Title: Sample 300-620 Exam & Dumps 300-620 Collection [Print This Page] Author: joemill262 Time: 3 day before Title: Sample 300-620 Exam & Dumps 300-620 Collection P.S. Free & New 300-620 dumps are available on Google Drive shared by DumpStillValid: https://drive.google.com/open?id=1L7mFEEDBHv7qMjrpaIQtazyRHvFu_w_r
The Implementing Cisco Application Centric Infrastructure exam questions are very similar to actual Implementing Cisco Application Centric Infrastructure 300-620 Exam Questions. So it creates a real 300-620 exam scenario for trustworthy users. As it is a Browser-Based Implementing Cisco Application Centric Infrastructure 300-620 practice exam so there is no need for any installation. The Web-Based Implementing Cisco Application Centric Infrastructure practice exam is supported by all major browsers like Chrome, IE, Firefox, Opera, and Safari. Furthermore, no special plugins are required to start your journey toward a bright career. Extra Preparation MaterialsOne must never ignore the worth of self-study when it comes to the Cisco 300-620 Exam. Amazon has some valuable options for this aspect of preparation. These are the two best materials to try:
300-620 DCACI Official Cert Guide. It is prepared by Ammar Ahmadi and explains the tested topics extensively. The Kindle edition of this book is available at Amazon. With the help of chapter-opening quizzes and various tasks, this resource will make you ready in no time.
How I Passed Implementing Cisco Application Centric Infrastructure Exam [Kindle Edition ¨C by Rocismo Liolentz Publications]. The successful methodologies and concepts included in the book are definitely helpful. Apart from the topics, you¡¯ll know more about useful tips to apply when taking the exam to boost your chances to pass it.
Your Investment with DumpStillValid 300-620 Implementing Cisco Application Centric Infrastructure Practice Test is SecuredIf you don't have enough time to study for your certification exam, DumpStillValid provides Implementing Cisco Application Centric Infrastructure 300-620 PDF Questions. You may quickly download Implementing Cisco Application Centric Infrastructure 300-620 exam questions in PDF format on your smartphone, tablet, or desktop. You can Print Cisco pdf questions and answers on paper and make them portable so you can study on your own time and carry them wherever you go.
The 300-620 Exam covers a range of topics, including ACI architecture, fabric infrastructure, policies, automation, and troubleshooting. Candidates are expected to have a deep understanding of these concepts and be able to apply them in real-world scenarios. 300-620 exam consists of multiple-choice questions and simulation exercises that require candidates to demonstrate their proficiency in using ACI tools and techniques. For more info about Implementing Cisco Application Centric Infrastructure (300-620 DCACI)Implementing Cisco Application Centric Infrastructure (300-620 DCACI) Cisco Implementing Cisco Application Centric Infrastructure Sample Questions (Q11-Q16):NEW QUESTION # 11
New ESXi hosts are procured in a data center compute expansion project. An engineer must update the configuration on the Cisco APIC controllers to support the addition of the new servers to the existing VMM domain. Which action should be taken to support this change?
A. Map the leaf interface selector to the AEP that is associated with the VMM domain.
B. Create a range of internal VLANs in the associated VLAN pool.
C. Set the encapsulation mode as VXLAN.
D. Enable infrastructure VLAN in the associated AEP.
Answer: A
Explanation:
To support the addition of new ESXi hosts to the existing VMM domain, the action that should be taken is to map the leaf interface selector to the AEP that is associated with the VMM domain (Option D). This ensures that the correct policies are applied to the interfaces where the new ESXi hosts are connected.
NEW QUESTION # 12
A Cisco ACI fabric must detect all silent endpoints for the Layer 3 bridge domain. Which actions accomplish this goal?
A. Enable Unicast Routing.
Disable ARP Flooding.
B. Disable Unicast Routing.
Enable L2 Unknown Unicast Hardware Proxy.
C. Disable Unicast Routing.
Enable L2 Unknown Unicast Flood.
