CCNA Training Course
200-125 CCNA Ver 3.0 (NEW Syllabus)
Exam Description:
The Cisco Certified Network Associate (CCNA) Routing and Switching composite exam (200-125) is a CCNA Routing and Switching certification. This exam tests a candidate’s knowledge and skills related to network fundamentals, LAN switching technologies, IPv4 and IPv6 routing technologies, WAN technologies, infrastructure services, infrastructure security, and infrastructure management.
Course
IP Addressing
- Version of IP Address
- Characteristics of IPv4
- Classification of IPv4
- Public & Private IP
- Default Mask
- Network bits & Host bits
- ANDing Process
- Binary to Decimal & Decimal to Binary
- Network ID, Broadcast ID & Valid IP
- No. of Network ID’s & Valid IP in Class A, B, C
- Subnetting of Class A, B, C
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Router Basic & Static Routing
- General port diagram of Cisco routers
- Cable & Connections
- Connectivity diagram of Cisco Routers with Network devices
- Routed & Routing Protocols,
- Types of Routing
- Basic Routing Concept
- Static Route & Default Route
- LM, AD & Metric
- Configure , verify and troubleshoot
- – Lab: Basic Configuration
- – Lab: Static Route
- – Lab: Default Route
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OSPF (Open Shortest Path First)
- OSPF Introduction
- OSPF Implementation
- Concept of PID
- Concept of AREA
- Wildcard Mask
- Loopback Interface
- Hello Timer & Dead Timer
- Types of Network
- Concept of ABR & ASBR
- OSPF AD & Metric
- OSPF Neighbor Adjacency
- Type of OSPF Tables
- OSPF Multicast Address
- Configure , verify and troubleshoot
- – Lab: OSPF
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EIGRP ( Enhanced Interior Getaway Routing Protocol)
- EIGRP Introduction
- EIGRP Implementation
- Concept of ASN
- Wildcard Mask
- Auto and no auto-summary
- Hello and Hold Timer
- Types of Network
- Route Codes
- Eigrp AD & Metric
- EIGRP Neighbor Adjacency
- Type of EIGRP tables
- EIGRP Multicast Address
- Configure , verify and troubleshoot
- – Lab: EIGRP
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RIP (Routing Information Protocol)
- RIP Implementation
- Auto & no auto-summary
- Route Code
- RIP AD & Metric
- RIP Multicast Address
- RIP Timers, Update, Invalid, Flush
- Loop avoidance Techniques
- Configure , verify and troubleshoot
- – Lab: RIPv2
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BGP ( Border Gateway Protocol)
- BGP Introduction
- BGP Neighbor & Network Implementation
- Types of ASN (public and private)
- Type of BGP Tables
- Type of BGP Neighbor
- Neighbor Adjacency components
- When to use BGP
- Configure, Verify and Troubleshoot
- – Lab: IBGP
- – Lab: EBGP
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Packet Filtering (ACL)
- Types of ACL
- Inbound and outbound
- Standard and Extended ( No. and Named)
- Drawback of Numbered ACL
- ACL Implementation Rules
- Configure, Verify and Troubleshoot
- – Lab: Numbered Standard ACL
- – Lab: Named Standard ACL
- – Lab: Numbered Extended ACL
- – Lab: Name Extended ACL
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WAN
- Introduction of WAN
- Advantage of NAT
- Static NAT, Dynamic NAT, PAT
- Configure, Verify and Troubleshoot
- – Lab: Static NAT
- – Lab: Dynamic NAT
- – Lab: PAT
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L2 Switch
- Collision Domain & Broadcast Domain in HUB, Bridge, Switch & Router.
- Mac Table or Bridge Table,
- Flooding, Forwarding, filtering
- VLAN formation and membership
- Access & Trunk link
- Requirement of Trunk
- Trunking Protocols
- VTP & its need
- VTP Modes
- SVI
- Inter-vlan Routing
- STP Introduction
- Configure, Verify and Troubleshoot
- Lab: Vlan formation
- Lab: Vlan membership
- Lab: Trunk formation
- Lab: Inter-vlan routing
- Lab: Svi
- Lab: STP
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IPv6
- Intro of IPv6
- Binary to hexa decimal
- Network bits and host bits
- Site prefix
- Subnet ID
- Link local, site local and unicast global address
- Ipv6 routing protocol
- Use of ipv6 in different field.
- Configure, Verify and Troubleshoot
- – Lab: IPv6 static and default
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OSI and TCP/IP Model
- Introduction, PDU, Data encapsulation and Data De-encapsulation
- Application
- Presentation
- Session
- Transport
- Network
- Data link
- Physical
- Compare TCP & UDP
- Compare OSI & TCP/IP
- Protocol & Prot No.
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HOW TO MANAGE CISCO DEVICES
- CDP
- Host Resolving
- BACKUP & UPGRADATION OF RAM & IOS
- Password Recovery Process