MPLS, IMS, and LTE Courses and other IT courses from TEKsystems Education Services

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Course Code:	TO 166
Course Abstract:	This Cisco Course provides an overview of Multiprotocol Label Switching (MPLS), IP Multimedia System Architecture (IMS) and Long Term Evolution (LTE). This curriculum includes an overview and architecture of MPLS, IMS, and LTE fundamentals. Documentation Course Materials consist of the following materials: MPLS, IMS, and LTE binders and materials Criteria for Certification There is no certification associated with this class
Audience:	This course is primarily targeted at IT professionals who have a large amount of experience with network design and implementation. The individuals attending this course should already have the knowledge and/or hold a CCNA certification.
Duration:	5 days
Learning Outcomes:	> Overview of Multiprotocol Label Switching (MPLS) > Overview of IP Multimedia System (IMS) Architecture > Overview of Long Term Evolution (LTE) Architecture
Course Topics:	Part I: Multiprotocol Lable Switching (MPLS) Module 1: Multiprotocol Label Switching (MPLS) Network The Evolution of MPLS Definition of MPLS Pre-MPLS Protocols Benefits of MPLS Bogus Benefit Use of One Unified Network Infrastructure Better IP over ATM Integration BGP-Free Core Overlay VPN Model Peer-to-Peer VPN Model Optimal Traffic Flow Traffic Engineering History of MPLS in Cisco IOS Module 2: MPLS Architecture Introducing MPLS Labels Label Stacking Encoding of MPLS MPLS and the OSI Reference Model Label Switch Router Label Switch Path Forwarding Equivalence Class Label Distribution Label Distribution with LDP Label Forwarding Instance Base MPLS Payload MPLS Label Spaces Different MPLS Modes Module 3: Forwarding Label Packets Label Operation IP Lookup Versus Label Lookup Load Balancing Labeled Packets Labels TTL Behavior of Labeled Packets TTL Behavior in the Case of IP-to-Label or Label-to-Label TTL Expiration MPLS MTU and MUPLS MTU Command Giant Frames on Switches MPLS Maximum Receive Unit Fragmentation of MPLS Packets Path MTU Discovery Module 4: Label Distribution Protocol LDP Overview LDP Operation LDP Session Establishment and Maintenance Number of LDP Sessions Advertising of Label Mappings Label Withdrawing Housekeeping by Means of Notification Targeted LDP Session LDP Authentication Controlling the Advertisement of Labels via LDP MPLS LDP Inbound Label Binding Filtering LDP Autoconfiguration MPLS LDP-IGP Synchronization How MPLS LDP-IGP Synchronization Works MPLS LDP-IGP Synchronization Configuration MPLS LDP Session Protection Module 5: MPLS VPN Introduction to MPLS VPN Architectural Overview of MPLS VPN Virtual Routing Forwarding Route Distinguisher (RDs – Unique Identifier) Route Targets (RTs) VPNv4 Route Propagation In the MPLS VPN Network Packet Forwarding in an MPLS VPN Network BGP Packet Forwarding PE-CE Routing Protocols Connected Routes RIP OSPF EIGRP Internet Access Internet in a VPN Internet Access Through the Global Routing Table Internet Access Through the Global Routing Table with Static Routes Internet Access Through a Central VRF Site CE Management Part II: IMS Architecture and Concepts IP Multimedia Subsystem (IMS) Architecture and Overview What is the internet Protocol Multimedia Subsystem (IMS) Example of IMS Services Where did it come from? Architectural Requirements Description of IMS-related entities and Functionalities IMS Reference Points Registration and Mechanisms to register multiple user identities to a go Session Initiation Identification and Identity Modules Sharing a single User Identify between Multiple Devices Discovering the IMS Entry Point Connectivity between Traditional CS users and IMS Users SIP Compression Interworking between IPv4 and IPv6 in IMS Part III: LTE Architecture and Concepts LTE Architecture and Overview LTE Design Targets SAE Design Targets LTE transmission schemes: Downlink OFDM and uplink DFTS-OFDM/SC-FDMA Channel-dependent Scheduling and Rate Adaptation Hybrid ARQ with Soft Combining Multiple Antenna Support Multicast and Broadcast Support
Prerequisites:	Due to the pace and duration of this course, ideal candidates for this course operate in medium to very large computing environment: They have a minimum of six months experience in a multi-LAN/WAN environment Have taken the Next Generation Networks 101 course or have the knowledge of information covered in the course

MPLS, IMS, and LTE Course

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