CCNP Troubleshooting Lab Online Access
24x7* CCNP Troubleshooting Virtual Lab with Cisco Router & Switches for unlimited practice from anywhere and at anytime. Book Now!
in Cisco Enterprise
Created by
Thrilok Thallapelly
Last Updated: Feb/2025
Language: English
Duration: 50:00 Hours
Last Updated: Feb/2025
Language: English
Duration: 50:00 Hours
What you will learn?
Configuring and managing Cisco routers and switches for troubleshooting scenarios.
Configuring and managing Cisco routers and switches for troubleshooting scenarios.
Troubleshooting WAN technologies, including MPLS and VPN connectivity.
Diagnosing network performance issues using QoS and monitoring tools.
Diagnosing and resolving routing protocol issues (EIGRP, OSPF, BGP).
Implementing high-availability troubleshooting techniques (HSRP, VRRP, GLBP).
Understanding real-world network troubleshooting methodologies.
About this course
Are you looking for a hands-on troubleshooting lab to refine your CCNP skills? Our 24x7 CCNP Troubleshooting Virtual Lab provides unlimited practice on Cisco routers and switches, accessible from anywhere, anytime.
This course is designed for network engineers, IT professionals, and Cisco certification candidates who want to master troubleshooting skills in real-world scenarios. You will gain practical experience with complex network topologies, understanding the root causes of network failures, and applying proven troubleshooting methodologies.
The lab is equipped with Cisco routers and switches to simulate enterprise networking environments, allowing learners to develop critical thinking and problem-solving skills required for network troubleshooting.
General Instructions for CCNP Troubleshooting Virtual Lab
● System Requirements: Ensure you have a stable internet connection, a modern web browser, and a standard OS to access the virtual lab.
● Lab Duration: Enjoy 50 hours of lab access within one month. Plan your practice sessions accordingly.
● Support: Our technical support team is available to assist with any queries and troubleshooting during your lab access.
Benefits of CCNP Troubleshooting Lab
✔ Real-World Experience: Troubleshoot networking issues in simulated enterprise environments.
✔ Skill Enhancement: Master complex troubleshooting scenarios to boost your networking skills.
✔ Career Growth: Strengthen your expertise for roles in network administration and engineering.
✔ Unlimited Practice: Access the lab 24x7 from anywhere and refine your troubleshooting techniques.
How to Enroll in the CCNP Troubleshooting Virtual Lab
Upon purchasing the lab, you will receive access credentials on your dashboard under the Support > Tickets section. Credentials will be provided within four working hours (Monday-Saturday, 9 AM - 9 PM IST). You will have 50 hours of lab access to practice troubleshooting Cisco networks. For further inquiries, contact our support team.
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FAQ
What will I learn in this CCNP Troubleshooting Lab course?
You'll learn how to troubleshoot complex enterprise networks, implement systematic troubleshooting methodologies, and maintain network performance using best practices
Is this course suitable for CCNP certification preparation?
Yes, the course is designed to help you prepare for the CCNP TSHOOT exam and improve your troubleshooting skills for the CCIE lab exams
What kind of labs are included in the course?
Expect hands-on labs with real-world practical examples covering routing, switching, security, and more. Initial configurations and step-by-step instructions are often provided
What prior knowledge is recommended for this course?
CCNA-level knowledge or completion of CCNA studies is recommended as a foundation for the advanced troubleshooting techniques taught in the course
What resources are provided with the course?
You can often expect downloadable initial configurations, summarized troubleshooting steps (PDFs), practice tests, access to online learning materials, and sometimes even access to virtual lab environments with real equipment
Comments (0)
Base Configurations
1 Parts
- 2:00 Hr
Configurations
All configurations for lab.
120 Min
Attachments:
Ticket 17 – Switchport Encapsulation
1 Parts
- 1:00 Hr
Problem with Switchport Encapsulation
Switchport Encapsulation
60 Min
Attachments:
Ticket 16 – IPv6 RIPng OSPFv3 Redistribution
1 Parts
- 1:00 Hr
Loopback address on R1 (2026::111:1) is not able to ping the loopback address on DSW2
Problem: Loopback address on R1 (2026::111:1) is not able to ping the loopback address on DSW2 (2026::102:1).
60 Min
Attachments:
Ticket 15 – IPv6 GRE Tunnel
1 Parts
- 1:00 Hr
Loopback address on R1 is not able to ping the loopback address on DSW2
The loopback address on R1 (2026::111:1) is unable to ping the loopback address on DSW2 (2026::102:1).
