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PyNet Labs- Network Automation Specialists

OSPF, BGP, and MPLS Course – Master Core Networking

Enroll in the top-rated OSPF, BGP, and MPLS course in India. Learn dynamic routing, inter-AS communication, and service provider technologies with hands-on labs and expert guidance. 

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OSPF, BGP, and MPLS Course (#116)

Course Overview

Learn OSPF, BGP, and MPLS from Scratch

Want to upgrade your networking career? For students and industry practitioners in India wishing to hone their routing skills, our OSPF, BGP, and MPLS Course will be extremely beneficial. It starts from the fundamentals, progresses to advanced topics, and integrates practical labs along with real-world case studies. Whether you are preparing for CCNP, CCIE, or eyeing for a promotion, rest assured, you will receive proper expert training, hands-on experience, all the guidance required to thrive in today’s networking world. 

Learn dynamic routing protocols and advanced service provider technologies in our OSPF, BGP, and MPLS course tailored to new learners and seasoned experts alike. So, whether you are a new graduate or currently employed, this course will enhance your networking skills and make you more employable.

Upcoming Batches

OSPF, BGP, and MPLS Course

DATE

TIME

SEATS LEFT

Batch 1
Weekends Batch
(Saturday & Sunday)
Started from 29th March 2025

1 PM to 4 PM Indian Time
3: 30 AM to 6: 30 AM Eastern Time
7: 30 AM to 10: 30 AM UTC/GMT00

Sold out

Batch 2
Weekdays Batch
(Monday to Thursday)
Starting from 19th May 2025

8: 30 PM to 11: 30 PM Indian Time
11 AM to 2 PM Eastern Time
3 PM to 6 PM UTC/ GMT00

10

Upcoming Batches

OSPF, BGP, and MPLS Course

DATE

Batch 1
Weekends Batch
(Saturday & Sunday)
Started from 29th March 2025

TIME

1 PM to 4 PM Indian Time
3: 30 AM to 6: 30 AM Eastern Time
7: 30 AM to 10: 30 AM UTC/GMT00

SEATS LEFT

Sold out

DATE

Batch 2
Weekdays Batch
(Monday to Thursday)
Starting from 19th May 2025

TIME

8: 30 PM to 11: 30 PM Indian Time
11 AM to 2 PM Eastern Time
3 PM to 6 PM UTC/ GMT00

SEATS LEFT

10

What will you learn?

Open Shortest Path First (OSPF)

Learn Link-State Routing, OSPF areas, and best practices for design.

Border Gateway Protocol (BGP)

Understand the workings of the internet leveraging BGP, route advertisement, and filtering.

Multiprotocol Label Switching (MPLS)

Grasp core MPLS concepts including label switching, LDP, and VPN creation.

Why Choose OSPF, BGP, and MPLS Course?

Fundamental to enterprise and service provider networks, Open Shortest Path First (OSPF), Border Gateway Protocol (BGP) and Multiprotocol Label Switching (MPLS) are crucial for network infrastructure. Keeping up with these protocols places you ahead of the competition for positions such as: 

  • Network Engineer 
  • NOC Engineer 
  • Service Provider Consultant 
  • Infrastructure Architect 

Who Should Enroll?

The OSPF, BGP, and MPLS Course is perfect for: 

  • CCNA or equivalent knowledge holders 
  • IT professionals preparing for CCNP or CCIE 
  • Working network engineers seeking real-world routing experience 
  • College graduates interested in a service provider career path

Prerequisites for OSPF BGP MPLS Course

  • Eagerness to Learn Advanced Routing

Why Choose PyNet Labs?

Career
Counselling
by Experts

Latest Syllabus

Instructor-Led
Live Training

24x7 Assistance

Lifetime Access to Class Recordings

Guaranteed to Run Batches

Post-training Support

Flexible Batch-Timings (4/6/8 Hours Slots)

Course Curriculum

BGP(Border Gateway Protocol)

1. IGP vs BGP
2. Summary of Routing Protocols
3. What is Autonomous System Number (ASN)
4. IANA & ICANN
5. BGP Features & characteristics
6. BGP Timeline
7. When to use BGP & When not to use BGP?
8. BGP Neigborship
9. Databases of BGP
10. i-BGP Lab & BGP Split Horizon
11. e-BGP Lab
12. e-BGP Next HOP Behaviour
13. e_BGP Using Loopbacks
14. BGP Backdoor
15. BGP Confederation
16. Types of ISP & ISP Connections
17. I-BGP vs IGPs
18. BGP Loop Avoidance Mechanism
19. BGP Lab Basic (iBGP vs eBGP)
20. BGP Router-ID
21. iBGP Lab using loopbacks
22. iBGP Full Mesh Neighborship
23. BGP Split Horizon
24. Route-Reflector
25. BGP Peer Groups
26. iBGP Loop Avoidance
27. Active/Idle State
28. iBGP Update Source Loopback
29. BGP Authentication
30. eBGP Basic (Lab)
31. eBGP using loopbacks
32. eBGP next-hop self
33. Understanding next hop
34. Understanding origin codes
35. Understanding valid & best path
36. BGP States (Idle, Connect, Active, Establish)
37. BGP Messages Types
38. BGP Sync Rule
39. BGP Timers
40. BGP Confederation
41. BGP Backdoor
42. BGP Route Dampening
43. BGP 4 Byte ASN
44. Redistribution of IGPs with BGP
45. Verification of Metrics with Redistribution
46. Best Path Selection
47. BGP Attributes
48. Well Known Mandatory
49. Well Known Discretionary
50. Optional Transitive
51. Optional Non-Transitive
52. CISCO Proprietary
53. AS Path
54. Local Pref
55. Weight
56. MED
57. Atomic Aggregate
58. BGP Communities

