Win IT Exam with Last Dumps 2025

Refer to the exhibit. Where must an architect plan for route summarization for the topology?

A. from the core toward the aggregation and the access toward the aggregation B. from the core toward the aggregation and the aggregation toward the core C. from the aggregation toward the access and the access toward the aggregation D. from the aggregation toward the core and the aggregation toward the access

Refer to the exhibit. The connection between SW2 and SW3 is fiber and occasionally experiences unidirectional link failure. An architect must optimize the network to reduce the change of Layer 2 forwarding loops when the link fails. Which solution should the architect include?

A. Utilize BPDU filter on SW3. B. Utilize root guard on SW1. C. Utilize BPDU guard on SW1. D. Utilize loop guard on SW2.

Refer to the exhibit. The full EIGRP routing table is advertised throughout the network. Currently, users experience data loss when any one link in the network fails. An architect must optimize the network to reduce the impact when a link fails. Which solution should the architect include in the design?

A. Run BFD on the inter links between EIGRP neighbors. B. Summarize the access layer networks from each access layer switch toward the aggregation layer. C. Reduce the default EIGRP hello interval and hold time. D. Summarize the access layer networks from the aggregation layer toward the core layer.

What is the purpose of a control plane node in a Cisco SD-Access network fabric?

A. to maintain the endpoint database and mapping between endpoints and edge nodes B. to detect endpoints in the fabric and inform the host tracking database of EID-to-fabric-edge node bindings C. to identify and authenticate endpoints within the network fabric D. to act as the network gateway between the network fabric and outside networks

Refer to the exhibit. An architect reviews the low-level design of a company's enterprise network and advises optimizing the STP convergence time. Which functionality must be applied to Gi1/0/1-10 to follow the architect's recommendation?

A. UplinkFast B. root guard C. BPDU guard D. PortFast

An engineer must design a large Layer 2 domain that contains hundreds of switches and VLANs. The engineer's primary goals are to: -Efficiently utilize the bandwidth of all links -Avoid Layer 2 loops -Cause minimal impact on switch CPU and memory Which technology should the engineer include in the design?

A. MST Most Voted B. Rapid PVST+ C. RSTP D. PVST+

Refer to the exhibit. An engineer must design an automatic failover solution. The solution should allow HSRP to detect a WAN 1 failure and initiate an automatic failover, making router R2 the active HSRP router. Which two solutions should the engineer choose? (Choose two.)

A. implement IP SLA on router R1 B. implement PBR on router R1 C. implement Enhanced Object Tracking on router R1 D. use IP source routing E. use a floating static route

Which topology within a network underlay eliminates the need for first hop redundancy protocols while improving fault tolerance, increasing resiliency, and simplifying the network?

A. virtualized topology B. routed access topology C. Layer 2 topology D. logical fabric topology

Refer to the exhibit.A customer is running HSRP on the core routers. Over time the company has grown and requires more network capacity. In the current environment, some of the downstream interfaces are almost fully utilized, but others are not. Which solution improves the situation?

A. Make router R2 active for half of the VLANs. B. Add more interfaces to R1 and R2. C. Configure port channel toward downstream switches. D. Enable RSTP on the downstream switches.

An architect must develop a campus network solution that includes: -logically segmented and isolated networks -ability to communicate between network segments when required -support for overlapping IP addresses -widely available technologies to avoid purchasing specialized equipmentWhich solution must the architect select?

A. VSS with IGP B. 802.1Q with HSRP C. vPC with HSRP D. VRF-Lite with OSPF