Set up multi-tenancy with BGP-EVPN: Practice Questions — NVIDIA Spectrum Networking (NVIDIA-Certified Professional: AI Networking)

Practice Questions: Setting Up Multi-Tenancy with BGP-EVPN This set of multiple-choice questions is designed to help candidates prepare for the...

Practice Questions: Setting Up Multi-Tenancy with BGP-EVPN

This set of multiple-choice questions is designed to help candidates prepare for the NVIDIA-Certified Professional: AI Networking exam, focusing specifically on configuring multi-tenancy using BGP-EVPN within NVIDIA Spectrum Networking environments.

  1. What is the primary purpose of using BGP-EVPN in a multi-tenant NVIDIA Spectrum Networking environment?

    • A) To provide high-speed RoCE communication
    • B) To enable overlay network virtualization and tenant isolation
    • C) To configure priority flow control for traffic shaping
    • D) To monitor network telemetry data in real time

    Correct answer: B

    Explanation: BGP-EVPN is used to create overlay networks that enable multi-tenancy by isolating tenant traffic and providing flexible Layer 2 and Layer 3 connectivity.

  2. Which BGP address family is primarily used to support EVPN for multi-tenancy in NVIDIA Spectrum switches?

    • A) IPv4 Unicast
    • B) IPv6 Unicast
    • C) L2VPN EVPN
    • D) MPLS VPN

    Correct answer: C

    Explanation: The L2VPN EVPN address family is specifically designed for Ethernet VPNs, enabling multi-tenant Layer 2 overlays over IP/MPLS networks.

  3. When configuring multi-tenancy with BGP-EVPN, which of the following is essential to ensure tenant traffic segregation?

    • A) Assigning unique VLAN IDs per tenant only
    • B) Using route distinguishers (RD) and route targets (RT) per tenant
    • C) Enabling ECN on all tenant interfaces
    • D) Configuring priority flow control on uplinks

    Correct answer: B

    Explanation: Route distinguishers and route targets uniquely identify tenant routes and control import/export policies, ensuring traffic segregation in BGP-EVPN multi-tenancy.

  4. Which protocol is typically used alongside BGP-EVPN to distribute tenant MAC and IP address information in a Spectrum Networking environment?

    • A) OSPF
    • B) IS-IS
    • C) BGP
    • D) STP

    Correct answer: C

    Explanation: BGP is the control plane protocol that distributes MAC and IP information for EVPN overlays, enabling multi-tenant connectivity.

  5. What is the role of VXLAN in a BGP-EVPN multi-tenancy setup on NVIDIA Spectrum switches?

    • A) It provides physical link aggregation
    • B) It encapsulates tenant traffic to create Layer 2 overlays
    • C) It manages Quality of Service (QoS) policies
    • D) It monitors network telemetry

    Correct answer: B

    Explanation: VXLAN encapsulates tenant Layer 2 frames within UDP packets, enabling scalable overlay networks for multi-tenancy.

  6. Which NVIDIA tool can be used to simulate and validate multi-tenant BGP-EVPN configurations before deployment?

    • A) NVIDIA DOCA
    • B) NVIDIA Air
    • C) NetQ
    • D) WJH

    Correct answer: B

    Explanation: NVIDIA Air is a network simulation tool that allows testing and validation of complex configurations including multi-tenancy with BGP-EVPN.

  7. In a multi-tenant BGP-EVPN environment, what is the function of route targets (RT)?

    • A) To uniquely identify tenant MAC addresses
    • B) To control the import and export of VPN routes between tenants
    • C) To configure link aggregation groups
    • D) To enable priority flow control on tenant interfaces

    Correct answer: B

    Explanation: Route targets are extended BGP community attributes used to define which VPN routes are imported or exported, controlling tenant route distribution.

  8. Which of the following is a key benefit of using BGP-EVPN for multi-tenancy in AI networking environments?

    • A) Simplifies RoCE configuration
    • B) Provides scalable, flexible tenant segmentation with minimal hardware changes
    • C) Eliminates the need for QoS
    • D) Replaces the need for in-band telemetry

    Correct answer: B

    Explanation: BGP-EVPN enables scalable and flexible multi-tenancy overlays, allowing tenant segmentation without extensive physical network reconfiguration.

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Related topics:

#NVIDIA #AINetworking #BGP-EVPN #multi-tenancy #networking-practice

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