Introduction to Juniper Data Center Networking

Introduction to Juniper Data Center NetworkingIJDCJPJuniper NetworksJP-IJDC1.0<ul> <li>Identify and describe how to configure a typical data center layout, including spine and leaf placements</li><li>Describe an IP fabric architecture</li><li>Explain and configure basic Ethernet switching</li><li>Explain and configure virtual networks (VLANs)</li><li>Describe layer 2 security</li><li>Implement link aggregation</li><li>Describe and implement protocol independent routing and routing instances with Junos OS</li><li>Configure load balancing within Junos OS</li><li>Implement FBF using Junos OS</li><li>Describe and deploy OSPF</li><li>Describe and deploy BGP</li><li>Implement graceful restart and BFD using Junos OS</li></ul>The following are the prerequisites for this course: <ul> <li>Knowledge of basic TCP/IP networking</li><li>Understanding basic layer 2</li><li>Familiarity with Data Center technologies</li><li>Completion of the Introduction to the Junos Operating System (IJOS) course or equivalent Junos OS configuration experience</li></ul>This course benefits individuals responsible for configuring and managing network equipment in data centers.Day 1 Chapter 1: Course Introduction Chapter 2: Traditional Data Center Architectures <ul> <li>Explain traditional multitier architecture, its benefits, and challenges</li><li>Describe a traditional data center-based scenario</li></ul> Chapter 3: Juniper’s Modern Data Center Architectures <ul> <li>Describe an IP fabric environment</li><li>Explain routing in an IP fabric environment</li><li>Explain using Juniper Apstra as a turnkey solution</li></ul> Chapter 4: Ethernet Switching Overview <ul> <li>Explain the basics of Ethernet switching</li><li>Provide an overview of enterprise switching platforms</li></ul>Chapter 5: Configuring Ethernet Switching <ul> <li>Manage and interpret the Ethernet switching table</li><li>Lab 1: Implementing Ethernet Switching</li></ul> Chapter 6: Virtual Networks Overview <ul> <li>Describe access and trunk port modes</li><li>Describe alternate VLAN and data VLAN concepts</li><li>Explain native VLAN routing operations</li></ul> Chapter 7: Configuring Virtual Networks <ul> <li>Configure and monitor VLANs</li><li>Configure and monitor inter-VLAN routing</li><li>Lab 2: Implementing Virtual Networks</li></ul> Day 2 Chapter 8: Port Security <ul> <li>Identify MAC limiting</li><li>Review the basics of persistent MAC learning</li><li>Implement MACsec (QFX-centric)</li><li>Review storm control operational parameters</li><li>Lab 3: Implement Port Security</li></ul> Chapter 9: Link Aggregation <ul> <li>Describe and implement link aggregation</li><li>Identify link aggregation groups</li><li>Review graceful Routing Engine switchover</li><li>Explain nonstop active routing</li><li>Review nonstop bridging</li><li>Lab 4: Configuring and Monitoring Link Aggregation</li></ul> Chapter 10: Protocol-Independent Routing <ul> <li>Describe and configure static routes</li><li>Explain and configure aggregate routes</li><li>Explain and configure generated routes</li></ul> Chapter 11: Routing Instances <ul> <li>Describe routing instances</li><li>Configure and share routes between routing instances</li><li>Lab 5: Configuring Protocol-Independent Routing and Routing Instances</li></ul> Chapter 12: Load Balancing <ul> <li>Describe load-balancing concepts and operations</li><li>Implement and monitor Layer 3 load balancing</li></ul> Day 3 Chapter 13: Filter-Based Forwarding <ul> <li>Explain the benefits of filter-based forwarding</li><li>Configure and monitor filter-based forwarding</li><li>Lab 6: Load Balancing and FBF</li></ul> Chapter 14: Fundamentals of OSPF <ul> <li>Provide an overview of OSPF</li><li>Explain OSPF scalability</li><li>Describe adjacency formation and designated router election</li><li>Configure and monitor OSPF</li><li>Perform OSPF troubleshooting</li><li>Lab 7: Configuring OSPF (Optional)</li></ul> Chapter 15: Fundamentals of BGP <ul> <li>Describe the basics of BGP</li><li>Explain BGP attributes</li></ul> Chapter 16: Deploying BGP. <ul> <li>Compare