Program Highlights: Trainer from Industry & having 4+ years Experience. CISCO Certified Trainer. Assurance for CISCO Certification. Assurance for 100% Placement*. Placement through Employee Referral Scheme. Venue: - Vadapalani, Chennai. Day’s:- Monday – Friday. Time: - 5 PM to 7 PM. Duration: - 80Hrs. Offered Fee: - 6,999/- Course Contents: Chapter - 1 History of Internet 1.1 The birth of ARPA 1.2 Evaluation of Arpanet 1.3 The first Arpanet 1.4 Diagram of the 4-nodes ARPANET 1.5 Interface message processor (IMP) 1.6 Geographical position 1.7 The father of ARPANET 1.8 The growth of ARPANET 1.9 Nsfnet 1.10 NSFNET - backbone 1.11 The internet - 1987 1.12 The emergence of the internet 1.13 The father of the internet 1.14 Networking technology 1.15 The invention of WWW 1.16 Browser evolution 1.17 Billionaire – jerry yang 1.18 Internet worm 1.19 Recent threats 1.20 Growth of the internet hosts 1.21 Practice Test Chapter - 2 Introduction to Networking 2.1 What is a networking? 2.2 Intranet, Internet, Extranet 2.3 Types of network 2.3.1 LAN 2.3.2 MAN 2.3.3 WAN 2.4 Data transmission modes 2.4.1 Simplex 2.4.2 Half duplex 2.4.3 Full duplex 2.5 Topology 2.5.1 Bus topology 2.5.2 Star topology 2.5.3 Ring topology 2.5.4 Mesh topology 2.5.5 Hybrid topology 2.6 Types of Network Casting 2.6.1 Unicast 2.6.2 Multicast 2.6.3 Broadcast 2.7 Practice Test Chapter - 3 The OSI Model 3.1 History of OSI Model 3.2 Advantages of OSI Model 3.3 Application layer 3.3.1 Protocols of Application layer 3.4 Presentation layer 3.4.1 Data formatting 3.4.2 Data encryption 3.4.3 Data compression 3.5 Session layer 3.5.1 Protocols of Session layer 3.6 Transport layer 3.6.1 Protocols of Transport layer 3.6.2 Devices of Transport layer 3.6.2.1 Firewall 3.7 Network layer 3.7.1 Protocols of Network layer 3.7.2 Devices of Network layer 3.7.2.1 Router 3.7.2.1.1 Broadcast domain 3.7.2.2 Layer-3 Switch 3.8 Data link layer 3.8.1 Protocols of Data link layer 3.8.2 Devices of Data link layer 3.8.2.1 Switch 3.8.2.1.1 CSMA/CD 3.8.2.1.2 Collision /Broadcast domain 3.8.2.2 Bridge 3.8.3 MAC and LLC 3.9 Physical layer 3.9.1 Devices of Physical layer 3.9.1.1 Cables 3.9.1.2 Hub 3.9.1.2.1 Collision /Broadcast domain 3.9.1.3 Amplifier/Repeater 3.9.1.4 Media converter 3.9.1.5 NIC 3.9.1.6 Modem 3.10 Data Encapsulation & De-capsulation 3.11 Practice Test Chapter - 4 IP addressing 4.1 Number System 4.1.1 Binary, Decimal, Hexadecimal 4.1.2 Conversions 4.2 IP Version 4 and it’s Classes 4.3 Private and Public IP address 4.4 Subnet mask address 4.5 Rules of IP address 4.6 Practice Test 4.7 Lab Scenario-1 based on IP addressing Chapter - 5 Sub netting 5.1 Rules of sub netting 5.2 How to create subnets 5.3 Problem based on sub netting 5.4 Practice Test 5.5 Lab Scenario-2 based on Sub netting Chapter - 6 Network Infrastructure 6.1 NIC settings 6.2 Default Gateway 6.3 DHCP Server 6.4 DNS Server 6.5 Practical Test Chapter - 7 Routers