Best Route Calculation, feasible distance and reported distance

8.4 EIGRP Convergence, metrics, successors and feasible successors

8.5 The Query and Reply Process

8.6 EIGRP Summary and Comparisons with OSPF

8.7 EIGRP configuration, verification and authentication

8.8 EIGRP Maximum Paths and Variance

8.9 Tuning the EIGRP Metric Calculation

9999 PointPointPointPoint----totototo----Point WANs Point WANs Point WANs Point WANs 9.1 PPP basics and the PPP protocol field

9.2 PPP Link Control Protocol (LCP)

9.3 Looped link detection and enhanced Error Detection

9.4 PPP multilink, authentication and configuration

9.5 PAP and CHAP configuration and verification

9.6 Keepalive Failure

9.7 PAP and CHAP Authentication Failure


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10101010 Frame Relay Concepts Frame Relay Concepts Frame Relay Concepts Frame Relay Concepts 10.1 Frame Relay Standards

10.2 Virtual Circuits

10.3 LMI and Encapsulation Types

10.4 Frame Relay local and global addressing

10.5 Frame Relay Layer different addressing

10.6 Layer Broadcast Handling

10.7 Controlling Speed and Discards

10.8 FECN, BECN and the discard eligibility (DE) bit

10.9 Frame Relay Configuration and Verification

10.10 Configuring the Encapsulation and LMI

10.11 Frame Relay Address Mapping

10.12 Inverse ARP

10.13 Static Frame Relay Mapping


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Course OutlineCourse OutlineCourse OutlineCourse Outline

1111 Introduction to Networking Concepts Introduction to Networking Concepts Introduction to Networking Concepts Introduction to Networking Concepts

� What is Networking

� Advantages & Disadvantages

� Network Characteristics

� Network Models (Peer-to-Peer and Client-and-Server)

� Network Types (LAN,WAN,MAN,PAN)

� Network Topologies (Bus, Star, Ring)

� Internet connection (DSL, Cable, Serial Link)

� Network Media

2222 Virtual LANVirtual LANVirtual LANVirtual LAN

� Virtual LAN Basics

� ISL and 802.1Q Trunking

� VLAN Trunking Protocol

� VTP Modes

� VTP Pruning

3333 Spanning Tree Protocol Spanning Tree Protocol Spanning Tree Protocol Spanning Tree Protocol

� Spanning Tree Protocol (IEEE 802.1d) & Need

� Spanning Tree Working & Convergence

� EtherChannel, PortFast & STP Security

� Rapid STP (IEEE 802.1w - RSTP)

� RSTP Link and Edge Types, Port States, Roles & Convergence

� STP Configuration and Verification

� Multiple STP Instances

� Port Costs, Priority, PortFast, BPDU Guard, EtherChannel and RSTP

Configuration

� STP Troubleshooting

4444 Static and Connected Routes Static and Connected Routes Static and Connected Routes Static and Connected Routes

� IP routing and addressing process

� IP sub-netting and forwarding

� DNS, DHCP, ARP, and ICMP

� Fragmentation and MTU

� Secondary IP Addressing and Subnet Zero


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� ISL and 802.1Q Configuration on Routers

� Configuring Static Routes

� The ping command

� Static default routes with the ip route and ip default-network command

� Classful and Classless Routing

5555 VLSM andVLSM andVLSM andVLSM and Route Summarization Route Summarization Route Summarization Route Summarization VLSM and their configuration

