CCNP
CCNP SWITCH v6: Implementing IP Switching chapter 3 exam
Sep 10th
01. One switch in a Layer 2 switched spanning-tree domain is converted to PVRST+ using the spanning-tree mode rapid-pvst global configuration mode command. The remaining switches are running PVST+. What is the effect on the spanning-tree operation?
- Spanning tree is effectively disabled in the network.
- The PVRST+ switch forwards 802.1D BPDUs, but does not participate as a node in any spanning tree.
- All switches default to one 802.1D spanning tree for all VLANs.
- The PVSRT+ reverts to PVST+ to interoperate with the PVST+ switches. (more…)
CCNP SWITCH v6: Implementing IP Switching chapter 2 exam
May 22nd
01.Refer to the exhibit. Which option correctly describes the function of a switch that is configured in VTP transparent mode?
- option 1
- option 2
- option 3
- option 4
- option 5
02.Refer to the exhibit. How should SW2 be configured in order to participate in the same VTP domain and populate the VLAN information across the domain?
- Switch SW2 should be configured as a VTP client.
- Switch SW2 should be configured for VTP version 1.
- Switch SW2 should be configured with no VTP domain password.
- Switch SW2 should be configured as a VTP server with a higher revision number. (more…)
CCNP SWITCH v6: Implementing IP Switching chapter 1 exam
May 10th
01. What two traffic types must be included when calculating the bandwidth requirements to support a voice stream in an IP telephony network? (Choose two.)
- voice queues
- voice carrier stream
- voice services traffic
- call control signaling
- routing updates
02. What are three properties of peer-to-peer applications? (Choose three.)
- require dedicated bandwidth allocation
- can be used in video conference applications
- may require real-time interaction between peer devices
- can be used to fulfill the requirements for IP phone calls
- may require a direct physical connection between devices
- require centralized authentication (more…)
CCNP ROUTE v6: Implementing IP Routing chapter 2 exam
May 8th
1. Refer to the exhibit. A network administrator has configured R1 and R2 for EIGRP authentication with multiple keys and activation times. After functioning normally for a month, R1 and R2 are now no longer forming an EIGRP adjacency. Which configuration change to the key lifetimes will correct the EIGRP adjacency problem?
- Change the key 1 accept life to an end time of Feb 1 on both routers.
- Change key 2 send lifetime to a start time of Jan 1 on both routers.
- Change the key 1 send lifetime to an end time of Feb 1 on both routers.
- Change the key 2 accept lifetime to a start time of infinite on both routers.
2. Which event must take place to transition an EIGRP route that is in the active state back to the passive state?
- expiration of the RTO timer
- an update packet that is received from every EIGRP neighbor
- an acknowledgment that is received from every EIGRP neighbor
- a reply that is received from each neighbor for every generated query
- a feasible successor route that is moved from the topology table to the routing table (more…)
CCNP ROUTE v6: Implementing IP Routing chapter 1 exam
May 3rd
01. Which route description best defines a floating static route?
- a route with a metric equal to the metric of a corresponding dynamic route
- a route with a metric less than the metric of a corresponding dynamic route
- a route with a metric greater than the metric of a corresponding dynamic route
- a route with an administrative distance less than the administrative distance of a corresponding dynamic route
- a route with an administrative distance greater than the administrative distance of a corresponding dynamic route
02. The OSPF routing protocol is enabled on a network. The administrator would like to enable a floating static route to be used as a backup. Which is the correct setting for the administrative distance of the floating static route?
- 0
- 1
- 50
- 100
- 120 (more…)