configuration 7.1 Routers series (version) and manufacturers 7.2 Internal and external components (hardware) 7.3 Types of router’s 7.4 Router IOS 7.5 Booting process 7.6 Routers CLI modes 7.6.1 User execution mode 7.6.2 Privilege mode 7.6.3 Global configuration mode 7.7 LAN and WAN interface configuration 7.8 Basic initial commands 7.8.1 Hostname 7.8.2 Setting banners 7.8.3 Setting passwords 7.8.3.1 Set Telnet password 7.8.3.2 Set SSH password 7.8.3.3 Console password 7.8.3.4 Auxiliary password 7.8.3.5 Enable password 7.8.3.6 Enable secret password 7.8.3.7 Password recovery 7.8.4 Backup and Restore of NVRAM,RAM,IOS 7.9 Cisco Discovery Protocol(CDP) 7.10 Practice Test 7.11 Lab scenario-3 for hostname, banner ,TELNET ,SSH , IP and security 7.12 DHCP Configuration 7.13 Lab scenario-4 for DHCP Chapter - 8 IP Routing 8.1 Routing Protocols Basics 8.1.1 Routed and Routing Protocol 8.1.2 Administrative Distance 8.2 Static Routing 8.3 Default Routing 8.3.1 Lab scenario-5 for static & default routing 8.4 Dynamic Routing 8.4.1 Routing Algorithm 8.4.1.1 Distance vector algorithm 8.4.1.2 Link state algorithm 8.4.1.3 Hybrid algorithm 8.4.2 RIP V1 & V2 8.4.2.1 Lab scenario-6 8.4.3 IGRP 8.4.4 EIGRP 8.4.4.1 Lab scenario-7 8.4.5 OSPF 8.4.5.1 Lab scenario-8 8.5 Practice Test Chapter - 9 Access Control List (ACL) 9.1 ACL Rules 9.2 Types of ACL 9.2.1 Standard ACL 9.2.1.1 Lab scenario-9 9.2.2 Extended ACL 9.2.2.1 Lab scenario-10 9.2.3 Named ACL 9.2.4 Practice Test Chapter - 10 Switching 10.1 Basics of Switching 10.1.1 Switch and it’s Types 10.1.2 Functions of Switching 10.2 Spanning Tree Protocol (STP) 10.3 VLAN 10.3.1 Basics of VLAN 10.3.1.1 Lab scenario-11 for VLAN 10.3.2 Types of VLAN 10.3.3 Inter VLAN 10.3.3.1 Lab scenario-12 for Inter VLAN 10.3.4 VTP 10.3.4.1 Lab scenario-13 for VTP 10.4 Practice Test Chapter - 11 NAT and PAT 11.1 Introduction to NAT 11.1.1 Types of NAT 11.1.1.1 Static NAT 11.1.1.1.1 Lab scenario-14 11.1.1.2 Dynamic NAT 11.1.1.2.1 Lab scenario-15 11.1.1.3 Dynamic NAT with Overloading(PAT) 11.1.1.3.1 Lab scenario-16 11.2 Practice Test Chapter - 12 IP Version 6 12.1 IPV6 Basics 12.2 IPV6 Addressing 12.3 Migration from IPV4 to IPV6 12.4 Practice Test Chapter - 13 WAN Technologies 13.1 WAN Basics 13.1.1 Circuit switching 13.1.2 Packet switching 13.1.3 Leased line connection 13.2 HDLC and PPP 13.3 Frame Relay 13.4 Practice Test Chapter - 14 Ether channel 14.1 Ether Channel 14.1.1 LAGP 14.1.2 PACP 14.2 Lab scenario 14.3 Practice Test Chapter - 15 Redundancy Protocols 15.1 FHRRP 15.1.1 HSRP 15.1.2 VRRP 15.1.3 GLBP 15.2 Lab scenario 15.3 Practice Test Chapter - 16 Monitoring Tools 16.1 SNMP 16.2 NET FLOW 16.3 SYSLOG Chapter - 17 Wireless 17.1 Wireless LAN basics 17.2 Access Point configuration 17.3 IEEE Standards of wireless 17.4 Lab scenario for wireless 17.5 Practice Test
Posted on: Sat, 20 Dec 2014 12:02:28 +0000
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