What you would learn in Most Complete Teaching of MPLS Fundamentals course?
Multiprotocol Label Switching or MPLS is a network system that routes information along the most efficient route determined by "labels" rather than network addresses and is used to handle forwarding across private wide areas networks. As a protocol-independent flexible technology, MPLS assigns labels to every data packet and controls the route the packet takes. MPLS significantly improves traffic speed to ensure that users do not experience any downtime while connected to the internet.
MPLS Network
An MPLS network is Layer 2.5. It is located between Layer 2 (Data Link) and Layer 3 (Network) of the OSI seven-layer hierarchy. Layer 2, also known as Layer 2 or Data Link Layer, carries IP packets through simple LANs or point-to-point networks. Layer 3, also known as The Network Layer, uses internet-wide routing and addressing IP protocols. MPLS is a layer between the two layers and has additional features to transport data over the network
What is MPLS used for?
Businesses often use MPLS for branches worldwide or across the globe that requires access to an application or data center in the corporate headquarters or another branch. MPLS is flexible, gives excellent performance and bandwidth, and provides a better user experience than traditional routed IPs. However, it's expensive and challenging to provide globally and cannot be carrier-independent.
As companies shift their applications to the cloud, The traditional MPLS hub-and-spoke method is becoming inefficient and expensive due to:
It is necessary to backhaul traffic through the corporate headquarters and then out to the cloud instead of connecting directly to the cloud, affecting performance significantly.
As businesses add applications, services, and mobile phones to their network, the need for bandwidth and cloud-based expertise raises costs and increases the complexity of operations.
Content of the Course
- Forwarding IPv4 - RIB in contrast to FIB
- IPv4 and MPLS Forwarding RIB, LIB, FIB, and LFIB
- IPv4 via MPLS IPv4 over MPLS MPLS Label Enabling MPLS
- IPv4 over MPLS IPv4 over MPLS - IP TTL Behavior
- IPv4 via MPLS -- MPLS TTL Behavior
- IPv4 over MPLS IPv4 over MPLS MPLS Traceroute Behavior
- IPv4 via MPLS -- LDP Configuration
- IPv4 over MPLS IPv4 over MPLS LDP Neighborship
- IPv4 over MPLS Advanced LDP
- IPv4 over MPLS Controlling the Advertisement of Labels through LDP
- IPv4 over MPLS - MPLS LDP Inbound Label Binding Filtering
- IPv4 via MPLS IPv4 over MPLS LDP transport IP
- IPv4 over MPLS - LDP Authentication
- IPv4 via MPLS IPv4 over MPLS LDP Session Protection
- IPv4 over MPLS - Multiple MPLS Modes
- IPv4 over MPLS - MPLS The History
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