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LAB MANUAL FOR JNCIA Version 1.0 CONTENTS: 1. About Juniper Routers 2. Classifi

LAB MANUAL FOR JNCIA Version 1.0 CONTENTS: 1. About Juniper Routers 2. Classification of Juniper Routers 2.1. Difference between J, M, T, E and MX series of juniper routers 3. Juniper Router Architecture 3.1. Routing Engine 3.2. Packet Forwarding Engine 3.2.1. Switching Control Board 3.2.2. FPC 3.2.3. PIC 3.3. Routing Engine Hardware Components 3.4. Router Boot Methods 4. J-Series Router Overview 4.1. J2320 Router Front Panel and its components 4.2. Rear Panel of J2320 router 4.3. J-Series Router Configuration 4.4. PIM Modules for J-Series 4.5. PIM and VOIP Module Overview 4.5.1. Gigabit Ethernet uPIMs 4.5.2. Dual-Port Serial PIM 4.5.3. Dual-Port T1 or E1 PIM 4.6. Brief Overview of J2320, J2350, J4350, J6350 Routers 5. M-Series Router Overview 5.1. M7i Front Panel and its Components 5.2. M7i Rear Panel 5.3. Brief Overview of M7i, M10i, M40e, M120 and M320 Routers 6. JUNOS Command Line Interface Version 1.0 Copyright © 2002 – 2017 CertExams.com 1 7. Router Interfaces 7.1. Permanent Interfaces 7.2. Transient Interfaces 8. Interface Representation 8.1. On J-Series Routers 8.2. On M-Series and T-Series Routers 8.3. On MX-Series Routers 9. Routing Fundamental Labs 9.1. Lab Exercise 1 : Entering configuration mode on a router and exit 9.2. Lab Exercise 2 : Setting host name 9.3. Lab Exercise 3 : Setting routers domain name 9.4. Lab Exercise 4 : Configure the root password (Encrypted Password) 9.5. Lab Exercise 5 : Configure a DNS name server 9.6. Lab Exercise 6 : Configure a backup router 9.7. Lab Exercise 7 : Router interface address configuration 9.8. Lab Exercise 8 : Shut down an interface 9.9. Lab Exercise 9 : Set interface description 9.10. Lab Exercise 10 : Configuring encapsulation on a physical interface 9.11. Lab Exercise 11 : Configuring keepalives 9.12. Lab Exercise 12 : Set keepalive timers 9.13. Lab Exercise 13 : Configuring management ethernet interface (fxp0) 9.14. Lab Exercise 14 : Setting bandwidth on an interface 9.15. Lab Exercise 15 : Setting the hold-time value on a physical interface 9.16. Lab Exercise 16 : Setting the DTE clock rate 9.17. Lab Exercise 17 : Basic gigabit ethernet configuration on a J-series router 9.18. Lab Exercise 18 : Configuring speed on sonet interface 9.19. Lab Exercise 19 : Show chassis commands on J and M series routers 9.20. Objective Test 1 10. Static Routing Labs 10.1. Lab Exercise 1 : Configuring static routes 10.2. Lab Exercise 2 : Ping Test 10.3. Lab Exercise 3 : Telnet 10.4. Lab Exercise 4 : Traceroute 10.5 Lab Exercise 5 : Connectivity check between Router and workstations 10.6 Lab Exercise 6 : Pinging between two workstations 10.7 Lab Exercise 7 : Pinging between two workstations on different subnet 10.8 Lab Exercise 8 : Tracing route from workstation to router 10.9. Objective Test 2 11. Policies Configuration Labs 11.1. Lab Exercise 1 : Routing policy lab 1 11.2. Lab Exercise 2 : Routing policy lab 2 Version 1.0 Copyright © 2002 – 2017 CertExams.com 2 11.3. Objective Test 3 12. RIP Configuration Labs 12.1. Lab Exercise 1 : RIP configuration 12.2. Objective Test 4 13. Dynamic Routing Labs 13.1. Lab Exercise 1 : Ping test by configuring RIP 13.2. Lab Exercise 2 : Ping test by configuring OSPF with multiple areas 14. Show Commands Labs 14.1. Lab Exercise 1 : Show commands lab 15. OSPF Labs 15.1. Lab Exercise 1 : OSPF configuration 15.2. Lab Exercise 2 : OSPF configuration and verification 15.3. Objective Test 5 16. BGP Labs 16.1 Lab Exercise : BGP configuration 17. MPLS Labs 17.1 Lab Exercise 1 : Enabling MPLS family on the interface 17.2 Lab Exercise 2 : Enabling MPLS protocol on the interface 17.3 Lab Exercise 3 : Enabling LDP protocol on the interface 17.4 Lab Exercise 4 : MPLS show commands 17.5 Lab Exercise 5 : MPLS ping and traceroute 17.6 Lab Exercise 6 : Configuring MPLS using OSPF 17.7 Objective test 6 18. IPV6 Labs 18.1 Lab Exercise 1 : Configuring IPv6 address on an interface in EUI-format 18.2 Lab Exercise 2 : Configuring IPv6 address on an interface in general form 18.3 Lab Exercise 3 : Ipv6 show commands 18.4 Lab Exercise 4 : Configuring IPV6 static routes 18.5 Lab Exercise 5 : Ping Test using IPV6 18.6 Lab Exercise 6 : Traceroute on IPV6 19. Firewall Filter (ACL) Labs 19.1 Lab Exercise 1 : Creating a Firewall filter 19.2 Lab Exercise 2 : Applying firewall filter to an interface Version 1.0 Copyright © 2002 – 2017 CertExams.com 3 19.3 Lab Exercise 3 : View Firewall filter entries 19.4 Lab Exercise 4 : Configuring and