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Overview
This four-day course is designed to provide enterprise network engineers with the knowledge and skills necessary to use Juniper Networks routers to meet their networks’ requirements. It covers advanced routing and services configurations of Juniper Networks J-series and M-series platforms, focusing specifically on advanced configurations commonly used in the enterprise environment.
Target Audience
The primary audience for this course is network engineers who work in an enterprise environment.
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Objectives
After successfully completing this course, you should be able to deploy the SA products to support common environments. Specific topics include the following: |
- Explain how Juniper Networks routers evaluate policies.
- Implement a stateless firewall filter to protect the Routing Engine (RE).
- Implement both an inbound and outbound routing policy for traffic over multiple ISP connections using BGP.
- Monitor and troubleshoot BGP sessions and policy application.
- Successfully transition a network running a distance-vector IGP to use a link-state protocol.
- Configure Layer 2 services, including the Multilink Point-to-Point (MLPPP) protocol, Multilink Frame Relay (MLFR), and the Compressed Real-Time Transport Protocol (CRTP).
- Implement a stateful firewall to enforce a firewall policy.
- Implement Network Address Translation (NAT).
- With a virtual private network (VPN) design, create the VPNs between some combination of J-series and M-series routers.
- Given a class-of-service (CoS) design, configure appropriate CoS policies.
- List two branch-office connectivity solutions and the traffic considerations that apply to each.
- Given a list of technical constraints, implement certain branch-office connectivity solutions.
- Explain the interaction of various configuration elements with CoS configuration.
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Course Contents |
Day 1
- Chapter 1: Course Introduction
- Chapter 2: JUNOS Policy
• Policy Language and Policy Evaluation Process Overview
• Routing Policy
• Firewall Policy
• Unicast Reverse-Path Forwarding Checks
• Review Questions
• Lab 1: Policy Configuration
- Chapter 3: BGP
• BGP Overview
• IBGP Implementation
• EBGP Implementation
• BGP-IGP Interaction
Day 2
- Chapter 4: Enterprise Routing Policies
• Enterprise BGP Deployment
• Case Study: Primary/Secondary Routing Policy
• Review Questions
• Lab 2: BGP Configuration
Chapter 5: Transitioning Between IGPs
• Transition Overview
• Overlay Transition
• Route Redistribution Transition
• Integrated Transition
• Review Questions
• Lab 3: IGP Transition
- Chapter 6: JUNOS Services Overview
• JUNOS Services Overview
• Layer 2 Services Configuration
• Layer 3 Services Overview
• Review Questions
• Lab 4: Layer 2 Services
Day 3
- Chapter 7: Stateful Firewall and Network Address Translation
• Stateful Firewall and NAT Overview
• Applications
• Configuring Stateful Firewall Rules
• Configuring NAT Rules
• Implementing Stateful Firewall and NAT
• Monitoring Stateful Firewall and NAT
• Review Questions
• Lab 5: Stateful Firewall and NAT
- Chapter 8: IPSec VPNs
• IPSec VPN Overview
• IPSec VPN Configuration
• Implementation Considerations
• Monitoring
• Review Questions
• Lab 6: IPSec VPNs
Day 4
- Chapter 9: Class of Service
• CoS Overview
• Traffic Classification
• Traffic Queuing
• Traffic Scheduling
• Example
• Troubleshooting
• Review Questions
• Lab 7: Class-of-Service Configuration
- Chapter 10: Branch Office Connectivity
• Overview of Connectivity Options
• Routing and Security Implications
• CoS Considerations
• Review Questions
• Lab 8: Branch Office Connectivity (Optional)
• Lab 4: Layer 2 Services
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Prerequisite
The following are the prerequisites for this course: |
- The Operating Juniper Networks Routers in the Enterprise course or equivalent experience;
- Knowledge, familiarity, and comfort with the JUNOS CLI;
- Experience managing routers (not necessarily Juniper Networks) in an enterprise environment;
- Understanding of destination-based, hop-by-hop IP routing in a Classless Inter-Domain Routing (CIDR) environment; and
- Experience with IGPs in an enterprise environment.
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