H19-402_V1.0 Exam Questions

In centralized gateway deployment mode, a centralized gateway is deployed on only one device to forward all intra-subnet traffic and inter-subnet traffic, implementing centralized...

In the intelligent O&M scenario of the CloudFabric solution, which of the following can be monitored by telemetry?

Which of the following configurations can be different on the two member devices in an M-LAG?

Which of the following stages are involved in the process of establishing an M-LAG?

Which of the following is not included in the three phases of data center network architecture evolution?

Which of the following statements is false about the Multi-PoD scenario in CloudFabric solution?

M-LAG implements link aggregation among multiple devices. To be specific, one device is connected to a dual-active system consisting of two devices through M-LAG, achieving device-...

Which of the following scenarios support automatic deployment?

Which of the following is not involved in protocol health evaluation of iMaster NCE-FabricInsight?

The essential difference between software SDN and hardware SDN is whether VLAN VTEPs are deployed on servers or hardware switches.

Different interfaces on a Layer 2 switching device send and receive data independently. By default, these interfaces belong to different broadcast domains.

The controller interconnects with the cloud platform through RESTful interfaces to receive network service instructions delivered by the cloud platform.

iMaster NCE-Fabric integrates management, control, and analysis.

The underlay network in CloudFabric is responsible for the physical infrastructure that supports the overlay network.

M-LAG requires Spanning Tree Protocol (STP) for redundancy and preventing network loops in a dual-active configuration.

iMaster NCE-Fabric provides centralized network management and service orchestration, but does not support real-time monitoring.

VXLAN allows for extending Layer 2 networks over Layer 3, enabling flexible communication between virtualized data centers.

CloudFabric's intelligent O&M solution does not include network performance analysis or telemetry- based monitoring.

In a CloudFabric solution, the overlay network is entirely dependent on the physical infrastructure provided by the underlay network.

M-LAG enables dual-active device connections but cannot provide load balancing.

The BGP EVPN protocol is used to manage VXLAN overlay networks, ensuring dynamic routing between virtual and physical networks.

iMaster NCE-Fabric supports third-party device integration and can work with external network vendors for unified management.

In a CloudFabric deployment, VXLAN is used exclusively for interconnecting physical data centers and does not support virtualized network environments.

In a typical CloudFabric deployment, which of the following components is responsible for automating network service provisioning?

Which of the following is a key characteristic of the underlay network in CloudFabric solutions?

What is the function of VXLAN's VNI (VXLAN Network Identifier)?

How does iMaster NCE-Fabric enhance network security in CloudFabric deployments?

Which of the following protocols is critical for ensuring time consistency between logs on network devices and iMaster NCE-Fabric?

In an iMaster NCE-Fabric deployment, which of the following is responsible for controlling the flow of data between the overlay and underlay networks?

Which of the following are supported by the CloudFabric solution for automatic deployment?

What is the function of VXLAN in a multi-cloud environment?

Which of the following statements are true regarding the iMaster NCE-Fabric's role in a CloudFabric deployment?

What is a major advantage of using an overlay network in CloudFabric solutions?

In the context of Data Center Network (DCN) design, which of the following is true about the relationship between the underlay and overlay networks?

What is the function of VXLAN in the CloudFabric solution?

Which of the following is NOT a core benefit of M-LAG in a data center network?

What does iMaster NCE-Fabric support for network monitoring in CloudFabric?

In an M-LAG configuration, which configuration elements can be different across member devices?

Which of the following protocols is used by iMaster NCE-Fabric for southbound communication?

What is the primary use of RESTful interfaces in the iMaster NCE-Fabric solution?

Which of the following is true about the CloudFabric service automation scenario for Kubernetes networking?

In terms of data center network reliability, what is the role of an underlay network in a CloudFabric deployment?

How does M-LAG handle failover in a dual-active network setup?

Which of the following are key components of a typical DCN design?

What does VXLAN use to identify different virtualized networks?

Which of the following technologies does iMaster NCE-Fabric leverage for service simulation in network design?

In the context of CloudFabric's intelligent O&M, which component is directly responsible for collecting and analyzing network data?

How does CloudFabric handle automation for egress network configuration?

Which of the following tools are integrated into the CloudFabric solution for network monitoring?

Which two technologies are primarily used for network segmentation in CloudFabric?