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| Section | Weight | Objectives |
|---|---|---|
| IP Services | 10% | - Explain the forwarding per-hop behavior (PHB) for QoS such as classification, marking, queuing, congestion, policing, shaping - Describe the use of syslog features including facilities and levels - Explain the function of SNMP in network operations - Configure and verify NTP operating in a client and server mode - Configure and verify inside source NAT using static and pools - Explain the role of DHCP and DNS within the network - Configure network devices for remote access using SSH - Describe the capabilities and function of TFTP/FTP in the network - Configure and verify DHCP client and relay |
| Automation and Programmability | 10% | - Interpret JSON encoded data - Describe controller-based and software defined architectures (overlay, underlay, and fabric) - Recognize the capabilities of configuration management mechanisms Puppet, Chef, and Ansible - Describe characteristics of REST-based APIs (CRUD, HTTP verbs, and data encoding) - Explain how automation impacts network management - Compare traditional campus device management with Cisco DNA Center enabled device management - Compare traditional networks with controller-based networking |
| IP Connectivity | 25% | - Determine how a router makes a forwarding decision by default - Configure and verify IPv4 and IPv6 static routing - Interpret the components of routing table - Configure and verify single area OSPFv2 - Describe the purpose of first hop redundancy protocol |
| Security Fundamentals | 15% | - Configure device access control using local passwords - Describe security program elements (user awareness, training, and physical access control) - Describe wireless security protocols (WPA, WPA2, and WPA3) - Describe security password policies elements, such as management, complexity, and password alternatives (multifactor authentication, certificates, and biometrics) - Define key security concepts (threats, vulnerabilities, exploits, and mitigation techniques) - Configure and verify access control lists - Configure WLAN using WPA2 PSK using the GUI - Differentiate authentication, authorization, and accounting concepts - Configure Layer 2 security features (DHCP snooping, dynamic ARP inspection, and port security) - Describe remote access and site-to-site VPNs |
| Network Fundamentals | 20% | - Explain virtualization fundamentals (virtual machines) - Compare TCP to UDP - Describe switching concepts - Identify interface and cable issues (collisions, errors, mismatch) - Describe wireless principles - Configure and verify IPv6 addressing and prefix - Verify IP parameters for Client OS (Windows, Mac OS, Linux) - Explain the role and function of network components - Configure and verify IPv4 addressing and subnetting - Compare IPv6 address types - Compare physical interface and cabling types - Describe the need for private IPv4 addressing - Describe characteristics of network topology architectures |
| Network Access | 20% | - Configure and verify Layer 2 discovery protocols (Cisco Discovery Protocol and LLDP) - Configure and verify interswitch connectivity - Describe Cisco Wireless Architectures and AP modes - Configure and verify (Layer 2/Layer 3) EtherChannel (LACP) - Describe AP and WLC management access connections (Telnet, SSH, HTTP, HTTPS, console, and TACACS+/RADIUS) - Configure the components of a wireless LAN access for client connectivity using GUI only such as WLAN creation, security settings, QoS profiles, and advanced WLAN settings - Describe physical infrastructure connections of WLAN components (AP, WLC, access/trunk ports, and LAG) - Describe the need for and basic operations of Rapid PVST+ Spanning Tree Protocol - Configure and verify VLANs (normal range) spanning multiple switches |
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NEW QUESTION # 788
Which command is used to specify the delay time in seconds for LLDP to initialize on any interface?
Answer: B
Explanation:
Reference:
+ lldp holdtime seconds: Specify the amount of time a receiving device should hold the information from your device before discarding it + lldp reinit delay: Specify the delay time in seconds for LLDP to initialize on an interface + lldp timer rate: Set the sending frequency of LLDP updates in seconds
NEW QUESTION # 789
Drag and drop each characteristic of device-management technologies from the left onto the deployment type on the right.
Answer:
Explanation:
Explanation:
NEW QUESTION # 790
Drag and drop the use cases for device-management technologies from the left onto the corresponding.