� Overlapping VLSM Subnets

� Manual Route Summarization

� Autosummarization and Discontiguous Classful Networks

� Discontiguous Classful Networks

� Autosummarization Support and Configuration

6666 IP AcIP AcIP AcIP Access Control Lists cess Control Lists cess Control Lists cess Control Lists

� IP Standard ACL, their configuration, sequence numbers and wildcard masks

� Extended IP access control lists and configuration

� Named IP Access Lists

� Controlling Telnet and SSH Access with ACLs

� Reflexive, Dynamic and Time-Based Access Lists

� IP Routing troubleshooting by ping and traceroute commands

� VLSM and ACL issues

7777 Routing Protocol Theory Routing Protocol Theory Routing Protocol Theory Routing Protocol Theory

� Interior and Exterior Routing Protocols

� Dynamic routing protocol and routing protocol functions

� IGP Routing Protocol algorithms, metrics and administrative distance

� Distance Vector Routing Protocol features and loop prevention

� Route Poisoning and Counting to infinity problem

� Split Horizon, poison reverse and triggered updates

� The Holddown Process and Holddown Timer

� Link-State Routing Protocol and building it

� Using Dijkstra SPF

� Convergence with Link-State Protocols

8888 OSPF OSPF OSPF OSPF

� OSPF protocols, operation and neighbors


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� Searching OSPF Routers

� Neighbor States and problems of a neighbor

� OSPF Topology Database Exchange

� Maintaining LSDB and building the IP Routing Table

� Hierarchical OSPF scaling

� OSPF areas, advantages, configuration

� OSPF single-area and multiple areas configuration

� Configuring OSPF Router ID, Hello and Dead Timers, Metrics (Cost),

authentication and load balancing

9999 EIGRP EIGRP EIGRP EIGRP

� EIGRP Operation and neighbors

� Exchanging EIGRP topology information

� Best Route Calculation, feasible distance and reported distance

� EIGRP Convergence, metrics, successors and feasible successors

� The Query and Reply Process

� EIGRP Summary and Comparisons with OSPF

� EIGRP configuration, verification and authentication

� EIGRP Maximum Paths and Variance

� Tuning the EIGRP Metric Calculation

10101010 PointPointPointPoint----totototo----Point WANs Point WANs Point WANs Point WANs

� PPP basics and the PPP protocol field

� PPP Link Control Protocol (LCP)

� Looped link detection and enhanced Error Detection

� PPP multilink, authentication and configuration

� PAP and CHAP configuration and verification

� Keepalive Failure

� PAP and CHAP Authentication Failure

11111111 Frame Relay Concepts Frame Relay Concepts Frame Relay Concepts Frame Relay Concepts

� Frame Relay Standards

� Virtual Circuits

� LMI and Encapsulation Types

� Frame Relay local and global addressing

� Frame Relay Layer different addressing

� Layer Broadcast Handling

� Controlling Speed and Discards

� FECN, BECN and the discard eligibility (DE) bit

� Frame Relay Configuration and Verification


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� Configuring the Encapsulation and LMI

� Frame Relay Address Mapping

� Inverse ARP

� Static Frame Relay Mapping


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Sample QuestionsSample QuestionsSample QuestionsSample Questions

1. Of PAP and CHAP, which uses a three1. Of PAP and CHAP, which uses a three1. Of PAP and CHAP, which uses a three1. Of PAP and CHAP, which uses a three----way handshake?way handshake?way handshake?way handshake?

A. PAP only

B. CHAP only

C. Both

D. Neither

2. Identify the true statements.2. Identify the true statements.2. Identify the true statements.2. Identify the true statements.

A. HDLC supports PAP and CHAP.

B. HDLC is the default encapsulation type for a Cisco router serial interface.

C. PPP does not supports PAP and CHAP.

D. PPP is the default encapsulation type on a Cisco router serial interface.

3. What command should be used to create frame mappings on a point3. What command should be used to create frame mappings on a point3. What command should be used to create frame mappings on a point3. What command should be used to create frame mappings on a point----totototo----point point point point

subinterface?subinterface?subinterface?subinterface? A. frame ptp map

B. frame interface-dlci

C. frame map

D. frame inverse arp

4. If a frame mapping shows as "dynamic", what creat4. If a frame mapping shows as "dynamic", what creat4. If a frame mapping shows as "dynamic", what creat4. If a frame mapping shows as "dynamic", what created it?ed it?ed it?ed it?

A. Inverse ARP

B. Dynamic ARP

C. Dynamic ARP Inspection

D. The frame relay switches

5 What value(s) does PAT use to map translations to a private address?5 What value(s) does PAT use to map translations to a private address?5 What value(s) does PAT use to map translations to a private address?5 What value(s) does PAT use to map translations to a private address?

A. IP address

B. MAC address

C. TCP ack number

D. port number

Answers: Answers: Answers: Answers: 1 (B) 2 (B) 3 (B)1 (B) 2 (B) 3 (B)1 (B) 2 (B) 3 (B)1 (B) 2 (B) 3 (B) 4 (A) 5 (D)4 (A) 5 (D)4 (A) 5 (D)4 (A) 5 (D)

Router Support Certification

Education

Transcript of Router Support Certification