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CCNP

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Key Instructional Focus and Objectives: Understanding IP Routing Fundamentals Implementing and Managing IP addressing schema Configuring and Managing Network Address Translation (NAT) Understanding, Managing and Configuring OSPF Understanding, Managing and Configuring IS-IS Understanding, Managing and Configuring EIGRP Understanding, Managing and Configuring BGP Redistribution and Policy-Based Routing Topics covered Controlling Network Traffic with Route Maps and Policy-Based Routing IP Routing Principles IP Addressing Designing IP Networks IP Distance Vector Routing Principles Using OSPF in a Single Area Configuring OSPF Across Multiple Areas Using OSPF Across Multiple Areas Fundamentals of the Integrated IS-IS Protocol Integrating IS-IS Operations Configuring Integrated IS-IS Using EIGRP in Enterprise Networks Configuring EIGRP in Enterprise Networks Connecting to other Autonomous Systems – The bases of BGP Implementing and tuning BGP for Use in Large Networks Implementing Redistribution and Controlling Routing UpdatesC-CCNP/BCMSN Module description The Building Cisco Multi-Layer Switched Networks is the second of four modules required for CCNP certification. This module investigates the aspects of Switch operations, protocols, VLAN Trunking, Spanning Tree Protocols, Routing redundancy and load balancing, and IP telephony. Objectives Key Instructional Focus and Objectives: Understand and Design the Enterprise Composite Model Understand Network Layer Technology using Switched Networks Roles of Switches in Various Composite Enterprise Model Functioning of the Switching Database Manager in Relation to Content Addressable Memory (CAM) and Ternary Content Addressable Memory (TCAM) Operation of 802.1Q Tunnelling Managing VLAN Services Duration: C Topics covered Campus Network Overview Modular Network Design Switch Operation Switch Configuration Switch Port Configuration VLAN’s and Trunks VLAN Trunking Protocols Aggregated Switch Links Traditional Spanning Tree Protocol Spanning Tree Configuration Protecting the Spanning Tree Protocol Topology Advanced Spanning Tree Protocol Multilayer Switching Routing Redundancy and Loan Balancing Multicasting Quality of Service Overview Diffserv QoS Configuration IP Telephony Securing Switch Access Switching with VLANs

Regions:
  • London
Delivery:
  • In House
Category:
Difficulty:
  • Advanced

Further Details

Module ode: C-CCNP/BCRAN Module description The Building Cisco Remote Access Networks is the third of four modules required for CCNP certification. This module investigates queuing strategies, optimisation of traffic, Frame Relay technologies, TACACS+ and RADIUS authentication, VPN networks, Snapshot routing, in DDR environment, NAT and other protocols, and the implementation of broadband technologies using DSL. Objectives Key Instructional Focus and Objectives: Understanding WAN, asynchronous dial-in, Frame Relay, ISDN and DSL Deploying Remote Access control methods Structure VPN technologies Implement and Configure Network Address Translation Configure asynchronous modems and router interface Configure ISDN solution for remote access Configure Frame Relay operation and traffic control on WAN link Configure DSL and VPN using Cisco IOS Design Cisco Remote Access Solutions Design Cisco Frame Relay Infrastructure Plan Traffic Shaping Troubleshooting non-functional Remote Access Systems Troubleshoot Traffic Control problems using WAN Link Topics covered Remote Access Solutions Identifying Site Requirements Network Overview Configuring Asynchronous Connections with Modem Configuring PPP and Controlling Network Access PPP Link Control Protocol Options Using ISDN and DDR Technologies Advanced DDR Options Using ISDN Primary Rate Interface Broadband Options to Access a Central Site Using DSL to Access a Central Site Establishing a Frame Relay Connection Frame Relay Traffic Shaping & Securing Remote Access Network Connection Enabling a Backup to the Permanent Connection Managing Network Performance with Queuing and Compression Scaling IP Addresses with NAT 361 Using AAA to scale Access Control in an Expanding Network Module Code: C-CCNP/BCRAN Module description The Building Cisco Remote Access Networks is the third of four modules required for CCNP certification. This module investigates queuing strategies, optimisation of traffic, Frame Relay technologies, TACACS+ and RADIUS authentication, VPN networks, Snapshot routing, in DDR environment, NAT and other protocols, and the implementation of broadband technologies using DSL. Objectives Key Instructional Focus and Objectives: Understanding WAN, asynchronous dial-in, Frame Relay, ISDN and DSL Deploying Remote Access control methods Structure VPN technologies Implement and Configure Network Address Translation Configure asynchronous modems and router interface Configure ISDN solution for remote access Configure Frame Relay operation and traffic control on WAN link Configure DSL and VPN using Cisco IOS Design Cisco Remote Access Solutions Design Cisco Frame Relay Infrastructure Plan Traffic Shaping Troubleshooting non-functional Remote Access Systems Troubleshoot Traffic Control problems using WAN Link Topics covered Remote Access Solutions Identifying Site Requirements Network Overview Configuring Asynchronous Connections with Modem Configuring PPP and Controlling Network Access PPP Link Control Protocol Options Using ISDN and DDR Technologies Advanced DDR Options Using ISDN Primary Rate Interface Broadband Options to Access a Central Site Using DSL to Access a Central Site Establishing a Frame Relay Connection Frame Relay Traffic Shaping & Securing Remote Access Network Connection Enabling a Backup to the Permanent Connection Managing Network Performance with Queuing and Compression Scaling IP Addresses with NAT 361 Using AAA to scale Access Control in an Expanding Network

Guide price

£4995

 

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