Answer:
Explanation:
Explanation:
Cisco CCNA 200-301 v1.1 Network Fundamentals drag-and-drop items test whether each protocol, address type, API action, or infrastructure component is matched to its real function. The correct way to solve these is to classify every item by layer, scope, and operational behavior before matching it. Several distractors are legitimate networking terms, but they are wrong when placed under the wrong protocol family or management model. The retained mapping preserves the Cisco distinctions between TCP and UDP behavior, AAA functions, IPv6 address scopes, device-management approaches, and REST operations. In implementation work, these distinctions matter because applying a feature at the wrong layer or associating a control with the wrong service creates broken configurations and wasted troubleshooting effort. The shown mapping is therefore retained as the verified response.
NEW QUESTION # 791
Refer to the exhibit.
Which type of route does R1 use to reach host 10.10.13.10/32?
Answer: C
NEW QUESTION # 792
Lab Simulation 48
Guidelines
This is a lab item in which tasks will be performed on virtual devices.
- Refer to the Tasks tab to view the tasks for this lab item.
- Refer to the Topology tab to access the device console(s) and perform the tasks.
- Console access is available for all required devices by clicking the device icon or using the tab(s) above the console window.
- All necessary preconfigurations have been applied.
- Do not change the enable password or hostname for any device.
- Save your configurations to NVRAM before moving to the next item.
- Click Next at the bottom of the screen to submit this lab and move to the next question.
- When Next is clicked, the lab doses and cannot be reopened.
Topology
Tasks
Task 1
- Configure a host route on R5 for the destination of the WAN IP on R6.
- Configure a static default route on R1 preferring the path through R3 towards R6.
- From R5, use traceroute and ping to verify the path towards and reachability of R6.
Task 2
- Configure a floating static default route on R1, preferring the path through R2 towards R6 if the link to R3 should fail.
- Configure the administrative distance for 200.
- Configure a static route on R2 to forward the return traffic towards 10.100.155.0/25.
- After shutting interface e0/1 on R1, use traceroute and ping from R5 to verify path towards and reachability of R6.
Answer:
Explanation:
See the below explanation
Explanation:
Task 1: Configure Host and Default Routes
Step 1: Configure a host route on R5 for the WAN IP of R6 (10.200.255.6): On R5, add a static route pointing to R2:
ip route 10.200.255.6 255.255.255.255 10.100.155.2
Step 2: Configure a static default route on R1 preferring the path through R3 towards R6: On R1, configure the default route pointing to R3:
ip route 0.0.0.0 0.0.0.0 10.133.103.3
Step 3: Verify connectivity from R5 to R6 using ping and traceroute: On R5, test connectivity to R6:
traceroute 10.200.255.6
ping 10.200.255.6
The traceroute should show the path: R5 → R2 → R1 → R3 → R4 → R6. The ping should confirm successful reachability.
Task 2: Floating Static Route and Return Path Configuration
Step 1: Configure a floating static default route on R1: Add a backup static route pointing to R2 with an administrative distance of 200:
ip route 0.0.0.0 0.0.0.0 10.122.105.2 200
Step 2: Configure a static route on R2 for return traffic to 10.100.155.0/25: On R2, add a static route pointing to R5:
ip route 10.100.155.0 255.255.255.128 10.100.155.5
Step 3: Simulate a link failure on R1 by shutting down interface e0/1: On R1, shut down the interface connecting to R3:
interface Ethernet0/1
shutdown
Step 4: Verify the new path using ping and traceroute: On R5, test connectivity again to R6:
traceroute 10.200.255.6
ping 10.200.255.6
The traceroute should now show the path: R5 → R2 → R1 → R2 → R4 → R6. The ping should confirm continued reachability.
Summary of Commands:
On R5:
ip route 10.200.255.6 255.255.255.255 10.100.155.2
traceroute 10.200.255.6
ping 10.200.255.6
On R1:
ip route 0.0.0.0 0.0.0.0 10.133.103.3
ip route 0.0.0.0 0.0.0.0 10.122.105.2 200
interface Ethernet0/1
shutdown
On R2:
ip route 10.100.155.0 255.255.255.128 10.100.155.5
Verifications:
- Traceroute: Validate the correct path for traffic to R6.
- Ping: Ensure end-to-end connectivity to R6 remains operational even after the failure of the primary route.
NEW QUESTION # 793
......
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