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دسته بندی دوره ها
24

JNCIS-SP Online Training

سرفصل های دوره

1. Service Provider Bridging Concepts
  • 1. Service Provider Bridging Concepts
  • 2. The Problems with 802.1q
  • 3. How 802.1ad Solves SOME of Those Problems
  • 4. Frame Walk
  • 5. Key Terms for Provider Bridging
  • 6. The Challenge with Multiple Service Provider Bridging
  • 7. VLAN Translation Key Terms
  • 8. Virtual Private LAN Services (VPLS)
  • 9. Summarizing Service Provider Bridging Concepts

  • 2. Deploy Q-in-Q Provider Bridging
  • 1. Introducing Q-in-Q Configuration on Junos
  • 2. The Plan of Attack (Q-in-Q Design Considerations)
  • 3. Configure Bridge Domains (aka VLANs)
  • 4. Configure Customer Edge Devices
  • 5. Configure Provider Edge Bridges
  • 6. Configure S-VLAN Bridges
  • 7. Validate the Configuration
  • 8. Tunneling Certain C-VLANs in the Core
  • 9. Describe C-VLAN Normalization
  • 10. S-VLAN Translation
  • 11. Summarizing Q-in-Q Deployment

  • 3. Deploy LACP on Junos Devices
  • 1. Introducing 802.3ad (or 802.1ax) on Junos
  • 2. LACP Foundations
  • 3. Create Aggregated Ethernet Interfaces
  • 4. Deploy LACP on EX-Series Switches
  • 5. Deploy LACP on QFX-Series Switches
  • 6. Deploy LACP on MX-Series Routers
  • 7. Deploy LACP Between Cisco IOS and Junos
  • 8. Summarizing LACP Deployment

  • 4. Deploy Multi-Chassis Link Aggregations (MC-LAG) on Junos Bridges
  • 1. Introducing MC-LAG
  • 2. The Benefits of MC-LAG Explained
  • 3. MC-LAG State Types
  • 4. Configure the CE LAG
  • 5. Configure the Inter-chassis Link (ICL) for MC-LAG
  • 6. Configure Inter-Control Center Communications Protocol (ICCP)
  • 7. Configure Active-Standby LACP and MC-AE Interface Settings
  • 8. Validating the Configuration
  • 9. Configure Active-Active MC-LAG
  • 10. Summarizing MC-LAG

  • 5. Understand and Configure Spanning Tree Protocol (STP)
  • 1. Everyone Hates Spanning Tree Protocol
  • 2. STP Foundations
  • 3. STP Key Terms
  • 4. How Spanning Tree Builds the Tree
  • 5. RSTP Port States and Roles
  • 6. VSTP Deployment
  • 7. MSTP
  • 8. Deploy Junos VSTP and Cisco PVST+
  • 9. Protecting STP
  • 10. Summarizing STP

  • 6. Advanced Routing Concepts on Junos
  • 1. Introducing Advanced Routing Options
  • 2. Enable Per-Flow Load Balancing
  • 3. Load Balancing Static Routes
  • 4. Backup Static Routes and Default Settings
  • 5. Martian Routes
  • 6. Aggregate Routes
  • 7. Generate Routes
  • 8. Configure Routing Instances
  • 9. Configure Route Leaking
  • 10. Summarizing Advanced Routing

  • 7. Design and Configure OSPF on Junos
  • 1. Introducing OSPF on Junos
  • 2. The OSPF State Machine
  • 3. Designated Routers and Backup Designated Routers
  • 4. Link State Advertisements and LSA Flooding
  • 5. OSPF Area Types
  • 6. Securing OSPF
  • 7. Summarizing OSPF on Junos

  • 8. Design and Deploy IS-IS on Junos
  • 1. Introducing IS-IS on Junos
  • 2. The ISO CLNS Levels
  • 3. IS-IS Areas
  • 4. IS Adjacency Formation and Behaviors
  • 5. Configuring the NET Address
  • 6. Configuring Level 1 IS Adjacencies
  • 7. Configuring Level 2 IS Adjacencies
  • 8. Configure Level 1-2 Borders
  • 9. Configure IS-IS Authentication
  • 10. Summarizing IS-IS

  • 9. Understand MPLS Foundations
  • 1. Introducing MPLS
  • 2. The Benefits of MPLS
  • 3. The Concept of Pseudowires
  • 4. MPLS Packet Flows and Key Terms
  • 5. A Closer Look at the Penultimate Hop
  • 6. Enabling MPLS on Junos
  • 7. Configure a Static LSP
  • 8. What Signaling Protocols Do
  • 9. Summarizing MPLS

