Easy To Download Juniper JN0-460 Exam Dumps Updated 124 Questions [Q47-Q65] : Free valid test braindumps : http://free.validbraindumps.com

NO.47 In the context of VXLAN, what is the role of a VTEP?

To encrypt data traffic

To route Layer 3 traffic exclusively

To encapsulate and de-encapsulate VXLAN packets

To decrease network throughput

NO.48 Switch events are classified into which three severity levels? (Choose three.)

Bad

Critical

Neutral

Ignored

Good

NO.49 VTEP functions include: (Select two)

Encrypting VXLAN traffic

Encapsulating and de-encapsulating Ethernet frames into VXLAN packets

Acting as a firewall between VXLAN segments

Mapping tenant networks to VXLAN segments

NO.50 Campus Fabric IP Clos is known for which of the following features?

Limited scalability

High latency

Simplified topology management

Complex configuration

NO.51 What are two insights that Mist Wired can provide for third party devices? (Choose two)

Inactive Wired VLANs

Security Compliance

Power Compliance

Firmware Compliance

NO.52 What do Port Profiles allow network administrators to do?

Assign specific roles to network users

Configure ports on a switch individually without templates

Apply predefined settings to ports across the network

Monitor real-time traffic on television channels

NO.53 Which provisioning option is typically used for scaling network configurations across multiple sites?

Manual configuration at each site

Centralized cloud-based management

Peer-to-peer network setup

Direct configuration through physical console ports

NO.54 Deploying Campus Fabric Architectures often requires:

Guesswork and improvisation

A disregard for best practices

A comprehensive understanding of network design principles

Sole reliance on outdated technologies

NO.55 You are using the Wired Visibility option as your Wired Assurance solution. In this scenario, which protocol is used to exchange basic device information between your switches and APs?

LACP

SNMP

LLDP

Telemetry

NO.56 In Campus Fabric Architecture, the __________ layer connects the access and core layers, facilitating efficient data distribution across the network.

Core

Access

Distribution

Edge

NO.57 GPB and Micro segmentation are crucial for __________ within a Campus Fabric network.

Reducing security

Enhancing security

Decreasing network visibility

Increasing complexity

NO.58 What is the device that handles the VXLAN encapsulation and decapsulation referred to as?

a UNI

an LSR

a VTEP

an LSP

NO.59 Which of the following are true regarding the data and control plane operations in EVPN-VXLAN?
(Select two)

EVPN provides a control plane for VXLAN to learn MAC addresses

VXLAN uses BGP to encapsulate data packets

EVPN allows for the separation of underlay and overlay networks

VXLAN relies solely on OSPF for data plane learning

NO.60 In EVPN, what role do Route Targets (RTs) play?

They define the cryptographic standards for the network

They specify the forwarding paths for multicast traffic

They are used to import and export routes within VPNs

They limit the scalability of EVPN instances

NO.61 How does MAC learning work in an EVPN-VXLAN environment?

By using ARP requests exclusively

Through control plane signaling, not flooding

Solely through static configuration

By relying on traditional Layer 2 switching methods

NO.62 In a Campus Fabric setup, micro-segmentation helps to __________.

Increase broad network access

Reduce security

Isolate workloads

Simplify network design

NO.63 The primary benefit of Campus Fabric Core-Distribution model is:

Increased network latency

Scalability and high availability

Simplified cable management

Reduction in network bandwidth

NO.64 Which of the following is a key consideration when scaling Campus Fabric Architectures?

Ignoring user and device growth

Ensuring adequate coffee supply for the IT department

Planning for future expansion and technology evolution

Maintaining a single layer design

NO.65 What is a benefit of implementing a service block border in a campus fabric?

Improving user experience by prioritizing specific traffic flows.

Reducing hardware costs by eliminating physical appliances.

Simplifying network core device management.

Increasing the network’s overall bandwidth capacity.