Implementing Cisco Multiprotocol Label Switching (MPLS)
MPLS is the backbone of modern carrier networks—and it’s non-negotiable if you’re serious about infrastructure roles. This course cuts through the theory and gets you hands-on with label switching, traffic engineering, and VPN deployment in real-world scenarios. You’ll move from conceptual understanding to practical implementation faster than traditional study paths.
AIU.ac Verdict: Ideal for network engineers and infrastructure specialists preparing for Cisco certifications or stepping into carrier-grade networking roles. The pacing assumes solid foundational networking knowledge; pure beginners may need prerequisite routing and switching fundamentals first.
What This Course Covers
You’ll start with MPLS fundamentals—why label switching outperforms traditional routing—then progress through label distribution protocols (LDP), traffic engineering with constraint-based routing, and MPLS VPN architectures. Expect hands-on labs covering label assignment, forwarding equivalence classes (FECs), and real-world topology configuration.
The course emphasises practical deployment: how to troubleshoot label propagation failures, optimise traffic flows across backbone networks, and integrate MPLS with BGP and OSPF. Nick Russo’s approach balances theoretical depth with immediately applicable configuration skills, making this suitable for both exam preparation and production-environment readiness.
Who Is This Course For?
Ideal for:
- Network engineers pursuing CCNP or advanced Cisco certifications: Direct alignment with exam objectives; hands-on labs reinforce certification-level competency.
- Infrastructure specialists managing carrier or ISP networks: MPLS is essential for large-scale traffic engineering and service delivery; this course bridges theory to operational reality.
- DevOps and cloud infrastructure professionals expanding into network automation: Understanding MPLS unlocks carrier-grade network design patterns increasingly relevant in hybrid and multi-cloud architectures.
May not suit:
- Networking beginners without routing/switching fundamentals: Course assumes comfort with BGP, OSPF, and IP routing; prerequisite knowledge is essential.
- Enterprise LAN-only specialists: MPLS is primarily a WAN and carrier technology; limited relevance if your focus is campus or data centre switching.
Frequently Asked Questions
How long does Implementing Cisco Multiprotocol Label Switching (MPLS) take?
3 hours 44 minutes of video content. Most learners complete it in 1–2 weeks with hands-on lab time included.
Do I need Cisco equipment to complete the labs?
No. Pluralsight provides sandboxed lab environments, so you can practise MPLS configuration without physical routers.
Will this course prepare me for Cisco certification exams?
Yes. The content aligns with CCNP Enterprise and advanced routing certifications, though you should supplement with official exam guides and practice tests.
What’s the difference between MPLS and traditional IP routing?
MPLS uses fixed-length labels instead of longest-prefix-match lookups, enabling faster forwarding, traffic engineering, and VPN services. This course explains both the ‘why’ and the ‘how’ of that distinction.
Course by Nick Russo on Pluralsight. Duration: 3h 44m. Last verified by AIU.ac: March 2026.