  • 10. MPLS Deploy LDP and RSVP on Junos
  • 1. Introducing Label Signaling Protocols
  • 2. LDP Foundations
  • 3. Deploying LDP
  • 4. Validating LDP
  • 5. RSVP Path Construction
  • 6. Explicit Route Objects (ERO)
  • 7. Deploying RSVP
  • 8. Exploring Bandwidth Reservation and EROs
  • 9. Validating RSVP
  • 10. Other Powerful RSVP Mechanisms
  • 11. Summarizing Label Signaling Paths

  • 11. MPLS Design and Deploy Constrained Shortest Path First (CSPF)
  • 1. Introducing CSPF
  • 2. The Dynamic Traffic Engineering Solution
  • 3. Exploring TED Closer
  • 4. How CSPF Works (Deploying CSPF)
  • 5. Tie-Breaking Rules Explored and Configured
  • 6. Administrative Groups (Link Colors)
  • 7. Configuring Administrative Group Constraints
  • 8. Bidirectional LSPs
  • 9. Measuring Bidirectional LSP Performance
  • 10. Summarizing CSPF

  • 12. Configure Basic BGP on Junos
  • 1. Introducing BGP
  • 2. Why BGP Exists
  • 3. Configuring Basic BGP Adjacencies (Multi-Vendor)
  • 4. Group Types (aka, eBGP vs iBGP)
  • 5. Advertising Prefixes
  • 6. Next-Hop Self
  • 7. Where MPLS Fits In
  • 8. A Note About iBGP Scaling Problems
  • 9. Summarizing BGP Configurations

  • 13. Understand the BGP Best Path Selection Algorithm
  • 1. First Things First...
  • 2. Local Preference
  • 3. Accumulated Interior Gateway Protocol (AIGP)
  • 4. AS-PATH (Like a Hop Count)
  • 5. Origin Code
  • 6. Multi-Exit Discriminator (MED)
  • 7. eBGP vs iBGP
  • 8. Lowest IGP Metric (Closest Exit)
  • 9. Oldest Path
  • 10. Router ID
  • 11. Cluster List
  • 12. IP Address
  • 13. Summarizing BGP Best Path Selection

  • 14. Describe Segment Routing Operations
  • 1. Intro
  • 2. Whats The Problem
  • 3. Defining Basic SR Concepts
  • 4. Classifying Segment Types
  • 5. Describing Segment Routing over MPLS
  • 6. Describing Segment Routing over IPv6 (SRv6)
  • 7. Exploring SR IGP Extensions
  • 8. Exploring SR BGP Extensions

  • 15. Implement Segment Routing over MPLS on Junos
  • 1. Introduction
  • 2. Topology Overview and Preparation
  • 3. Configuring SR Extensions in OSPF
  • 4. Configuring SR Extensions in IS-IS
  • 5. Exploring SR Traffic Engineering
  • 6. Node Traffic Engineering
  • 7. Link Traffic Engineering
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  • 16. Explore and Configure Junos Tunneling Technologies
  • 1. Introducing VPNs
  • 2. The Point of Tunnels
  • 3. Enable Tunneling on MX Routers
  • 4. Configure an IP-IP Tunnel
  • 5. The GRE Protocol Explored
  • 6. Configure GRE Tunnels
  • 7. Enable an IGP Over GRE
  • 8. Tunnel IPv6 Over IPv4 Using GRE
  • 9. Tunnel Frames Over GRE
  • 10. Tunnel MPLS Over GRE
  • 11. Summarizing Tunnels

  • 17. Understand Junos Chassis High Availability Techniques
  • 1. Introducing Junos Resiliency
  • 2. VRRP Fundamentals
  • 3. Configuring VRRP
  • 4. Graceful Restart
  • 5. Graceful Routing Engine Switchover (GRES)
  • 6. Nonstop Active Routing (NSR)
  • 7. In-Service Software Upgrade
  • 8. Virtual Chassis
  • 9. Summarizing Junos Resiliency

  • 18. Configure IPv6 Services on Junos
  • 1. Introducing IPv6
  • 2. IPv6 Address Formats
  • 3. Common IPv6 Address Families
  • 4. Stateless and Stateful Addressing
  • 5. Configuring IPv6 Addresses on Junos Interfaces
  • 6. Configuring IS-IS for IPv6
  • 7. Configuring OSPFv3
  • 8. Configuring BGP with IPv6
  • 9. Summarizing IPv6
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    شناسه: 19984
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    مدت زمان: 1204 دقیقه
    تاریخ انتشار: ۱۵ مهر ۱۴۰۲
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