ICND2-Simulator : Interconnecting Cisco Networking Devices Part 2
Interconnecting Cisco Networking Devices Part 2
Includes:
115+ Labs
Gain hands-on expertise in Cisco ICND2-200-105 exam by Interconnecting Cisco Networking Devices Part 2 performance-based labs. Performance-based labs are versatile - labs simulate real-world, hardware, software & command line interface environments and can be mapped to any text-book, course & training. Interconnecting Cisco Networking Devices Part 2 performance-based labs cover all the objectives of Cisco ICND2-200-105 exam. This exam is a globally recognized, foundation-level credential designed for IT professionals, IT network practitioners to validate the expertise and technical knowledge required for WAN Technologies; LAN Switching Technologies; Routing Technologies; Infrastructure Services; and Infrastructure Maintenance.
Here's what you will get
Cisco ICND2-200-105 is a globally recognized, foundation-level credential designed for IT professionals, IT network practitioners to validate the expertise and technical knowledge required for LAN Switching Fundamentals; Infrastructure Maintenance; Infrastructure Services; Network Fundamentals; and Routing Fundamentals.
Performance based lab
115+
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Exam FAQs
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| What is the format of the exam? | Performance-based, multiple choice, drag-and-drop, router simulation, |
| How many questions are asked in the exam? | The exam contains 45-55 questions. |
| What is the duration of the exam? | 90 minutes |
| Which certification covers this exam? | |
| What are the career opportunities after passing this exam? |
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Here's what you will learn
Hands on Activities (Labs)
- Configuring an EtherChannel
- Finding out the root, designated, and blocking ports for a vlan
- Determining the bridge states within a switched network I
- Determining the bridge states within a switched network II
- Troubleshooting STP
- Configuring PortFast
- Configuring a switch to have a better priority
- Setting the interface STP cost
- Viewing the list of root switches
- Determining the root bridge
- Determine the address of the current root bridge
- Analyzing paths
- Troubleshooting VLAN
- Finding out the frame's destination MAC address
- Discovering IP addresses and interfaces
- Performing an extended traceroute
- Performing an extended ping
- Troubleshooting IPv4 addressing
- Selecting IP VLSM route I
- Selecting IP VLSM route II
- Interpreting the show ip route output
- Testing the reverse route
- Configuring GLBP I
- Configuring GLBP II
- Configuring GLBP III
- Configuring HSRP
- Configuring HSRP on an interface
- Configuring the HSRP preemption
- Configuring the HSRP version to 2
- Configuring HSRP tracking
- Configuring OSPF over a wide-area Frame Relay network
- Manipulating OSPF metric using point-to-point subinterfaces
- Configuring router ID
- Configuring the OSPF cost
- Configuring the OSPF bandwidth
- Configuring the OSPF reference bandwidth
- Configuring bandwidth of a route
- Configuring delay
- Configuring EIGRP I
- Configuring EIGRP II
- Configuring auto-summary
- Disabling auto-summary
- Setting hello-interval
- Configuring the IP addresses and EIGRP
- Setting maximum number of paths
- Configuring variance
- Enabling EIGRP on all router interfaces
- Expanding a network
- Troubleshooting path
- Troubleshooting OSPF multi-area routing
- Troubleshooting eigrp routing
- Analyzing a Layer 3 problem
- Testing the forward route
- Troubleshooting the forward route issue
- Troubleshooting VLAN
- Configuring PPP CHAP authentication on the serial interface
- Configuring serial link
- Configuring the clock rate
- Configuring encapsulation PPP
- Configuring the clock rate and bandwidth
- Configuring the bandwidth and description
- Configuring OSPF in a point-to-multipoint topology
- Configuring OSPF in a point-to-point topology
- Configuring frame relay using point-to-point subinterfaces
- Configuring Frame Relay without the use of Inverse ARP
- Verifying frame relay configuration
- Configuring frame relay I
- Configuring frame relay II
- Configuring frame relay III
- Configuring EIGRP in a Frame Relay network
- Configuring OSPF in a Frame Relay network
- Configuring a multipoint subinterface for a frame relay network
- Determining DLCI
- Configuring OSPFv3
- Configuring IPv6 routing I
- Configuring IPv6 routing II
- Configuring OSPFv3 neighbors I
- Configuring OSPFv3 neighbors II
- Configuring IPv6 frame relay I
- Configuring IPv6 frame relay II
- Configuring OSPFv3 route in a frame relay network
- Configuring OSPFv3 router ID
- Configuring OSPFv3 interface cost
- Configuring the OSPFv3 serial interface bandwidth
- Pinging devices using IPv6 hostnames
- Troubleshooting IPv6 addressing
- Generating log messages
- Troubleshooting OSPFv3
- Configuring EIGRP for IPv6 I
- Configuring EIGRP for IPv6 II
- Configuring EIGRP for IPv6 III
- Configuring EIGRP for IPv6 Frame Relay
- Troubleshooting IPv6
- Configuring EIGRP for IPv6 neighbors I
- Configuring EIGRP for IPv6 neighbors II
- Configuring SNMP communities
- Configuring an SNMP host
- Configuring an SNMP contact
- Configuring an SNMP location
- Configuring an SNMP chassis ID
- Enabling the sending of the SNMP traps Linkup and LinkDown
- Using internal buffer to log system messages
- Disabling logging
- Altering the size of the internal buffer
- Configuring the device to use an external syslog server
- Recovering the password
- Booting a new router IOS
- Setting the Configuration Register
- Viewing terminal history
- Configuring NetFlow
- Installing IOS license
- Removing IOS license
- Verifying IOS license
- Disabling keepalives
- Inactivating DLCI