60 Min
Attachments:
Ticket 14 – EIGRP Passive Interface
1 Parts
- 1:00 Hr
Neighborship between R4 and DSW1 wasn’t establised
The neighborship between R4 and DSW1 wasn’t established. Client 1 can’t ping R4.
60 Min
Attachments:
Ticket 13 – DHCP Range
1 Parts
- 1:00 Hr
DHCP Range Misconfiguration
Check the IP on Client1. If it gets 169.x.x.x, then use the “show run” command on R4.
60 Min
Attachments:
Ticket 12 – IPv6 OSPF
1 Parts
- 1:00 Hr
DSW1 & R4 can’t ping R2′s loopback interface
DSW1 & R4 can’t ping R2′s loopback interface or s1/0.12 IPv6 address.
R2 is not an OSPFv3 neighbor on R3
60 Min
Attachments:
Ticket 11 – OSPF to EIGRP
1 Parts
- 1:00 Hr
Client 1 is not able to ping the Webserver
Client 1 is not able to ping the Webserver
DSW1 can ping e0/1 of R4. However clients and DSW1 can’t ping R4′s S1/0.34 interface (10.1.1.10)
60 Min
Attachments:
Ticket 10 – EIGRP AS
1 Parts
- 1:00 Hr
DSW1 can ping e0/1 of R4 but can’t ping s1/0.34
Client 1 is not able to ping the Webserver
DSW1 can ping e0/1 of R4 but can’t ping s1/0.34
Check ip eigrp neighbors from DSW1 you will not see R4 as neighbor.(use ipv4 Layer 3)
60 Min
Attachments:
Ticket 9 – Switchport trunk
1 Parts
- 1:00 Hr
Client 1 & 2 can ping each other but they are unable to ping DSW1 or FTP Server
Client 1 is getting 169.x.x.x ip address.
Client 1 & 2 can ping each other, but they are unable to ping DSW1 or FTP Server (Use L2/3 Diagram).
60 Min
Attachments:
Ticket 8 – Switchport VLAN 10
1 Parts
- 1:00 Hr
Client 1 & 2 can’t ping DSW1 or FTP Server
Client 1 & 2 are getting 169.x.x.x ip addresses and can’t ping DSW1 or FTP Server but they are able to ping each other.
60 Min
Attachments:
Ticket 7 – Port Security
1 Parts
- 1:00 Hr
Client 1 is getting a 169.x.x.x IP address & is unable to ping Client 2 as well as DSW1. The command ‘sh interfaces e0/0′ will show the following message in the first line
‘Ethernet0/0 is down, line protocol is down (err-disabled)’ .
60 Min
Attachments:
Ticket 6 – VLAN filter
1 Parts
- 1:00 Hr
Client 1 is getting the correct IP address from DHCP but Client 1 is not able to ping the server.
60 Min
Attachments:
Ticket 5 – R1 ACL
1 Parts
- 1:00 Hr
Except for R1, no one else can ping the server.
Client is not able to ping the server. Except for R1, no one else can ping the server.
60 Min
Attachments:
Ticket 4 – NAT ACL
1 Parts
- 1:00 Hr
Client 1 & 2 are not able to ping the web server 209.65.200.241
Client 1 & 2 are not able to ping the web server 209.65.200.241, but all the routers & DSW1,2 can ping the server.
NAT problem. (use ipv4 Layer 3)
problem on R1 Nat acl
60 Min
Attachments:
Ticket 3 – BGP Neighbor
1 Parts
- 1:00 Hr
Client 1 is able to ping 209.65.200.226 but can’t ping the Web Server 209.65.200.241
Solving why Client 1 can ping 209.65.200.226 but can’t ping Web Server 209.65.200.241.
60 Min
Attachments:
Ticket 2 – HSRP Track
1 Parts
- 1:00 Hr
DSW1 is configured to be active but it does not become active.
HSRP was configured on DSW1 & DSW2. DSW1 is configured to be active, but it does not become active.
60 Min
Attachments:
Ticket 1- OSPF Authentication
1 Parts
- 1:00 Hr
Client is unable to ping R1’s serial interface from the client.
The problem was to disable authentication on R1 and check where authentication was not given under the router OSPF of R1. (use ipv4 Layer 3).
60 Min
Attachments:
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