IBGP versus EBGP</li><li>Configure and monitor BGP</li><li>Lab 8: Deploying BGP</li></ul> Chapter 17: Graceful Restart and Bidirectional Forwarding Detection <ul> <li>Configure graceful restart</li><li>Configure bidirectional forwarding detection (BFD)</li><li>Lab 9: Configuring Graceful Restart and BFD</li></ul>- Identify and describe how to configure a typical data center layout, including spine and leaf placements - Describe an IP fabric architecture - Explain and configure basic Ethernet switching - Explain and configure virtual networks (VLANs) - Describe layer 2 security - Implement link aggregation - Describe and implement protocol independent routing and routing instances with Junos OS - Configure load balancing within Junos OS - Implement FBF using Junos OS - Describe and deploy OSPF - Describe and deploy BGP - Implement graceful restart and BFD using Junos OSThe following are the prerequisites for this course: - Knowledge of basic TCP/IP networking - Understanding basic layer 2 - Familiarity with Data Center technologies - Completion of the Introduction to the Junos Operating System (IJOS) course or equivalent Junos OS configuration experienceThis course benefits individuals responsible for configuring and managing network equipment in data centers.Day 1 Chapter 1: Course Introduction Chapter 2: Traditional Data Center Architectures - Explain traditional multitier architecture, its benefits, and challenges - Describe a traditional data center-based scenario Chapter 3: Juniper’s Modern Data Center Architectures - Describe an IP fabric environment - Explain routing in an IP fabric environment - Explain using Juniper Apstra as a turnkey solution Chapter 4: Ethernet Switching Overview - Explain the basics of Ethernet switching - Provide an overview of enterprise switching platforms Chapter 5: Configuring Ethernet Switching - Manage and interpret the Ethernet switching table - Lab 1: Implementing Ethernet Switching Chapter 6: Virtual Networks Overview - Describe access and trunk port modes - Describe alternate VLAN and data VLAN concepts - Explain native VLAN routing operations Chapter 7: Configuring Virtual Networks - Configure and monitor VLANs - Configure and monitor inter-VLAN routing - Lab 2: Implementing Virtual Networks Day 2 Chapter 8: Port Security - Identify MAC limiting - Review the basics of persistent MAC learning - Implement MACsec (QFX-centric) - Review storm control operational parameters - Lab 3: Implement Port Security Chapter 9: Link Aggregation - Describe and implement link aggregation - Identify link aggregation groups - Review graceful Routing Engine switchover - Explain nonstop active routing - Review nonstop bridging - Lab 4: Configuring and Monitoring Link Aggregation Chapter 10: Protocol-Independent Routing - Describe and configure static routes - Explain and configure aggregate routes - Explain and configure generated routes Chapter 11: Routing Instances - Describe routing instances - Configure and share routes between routing instances - Lab 5: Configuring Protocol-Independent Routing and Routing Instances Chapter 12: Load Balancing - Describe load-balancing concepts and operations - Implement and monitor Layer 3 load balancing Day 3 Chapter 13: Filter-Based Forwarding - Explain the benefits of filter-based forwarding - Configure and monitor filter-based forwarding - Lab 6: Load Balancing and FBF Chapter 14: Fundamentals of OSPF - Provide an overview of OSPF - Explain OSPF scalability - Describe adjacency formation and designated router election - Configure and monitor OSPF - Perform OSPF troubleshooting - Lab 7: Configuring OSPF (Optional) Chapter 15: Fundamentals of BGP - Describe the basics of BGP - Explain BGP attributes Chapter 16: Deploying BGP. - Compare IBGP versus EBGP - Configure and monitor BGP - Lab 8: Deploying BGP Chapter 17: Graceful Restart and Bidirectional Forwarding Detection - Configure graceful restart - Configure bidirectional forwarding detection (BFD) - Lab 9: Configuring Graceful Restart and BFD3 days3000.003000.003000.003000.003000.003000.003000.003000.003000.003000.003000.00