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Cisco Certified Entry Networking Technician (CCENT)
Interconnecting Cisco Network Devices 1 (ICND 1)
Cisco Certified Network Associate (CCNA)
Interconnecting Cisco Network Devices 2 (ICND 2)
| Current Offers |
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| Why Logitrain |
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| All-in-one | Course price includes classroom-based, instructor-led, hands-on training + course material + official certification exam + remote lab access + practise questions + mock test |
| Pre-requisites | Basic Computer Knowledge |
| Certifications Gained |   |
| Exams Covered | 640-802, 640-822, 640-816 |
| Course Material |
CCENT/CCNA ICND1 Official Exam Certification Guide CCNA ICND2 Exam Certification Guide
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| Logitrain Provides |
Course Material: Ciscopress Course Material and Stationery |
| Payment Plan | Weekdays: No, fee is due on the first day Weeknights/Weekends: Yes, fee payable in two equal instalments in the first and third week |
| Payment Method |
EFTpos / Online Transfer / Cash / Paypal / Credit Card: VISA, MasterCard, AMEX (3% surcharge applies)
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| Location | Level 1, 339 King Street, Melbourne (corner King and Latrobe St) |
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Weekdays includes free course resit + official certification exam + unlimited mock tests for 30 days + post course support
CCNA Guaranteed includes free course resit + upto 3 exam attempts + unlimited mock tests for 30 days
Overview
The Cisco Certified Entry Networking Technician (CCENT) and Cisco Certified Network Associate (CCNA) certifications cover the Cisco ICND 1 and ICND 2 curriculum and indicates foundation knowledge of networking equivalent to an apprentice in networking. A CCNA certified professional can install, configure and operate LANs and WANs for small networks. CCNA certified individuals can implement static routes, default routes, routing protocols e.g. Routing Information Protocol Version 2 (RIPv2), Open Shortest Path First (OSPF) and Enhanced Interior Gateway Routing Protocol (EIGRP) routing protocols over Leased Lines and Frame Relay networks.
Skills Gained
- Understand OSI model and various device functions
- Understand Ethernet, Fast Ethernet and Gigabit Ethernet Technologies
- Design a network topology and network IP addressing scheme for a given network
- Determine the type of transport protocol (TCP or UDP) and IP applications used
- Define the fundamental technologies involved in a WAN environment
- Configure a Cisco Catalyst 2960 switch
- Configure and troubleshoot VLANs and Trunking
- Configure and troubleshoot a Cisco router
- Configure Routing Information Protocol (RIP) routing protocol
- Configure Enhanced Interior Gateway Routing Protocol (EIGRP) routing protocol
- Configure Open Shortest Path First (OSPF) routing protocol
- Configure and troubleshoot serial interfaces using HDLC, PPP and Frame Relay
- Understand VPN and Wireless LAN Technologies
- Understand and configure IPv6 and RIPnG
Target Audience
- Students
- Helpdesk operators
- Candidates entering IT job market
- First-level network support staff
- System engineers and account managers
- Individuals seeking CCNA, CCNA concentrations, CCNP and CCIE certification
Key Topics
| Class | Chapter | Contents |
| NETWORKING FUNDAMENTALS | ||
| 1 | ICND1: Chapter 1 ICND1: Chapter 2 RS - Special ICND1: Chapter 3 ICND1: Chapter 6 ICND1: Chapter 4 |
Introduction to Computer Networking Concepts The TCP/IP and OSI Networking Models Basic Concepts of Networking Fundamentals of LANs Fundamentals of TCP/IP Transport, Applications and Security Fundamentals of WANs |
| TCP/IP: IP ADDRESSING AND SUBNETTING | ||
| 2 | ICND1: Chapter 5 ICND1: Chapter 12 |
Fundamentals of IP Addressing and Routing IP Addressing and Subnetting |
| LAN SWITCHING | ||
| 2 | ICND1: Chapter 7 ICND1: Chapter 8 ICND1: Chapter 9 ICND1: Chapter 10 |
Ethernet LAN Switching Concepts Operating Cisco LAN Switches Ethernet Switch Configuration Ethernet Switch Troubleshooting |