OSPF(Open Shortest Path First)

1. Introduction to OSPF
2. Database of OSPF
3. Types of Routers in OSPF
4. OSPF Metric Calculation
5. SPF Algorithm
6. OSPF Areas
7. Types of Packets in OSPF & OSPF Header Inspection
8. Neighborship Conditions & Requirements for Neighbor Adjacency
9. Understanding OSPF LSA’s & LSU
10. 7 Stages of OSPF
11. OSPF Authentication
12. DR/BDR Need in OSPF and their working
13. Functioning & Types of LSA’s
14. Verifications of LSA’s &

  • Types of routers associated with LSA’s
  • Types of routes in OSPF

15. OSPF Virtual Links & Need for Virtual Links
16. OSPF Default Route Advertisements
17. OSPF Area Types Stubs & Scenario on Special Areas
18. Summary of Stubs
19. OSPF Graceful Shutdown
20.Working of OSPF & OSPF Tables
21. OSPF Single/Multi Area Verifications
22. OSPF Working States Verification
23. Default-information originate vs always
24. OSPF TTL Security Check
25. Need for Virtual-Links in OSPF
26. Virtual Links
27. OSPF MTU Mismatch
28. Changing reference bandwidth
29. OSPF Interview Questions

MPLS(Multiprotocol Label Switching)

A. Introduction to MPLS

  1. What is MPLS?
  2.  Introduction to Tunnels
  3. Benefits of MPLS

B. MPLS Labels and Devices

  1. Understanding the MPLS Label Structure 
  2. MPLS terminology 
  3. MPLS Components and Architecture

C. Label Distribution Protocol

  1. Overview
  2. LDP Discovery and Session Establishment
  3. LDP Operations and Message Types
  4. LDP Configuration and Verification
  5. MPLS Forwarding
  6. Troubleshooting LDP issues

D. MPLS LDP Label Filtering

E. Introduction to VPNs and MPLS VPNs

  1. Introduction to VRF
  2. Configuring VRF Lite
  3. Understanding Layer 3 VPNs
  4. Layer 3 VPN Configurations
  5. Layer 3 VPN PE-CE EIGRP
  6. Layer 3 VPN PE-CE OSPF
  7. Layer 3 VPN PE-CE OSPF Sham Link
  8. MPLS VPN PE-CE OSPF Default Route
  9. MPLS VPN PE-CE OSPF Global Default Route
  10. Layer 3 VPN BGP AS Override
  11. Layer 3 VPN BGP Allow-AS-In
  12. VRF Lite Route Leaking
  13. MPLS VPN VRF Import Map
  14. MPLS VPN VRF Export Map
  15. MPLS VPN Extranet Route Leaking
  16. IPv6 over MPLS 6PE 6VPE

What Our Students Say About Us

OSPF, BGP, MPLS Course Highlights

Career Opportunities

Frequently Asked Questions

Q1. What is OSPF, BGP, and MPLS?

OSPF is an intra-domain routing protocol for the Internet which uses the link-state mechanism. It is designed for larger customer or enterprise networks and is configured to be fast pole (respond to next events quickest). 

BGP enables routing of data throughout the various inter-connected networks which are the internet. It is especially used by Internet Service Providers (ISPs) and huge corporate organizations. 

MPLS is quite helpful as it speeds executing the forwarding of packets through service provider networks. It does faster forwarding of data using labels instead of IP addresses.

Q2. Is BGP required for MPLS?

Not at all times. You may run with OSPF and an IGP (Interior Gateway Protocol) while having no BGP. However, BGP is required when implementing MPLS Layer 3 VPNs because it is responsible for routing between customer sites.

Q3. Does MPLS use OSPF?

Yes, it is an underlying IGP optimized to scale as the border backbone of other regions for OSPF networks. It makes routers to learn in what shape the network is configured, so the assigning and switching of MPLS labels is done properly.

Q4. What is the difference between MPLS and BGP?

MPLS is a forwarding method of data that increases the speed of delivery by validating the route that has to be taken. 

BGP is a routing protocol that gives the lowest cost route for information reaching data on different autonomous systems. 

Therefore, to sum it up. Once the path is decided with BGP, MPLS will make sure the data is delivered quicker. 

Q5. What are the prerequisites for OSPF+BGP+MPLS course?

A foundational understanding of networking is essential, with the CCNA level of knowledge preferable. If you’re new to routing protocols, a quick CCNA revision will help. 

Q6. Will I get hands-on lab practice?

Absolutely! You will also get OSPF, BGP, and MPLS hands-on configuration practice through labs using Packet Tracer, GNS3, or EVE-NG with OSPF, BGP, MPLS Course. 

Q7. Are the classes live or recorded?

Both options are available. There are live sessions which can be attended directly with the instructor and session recordings can also be accessed later for revision or if the class is missed. 

Q8. Do I get a certificate after completion?

Yes, a course completion certificate will also be issued which may be used to enhance resumes and LinkedIn profiles.

Q9. Is placement assistance provided with OSPF, BGP, and MPLS Course?

Yes, we also extend placement assistance in the form of resume compilation, interview simulations, and job referrals for candidates meeting the requirements.

Q10. I want to learn only OSPF and BGP, can i do that?

Yes, you can learn OSPF and BGP without MPLS with our OSPF and BGP Combo course.

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