Verifying firewall filter Lab Scenario-1 19.5 Lab Exercise 5 : Configuring and Verifying firewall filter Lab Scenario-2 20. Network Address Translation Labs 20.1 Lab Exercise 1 : Configuring Source NAT using Egress interface Address 20.2 Lab Exercise 2 : Configuring Source NAT Translation pool 20.3 Lab Exercise 3 : Configuring Destination NAT pools 20.4 Lab Exercise 4 : Creating Destination NAT rule set 20.5 Lab Exercise 5 : Configuring Static NAT for single address translation 20.6 Lab Exercise 6 : Configuring Source NAT using multiple rules Lab Scenario-1 20.7 Lab Exercise 7 : Configuring Source NAT using multiple rules Lab Scenario-2 20.8 Lab Exercise 8 : Configuring Destination NAT using multiple rules 21. Exercises on DHCP 21.1 Lab Exercise 1 : Configuring juniper router as a DHCP Server 21.2 Lab Exercise 2 : DHCP client configuration 21.3 Lab Exercise 3 : Configuring two DHCP clients and DHCP verification commands 21.4 Lab Exercise 4 : Assigning ip address to PC(computer) from DHCP server 22 Juniper Switch Models 23. EX Series Switches Overview 23.1. EX2200 Switch 23.1.1. EX2200 Front Panel 23.1.2. Chassis LEDs 23.1.3. EX2200 Rear Panel 23.2. EX2500 Switch 23.3. EX3200 Switch 23.4. EX4200 Switch 23.5. EX4500 Switch 23.6. EX8200 Switch 24. QFX Series Switch - QFX3500 Switch Overview 25. QFX Series Switch - QFX3500 Switch Overview 26. Basic Switch Labs 26.1. Lab Exercise 1 : Entering configuration mode on a switch and exit 26.2. Lab Exercise 2 : Setting Hostname 26.3. Lab Exercise 3 : Set interface description 26.4. Lab Exercise 4 : Shutdown an interface 26.5. Lab Exercise 5 : Basic CLI commands Version 1.0 Copyright © 2002 – 2017 CertExams.com 4 26.6. Lab Exercise 6 : Configure bandwidth on an interface 26.7. Lab Exercise 7 : Configuring ether-options on the gigabit ethernet switch interface 26.8. Lab Exercise 8 : Configuring the management IP address on EX series switch 27. Lab Exercises on VLAN 27.1. Lab Exercise 1 : Define VLANs 27.2. Lab Exercise 2 : Configure a port for membership in that VLAN 27.3. Lab Exercise 3 : Configuring an interface as a trunk port 27.4. Lab Exercise 4 : Configuring VLANs on EX series switch 27.5. Lab Exercise 5 : Configuring Routed VLAN interface (Inter-VLAN routing) on a switch 27.6. Creating DHCP pool on EX series switches 27.7. Configure DHCP Server for multiple vlans in EX series switches 27.8. Vlan Scenario 27.9. Troubleshooting Lab with trunk functionality 27.10. Routing between vlans and ping test 27.11. Objective Test 7 28. Lab Exercises on Spanning tree protocol and VSTP 28.1. Lab Exercise 1 : Configuring STP Timers 28.2. Lab Exercise 2 : Setting bridge priority on switch 28.3. Lab Exercise 3 : Configuring port priority 28.4. Lab Exercise 4 : Verifying STP 28.5. Lab Exercise 5 : Enabling VSTP on all VLANs 28.6. Lab Exercise 6 : Enabling VSTP on a VLAN using a single VLAN-ID / VLAN- Name 28.7. Objective Test 8 29. Lab Exercises on PoE 29.1. Lab Exercise 1 : Configuring guard-band and maximum power on PoE enabled interface 29.2. Lab Exercise 2 : Configuring power management mode on PoE enabled interface 29.3. Lab Exercise 3 : Disabling a PoE interface 29.4. Lab Exercise 4 : Setting power priority on all PoE enabled interfaces 30. Final Exam 30.1. Objective Test Final Exam 31. Appendix 31.1. Answer keys for objective test 1 31.2. Answer keys for objective test 2 31.3. Answer keys for objective test 3 Version 1.0 Copyright © 2002 – 2017 CertExams.com 5 31.4. Answer keys for objective test 4 31.5. Answer keys for objective test 5 31.6. Answer keys for objective test 6 31.7. Answer keys for objective test 7 31.8. Answer keys for objective test 8 31.9. Answer keys for objective test final exam 1. About Juniper Routers Main products offered by Juniper include T-Series, M-Series, E-Series, MX-Series, J-Series routers, EX-Series Ethernet switches and SRX-Series Security products. JUNOS is the operating system that runs on most of the juniper's networking equipment. 2. Classification of Juniper Routers: The routers are classified in to M-series, J-series, T-series, E-series, and MX-series based on the functionality. Some frequently used models are given below: M-Series: M7i, M10i, M40e, M120, M320 J-Series: J2320, J2350, J4350, J6350 T-Series: T320, T640, T1600, TX Matrix, TX Matrix Plus E-Series: E120, E320, ERX310, ERX705, ERX710, ERX1410, ERX1440 MX-Series: MX80, MX240, MX480, MX960 2.1 Differences between different series of juniper routers are 1. Juniper J-Series routers are a series of enterprise routers called as modular routers uploads/Ingenierie_Lourd/ juniper-lab-guide.pdf