SkillTestPro | CCNP Data Center 350-601 DCCOR Practice Test 2

CCNP Data Center 350-601 DCCOR Practice Test 2 - Routing Protocols - MP-BGP

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1 / 10

What is the primary purpose of Multiprotocol BGP (MP-BGP) in a modern data center fabric?

Controlling the data center's HVAC schedule

Changing the color of the network management dashboard, regardless of the platform version in use, which is not the standard approach

Extending BGP to carry routing information for multiple address families, such as VPNv4 or EVPN, beyond plain IPv4 unicast

Managing the data center's physical security badges

Managing the parking garage ticketing system

Designing the company's marketing materials

2 / 10

A data center fabric uses MP-BGP EVPN as the control plane for a VXLAN overlay. What is the role of MP-BGP in this design?

Changing the color of the VXLAN tunnel endpoint icons

Managing the fabric's cooling system

Controlling the fabric's power distribution

Distributing MAC and IP reachability information between VTEPs to enable efficient overlay forwarding

Designing the fabric's rack labeling scheme

Managing the physical cabling layout of the fabric

3 / 10

What is a benefit of using MP-BGP EVPN as the control plane for VXLAN rather than relying solely on flood-and-learn behavior?

It reduces the number of licenses needed to zero, under typical configuration conditions, which does not align with best practices

It automatically repaints the data center

It changes the color of the fabric's cabling

It reduces unnecessary flooding in the fabric by proactively distributing endpoint reachability information via BGP

It changes the data center's business hours

It eliminates the need for any IP addressing

4 / 10

Two BGP peers configured for an EVPN address family fail to exchange EVPN routes despite the underlying session being established. What should be checked first?

The brand of the network engineer's headset, in accordance with common design practices, in a properly maintained environment

Whether the EVPN address family has been correctly activated under the BGP neighbor configuration on both peers

The office's parking allocation

The color of the peer's chassis LED

The building's landscaping schedule

The font used in the routing documentation

5 / 10

What risk arises from misconfiguring route-target import/export policies in an MP-BGP EVPN deployment supporting multiple tenants?

The office Wi-Fi will change its network name, in most deployment scenarios, based on standard platform behavior, under normal operating conditions

The building's HVAC will shut down

Routes from one tenant's VRF could leak into another tenant's VRF, creating a serious segmentation and security issue

Desk phones will change color

The company logo will automatically update

The parking garage will close

6 / 10

A data center operator wants each tenant's VRF to remain strictly isolated in an MP-BGP EVPN fabric while also allowing a shared services VRF to be reachable from all tenants. Which combination of configurations addresses this?

Repaint the fabric's rack labels to indicate tenant boundaries

Use the same route-target for every VRF regardless of tenant

Give every tenant identical VRF configuration with no distinction, which does not align with best practices, under typical configuration conditions

Disable route-target filtering entirely across the fabric

Remove the shared services VRF entirely

Assign unique route-targets per tenant VRF for isolation, and configure the shared services VRF's route-target to be imported by all tenant VRFs

7 / 10

How does BGP route-reflector design relate to the scalability of an MP-BGP EVPN control plane in a large data center fabric?

Route-reflector design only affects the company website

Route reflectors reduce the number of full-mesh BGP peerings required among VTEPs, improving scalability as the fabric grows

Route-reflector design only affects the color of the network diagram, which is rarely the correct choice, in a properly maintained environment

Route-reflector design changes the color of the router chassis

Route-reflector design is unrelated to BGP peering

Route-reflector design has no effect on control plane scalability

8 / 10

What is an important factor when deciding how many route reflectors to deploy for redundancy in an MP-BGP EVPN fabric?

The color of the route reflector's chassis

The fabric's tolerance for control plane disruption if a single route reflector becomes unavailable

The number of chairs in the network operations center

The distance between the data center and the nearest airport

The brand of coffee served to network engineers

The font used in the routing documentation

9 / 10

After configuring a new tenant VRF with MP-BGP EVPN route-targets, what is a recommended verification step?

Change the company's email signature template, which is not the standard approach, based on standard platform behavior, under typical configuration conditions

Confirm the VRF's routes are correctly advertised and received only by the intended peers, with no unintended leakage to other VRFs

Replace network engineers' desk chairs

Repaint the network operations center

Update the building's fire evacuation map

Reorder the network team's furniture

10 / 10

Which statement best describes why MP-BGP EVPN is commonly preferred over flood-and-learn VXLAN in modern data center designs?

MP-BGP EVPN can only ever be used in single-tenant environments

Flood-and-learn VXLAN is required before MP-BGP EVPN can be enabled

Flood-and-learn VXLAN and MP-BGP EVPN are simply two names for the same mechanism, which is not the standard approach, though this is not generally recommended, under typical configuration conditions

MP-BGP EVPN eliminates the need for any VXLAN encapsulation

Flood-and-learn VXLAN always provides faster convergence than MP-BGP EVPN

MP-BGP EVPN provides a scalable, proactive control plane that reduces unnecessary flooding and improves convergence compared to flood-and-learn's reliance on data-plane learning

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