| Labs Performed | Accessing the CLI with Telnet Navigating through User and Enable (Privileged) Modes Exploring the CLI Help Features Using the Show and Debug Commands Navigating through Configuration Submodes Storing Switch Configuration Files Copying and Erasing Configuration Files Initial Switch Configuration Using Setup Mode Configuring Simple Password Security Using Password Encryption for Console and VTY Passwords Configuring the Enable Mode Passwords Securing Console and VTY Setting up Banners Configuring the History Buffer Configuring the Switch IP Address Configuring Switch Interfaces Securing the Interfaces with Port Security Securing Unused Switch Interfaces |
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| VLANs, SPANNING TREE PROTOCOL, OPERATING CISCO ROUTERS STATIC ROUTING AND RIP | ||
| 3 | ICND2: Chapter 1 ICND2: Chapter 2 ICND1: Chapter 13 ICND1: Chapter 14 ICND2: Chapter 8 ICND2: Chapter 4 |
Virtual LANs Spanning Tree Protocol Operating Cisco Routers Routing Protocol Concepts and Configuration Routing Protocol Theory IP Routing: Static and Connected Routes |
| Labs Performed | Creating VLANs Assigning Access VLANs to an Interface Creating Trunk Links between Switches Configuring VTP Server, Client and Transparent Mode Verifying Default STP Operation Configuring the Spanning Tree Protocol Configuring the Root Switch Configuring STP Port Costs and Switch Priority Determining the Root Switch Determining the Root Port on Nonroot Switches Determining the Designated Port on Each LAN Segment Configuring PortFast and BPDU Guard Configuring EtherChannel Configuring RSTP Determining the Root Switch Initial Cisco Router Configuration IOS Copy Function Configuring the Bandwidth and Clock Rate Command Understanding the show version Command Output Configuring Static Routes Configuring Default Routes Viewining Static and Default routes Configuring RIPv2 Verifying RIPv2 Interpreting the Output of the show ip route Command Interpreting the Output of the show ip protocols Command Debug RIP |
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| IP ROUTING PROTOCOLS - OSPF/EIGRP, NAT, VPN and Wireless LAN | ||
| 4 | ICND2: Chapter 8 ICND2: Chapter 9 ICND2: Chapter 5 ICND2: Chapter 16 ICND2: Chapter 15 ICND1: Chapter 11 |
OSPF EIGRP VLSM and Route Summarization Network Address Translation Virtual Private Networks Wireless LANs |
| Labs Performed | Configuring OSPF Configuring Loopback Interfaces Configuring the OSPF Router ID Configuring OSPF Hello and Dead Timers Configuring OSPF Metrics Configuring OSPF Authentication Verifying OSPF Neighbors Verifying OSPF Link State Datebase Verifying OSPF Routes Verifying OSPF Designated Router Configuring EIGRP Verifying EIGRP Neighbors Verifying EIGRP Topology Table Verifying EIGRP Routes Verifying EIGRP Successors, and Feasible Successors |
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| WIDE AREA NETWORKS, NETWORK SECURITY AND IPv6 | ||
| 5 | ICND1: Chapter 16 ICND1: Chapter 17 ICND2: Chapter 12 ICND2: Chapter 13 ICND2: Chapter 14 ICND2: Chapter 6 ICND2: Chapter 17 |
WAN Concepts WAN Configuration Point-to-Point WANs Frame Relay Concepts Frame Relay Configuration and Troubleshooting IP Access Control Lists IP Version 6 |
| Labs Performed | Verifying HDLC Configuring PPP Verifying PPP Configuring CHAP Authentication Verifying CHAP Authentication Configuring Access Control Lists (ACLs) Configuring VTY Access Control List (ACLs) Verifying Access Control Lists (ACLs) Testing Access Control Lists (ACLs) Enabling IPv6 Configuring IPv6 address Configuring IPv6 EUI-64 Address Verifying IPv6 adress Verifying IPv6 Link Local Address Viewing IPv6 Interface Information Configuring RIPnG Viewing IPv6 Routing Table |
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| EXAM PREPARATION AND HANDS-ON PRACTISE | ||
| 6 | Exam Preparation | 6 Hours Exam Preparation Session |
Exam Information
Cisco exams can be registered and taken any time. Candidates can achieve CCNA certification by taking one composite exam or two separate exams.
The two exam option allows students to attain CCENT and CCNA certification.
1. 640-822 (ICND1) - CCENT CERTIFICATION
1. 640-816 (ICND2) - CCNA CERTIFICATION
2. 640-802 (CCNA) - CCNA CERTIFICATION
To register for an exam, click here
