Overview
The Implementing Cisco Fluidmesh Solutions for Fixed and Mobile Infrastructure (FMIS) v1.0 course is an e-learning course that teaches how to configure Multiprotocol Label Switching (MPLS) parameters using the Radio Configuration Environment and the basics of Fluidmesh's Fluidity functionality for mobility-centric networking.
You will learn the basics of Fluidity application in OSI Layer-2 and Layer-3 networks and study the configuration of Fluidity features for the vehicle and infrastructure unit roles. You will study the Fluidity Frequency scan functionality, how to configure Fluidmesh's Fluidity Pole Proximity settings, and the controller settings using the Fluidmesh CLI. The operating principles behind the Fluidity Wireless Data Rate Controller, the of use Fluidmesh's TITAN, fast-failover feature and the working principles will also be taught.
You will learn how to arrange settings for VLAN, QoS, Spanning Tree Protocol, Network Time Protocol, Ethernet, Remote access, View Mode, Pass-list and Block-list functionality, Multicast, SNMP, RADIUS, LLDP, TFTP, and Inter-car communication. And examine the implementation of Fluidmesh wireless networks for the entertainment, mining, intermodal port and terminal, rail, smart cities, and security sectors. You will gain an understanding of optimizing a Fluidmesh wireless network for low latency, high throughput, and high traffic density as well as monitor network configuration and performance using Fluidmesh's FM-MONITOR network management tool.
Who should attend
- System sales engineers
- Deployment engineers
Prerequisites
There are no prerequisites for this course
Course Objectives
After taking this course, you should be able to:
- Describe the intermediate and advanced principles that govern MPLS
- Describe the intermediate and advanced principles governing Fluidmesh Fluidity networking for Layer-2 and Layer-3 networks
- Describe how to apply the advanced Fluidity device configuration settings
- Describe how to apply all other important device configuration
- Create Fluidmesh wireless networks for customer-driven applications
- Design and build Fluidmesh wireless networks for specific OT markets
- Optimize a Fluidmesh wireless network under conditions of high latency, low throughput, and high traffic density
- Use the Fluidmesh network monitoring tool (FM-MONITOR) to monitor and enhance network performance