SD Access Fabric Basics Quiz

1. Which protocol does SD Access use for device discovery and control in the fabric?

LISP (Locator/ID Separation Protocol)

GRE (Generic Routing Encapsulation)

IPsec exclusively

MPLS only

2. Which feature of SD Access allows organizations to enforce zero-trust security principles?

Policy-based segmentation using SGT and micro-segmentation

Elimination of all encryption

Removal of authentication requirements

Disabling all firewall rules

3. What is the function of the Wireless Controller in an SD Access fabric?

To manage Wi-Fi access points and enforce wireless policies

To route all fabric traffic

To replace the DNA Center

To handle only wired connections

4. Which statement about SD Access fabric redundancy is correct?

Multiple paths exist for data and control traffic

Only single-path routing is supported

Redundancy requires manual configuration

Backup nodes are not supported

5. What is the primary advantage of using Scalable Group Tags (SGT) in SD Access?

Policy decisions based on user identity rather than IP address

Elimination of VLAN configuration

Direct replacement of firewalls

Increased physical link capacity

6. Which of the following describes a Fabric Domain in SD Access?

A collection of fabric nodes under centralized control

A single physical switch

A WAN link between sites

A backup network path

7. In SD Access, what is the purpose of the Cisco ISE integration?

To provide authentication and policy enforcement

To manage physical switch inventory

To replace all firewall rules

To increase network bandwidth

8. What is the primary purpose of the SD Access fabric architecture?

To simplify network design through intent-based networking

To increase bandwidth on all network links

To replace all routing protocols with static routes

To eliminate the need for network security policies

9. What does DNA Center provide in the SD Access solution?

Centralized management and provisioning

Wi-Fi access point firmware only

Email and collaboration services

Internet bandwidth provisioning

10. In SD Access, what is an Edge Node responsible for?

Connecting end-user devices and enforcing policies

Routing traffic between fabric sites

Hosting the SD Access controller

Providing WAN connectivity only

11. Which technology does SD Access use for policy-based segmentation?

Scalable Group Tags (SGT)

Access Control Lists (ACLs)

Network Address Translation (NAT)

Port-based VLANs only

12. What is the role of the Border Node in an SD Access fabric?

To connect the fabric to external networks

To manage all user authentication

To filter all traffic by MAC address

To replace all firewalls in the network

13. Which device serves as the control plane node in an SD Access fabric?

DNA Center

ISE (Identity Services Engine)

SD-WAN controller

Syslog server

14. What protocol is used for the SD Access underlay network?

OSPF or ISIS

BGP only

EIGRP exclusively

RIP version 2

15. In SD Access, what does VXLAN encapsulation primarily enable?

Direct connection between switches

Layer 2 extension across Layer 3 networks

Increased physical link speed

Elimination of MAC address tables

16. Which three components form the foundation of an SD Access fabric?

Access, distribution, and core layers

Underlay, overlay, and control plane

Switches, routers, and firewalls

VLAN, subnet, and routing domains

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CCNP Enterprise SD Access Fabric Basics Quiz