D. Enable Unicast Routing.
Enable ARP Flooding.
Answer: A
Explanation:
A silent host in Cisco ACI is an endpoint that does not actively send traffic (like ARP requests) but still needs to be detected by the fabric. Cisco ACI can detect silent endpoints using data plane learning when routing is enabled.
- Enable Unicast Routing:
This allows ACI to learn endpoints through Layer 3 mechanisms such as ARP Gleaning and routing lookups.
If Unicast Routing is enabled, the fabric can track and detect silent hosts based on ARP requests and replies.
- Disable ARP Flooding:
Disabling ARP flooding ensures that ARP requests are handled in a more controlled way using the ARP Gleaning mechanism rather than being flooded across the fabric.
This allows ACI to learn about silent hosts without requiring them to send out ARP requests.
NEW QUESTION # 13
Refer to the exhibit.
The Cisco ACI fabric is built with L20ut to the N9K1 and N9K2 switches. The switches run the RSTP protocol. The requirement is for the Cisco ACI fabric to detect 5 from the N9K and for the fabric to be protected against loops. Which set of actions must be taken to meet the requirements?
A. Configure the N9K STP link type as a shared link. Enable MCP on the ACI leaf interfaces.
B. Configure the N9K STP link type as point-to-point link. Enable MCP on ACI globally.
C. Configure the N9K STP link type as a shared link. Enable MCP on ACI globally.
D. Configure the N9K STP link type as a point-to-point Enable MCP on the ACI leaf interfaces.
Answer: C
NEW QUESTION # 14
In the context of ACI Multi-Site, when is the information of an endpoint (MAC/IP) that belongs to site 1 advertised to site 2 using the EVPN control plane?
A. Endpoint information is exchanged across sites when the endpoints are discovered in both sites.
B. Endpoint information is not exchanged across sites unless COOP protocol is used.
C. Endpoint information is exchanged across sites as soon as the endpoint is discovered in one site.
D. Endpoint information is not exchanged across sites unless a policy is configured to allow communication across sites.
Answer: D
Explanation:
Endpoints EP1 and EP2 connect to separate Sites 1 and 2.
A COOP notification is generated inside each fabric from the leaf nodes on which EP1 and EP2 are discovered and sent to the local spine nodes.
The endpoint information is stored in the local COOP database. Spine nodes in site 1 know about locally connected endpoints, and the same is true for spine nodes in site 2.
Note that at this point no information is exchanged across sites for EP1 and EP2 EPGs, because there is no policy in place yet indicating a need for those endpoints to communicate.
An intersite policy is defined in Cisco Multi-Site Orchestrator and is then pushed and rendered in the two sites.
The creation of the intersite policy triggers Type-2 EVPN updates across sites to exchange EP1 and EP2 host route information.
NEW QUESTION # 15
A network engineer configures a Cisco ACI fabric with this configuration:
- Endpoint-1 with an IP address 10.1.0.1/24 is attached to Leaf-101.
- Endpoint-2 with an IP address 10.1.0.2/24 is attached to Leaf-102.
- Both endpoints are in EPG-A.
- The bridge domain for EPG-A is called BD-A and contains a single
subnet 10.1.0.254/24.
- Endpoint-1 cannot reach Endpoint-2.
Which action allows Endpoint-1 to communicate with Endpoint-2?
A. Set L2 Unknown Unicast to Hardware Proxy.
B. Create a contract with a preferred group.
C. Enable silent host detection.
D. Configure a contract between the endpoints.
Answer: D
Explanation:
If two endpoints in the same EPG cannot communicate despite being in the same EPG and bridge domain, the most likely cause is a policy enforcement issue. By default, endpoints in the same EPG can communicate without explicit contracts, but if security policies are preventing communication, configuring a contract between them would resolve the issue. Setting "L2 Unknown Unicast to Hardware Proxy" affects how unknown unicast traffic is handled but doesn't address policy enforcement between known endpoints. If the endpoints are in different EPGs, a contract is definitely required for communication.
