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Customer Service or Enrol: 0800 282 353 or +44 1372 364610 |
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You Will Learn How To
- Build and design a scalable internetwork
- Distinguish between various LAN technologies
- Deploy switches using advanced resiliency techniques
- Interconnect networks using appropriate WAN services
- Determine the optimum routing protocol for various internetworking environments
- Integrate management and security into your internetwork
Course Benefits
Switches and routers are the critical building blocks of a successful internetwork infrastructure. In this course, you gain the essential knowledge required to deploy and use switches and routers in TCP/IP networks. Through extensive hands-on exercises, you acquire the skills to effectively select and deploy appropriate internetworking technologies.
Who Should Attend
Network managers, technicians, engineers and consultants involved in designing, implementing or managing networks. Knowledge of computer networking principles at the level of Course 450, "Networking Comprehensive Introduction", is assumed.
Hands-on Training
Hands-on exercises provide you with experience deploying routers and switches. Exercises include:
- Implementing a new switch and router from initial factory configuration
- Installing a switched network
- Testing continuity with ICMP ping
- Configuring and testing IP addresses, subnets, default gateways
- Dissecting a switch and a router to expose security weaknesses
- Switching deployment with VLANs & Spanning Tree
- Capturing passwords with a protocol analyser
Course Content
- Motivations for internetworking
- Connecting the enterprise
- Defining internetworking and interoperability
- Deploying the OSI Reference Model
- Large internetworking considerations
- Overview of LAN standards
- IEEE 802 architecture
- CSMA/CD Media Access Control
- Frame formats, HDX, FDX
- 10/100/1000BASE-T
- Media choices: mixing copper and fibre
- Gigabit Ethernet and 10 Gbit/s
- Media choices: CAT 5e, 6, MMF, SMF
- 802.11 wireless LAN standards
- The wireless office
- Access points and routers
- Security issues
- Antenna types
- IEEE 802.1D TST operation
- Store-and-forward switching
- Building resilience with Spanning Tree
- Switch performance metrics
- VLAN concepts
- IEEE 802.1Q tag-based VLANs
- IEEE 802.1p priority scheme
- Support for backbone technologies
- Implementing multilayer switches
- Collapsed backbone architectures
- Distributed backbone architectures
- Enhancing performance using variable bandwidths
- Leased line
- xDSL
- Cable modem
- Frame relay
- ISDN
- ATM
- Fundamental concepts
- Resilience and redundancy
- Evaluating performance
- The importance of routers
- How routers work
- Protocol layering
- Function of the network layer
- Connectionless operation
- Clarifying IP addressing
- Comparing protocols
- TCP/UDP: IP, ARP, ICMP
- Establishing the significance of routing protocols
- The function of routing protocols
- Route propagation
- Distance Vector vs. Link State protocols
- Autonomous systems
- Interior gateway protocols
- RIPv1 and RIPv2
- Deploying OSPF
- Security vulnerabilities
- Exterior gateway protocols
- Policy-based routing
- Connecting autonomous systems with BGP
- Motivation for IPv6
- Encrypting data with IPsec
- Addressing concepts
- Neighbour discovery
- Fair queuing techniques
- Priority by protocol and application type
- HTTPS
- SSH
- VPN
- Managing networks with SNMP
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| Customer Service or Enrol: 0800 282 353 or +44 1372 364610 |
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