This course will enable you to install and configure an ExtremeCloud SD-WAN solution including the major Site types: Bridge mode, Router mode, Hybrid mode and Remote Visibility Control (RVC) Site. You will gain an understanding of the concepts and functionality of the SD-WAN architecture through comprehensive lectures and discussions. By performing the labs, you will experience onboarding the appliances with ExtremeCloud SD-WAN Orchestrator and validating network application flow.
To deploy Extreme Networks’ Fabric Connect is the goal of the course. Students experience the deployment process from the beginning to completion learning all the essential steps and technologies. Lectures are supported equally with hands-on experience on VSPs, Universal Hardware 5520, ERS, and EXOS. Successful completion results in an operational SPBM fabric with L2VSN, L3VsN, IP Shortcuts, Fabric Attach and VIST Core Switch Pair.
This course relies upon the successful completion of the ExtremeCloud SD-WAN Installation and Configuration course and related labs. You will build on this SD-WAN configuration
to analyze the WAN application traffic flows and their distribution among major site types: Bridge mode, Router mode, Hybrid mode and Remote Visibility & Control (RVC). This lab intensive course will show you how best to visualize applications within and across the network and then classify and control their flows in a meaningful way. This will include defining new applications for the application dictionary and then implementing an SD-WAN policy using new and existing application groups (AGs) and QoS profiles. With a focus on supporting day-to-day operations, you’ll develop competencies in using the ExtremeCloud SD-WAN Orchestrator dashboards to recognize and control WAN application flows and generate reports to further visualize your findings.
Sign up for training Students will gain troubleshooting understanding and the tools available within ExtremeCloud SD-WAN Orchestrator and ExtremeCloud SD-WAN Appliances (ipes) to troubleshoot ExtremeCloud SD-WAN misconfigurations or outages, and common end-user application issues. Students have these concepts reinforced with a hands-on lab experience.
Students will be introduced to network management and visibility using the Extreme Networks management tool, ExtremeCloud IQ - Site Engine. Using the Open Systems
Interconnection (OSI) Network Management Model (NMM), students have these concepts reinforced with a hands-on lab experience working with a pre-configured network. Students
will perform real world tasks around the areas of installation and basic configuration of ExtremeCloud IQ - Site Engine.
This course provides an in-depth study of the Extreme SLX and EFA and how they are utilized in an enterprise and datacenter networks. The course covers core competencies of configuration, operations, troubleshooting and maintenance of Extreme SLX and EFA. The course includes lab exercises on data center fabric provisioning using EFA and configuration using SLX CLI along with respective troubleshooting.
Students will gain more detailed explanation of centralized network management capabilities within ExtremeCloud IQ - Site Engine. This includes not only build in tools but also
customizations available within ExtremeCloud IQ - Site Engine. Network visibility of devices, device configuration tools, device firmware and configuration management, and device reporting are discussed. Students have these concepts reinforced with a hands-on lab experience working with a pre-configured network.
Students will gain more advanced knowledge of ExtremeCloud IQ - Site Engine tools such as templates, workflows, automations, and integration with ExtremeCloud IQ. Overviews of Extreme Analytics, Extreme Policy Manager, and Extreme Control are included. Students have these concepts reinforced with a hands-on lab experience working with a preconfigured network.
The Management of Extreme Networks’ Fabric Connect is the goal of the course. Students will gain a detailed explanation of the fabric services and configure these in the lab. The latest automation features are covered including; auto-sense ports and self-forming fabric. And to provide an understanding of the management products that Extreme offers, students will experience on-boarding switches to both ExtremeCloud™ IQ and the campus solution ExtremeCloud IQ-SE (Site Engine). Lectures are supported equally with hands-on experience on VSPs, Universal Hardware 5520, ERS, and EXOS.
Extreme Networks’ Fabric Connect is an advanced, reliable, high performance network solution. This training course will review the technologies that support the fabric operation and services highlighting their proper operation and ways to determine misconfiguration. Identifying problems at network Layer 1, Layer 2 and Layer 3 and discussed along with how to troubleshoot fabric service issues. Lectures are supported equally with hands-on troubleshooting activities on VSPs, Universal Hardware 5520, ERS, and EXOS.
Students will learn methods to properly deploy and configure their switching and routing environments using the ExtremeXOS/SwitchEngine CLI. This knowledge will be reinforced through actual hands-on experience with networking equipment in a lab environment, where students will perform real world tasks.
To deploy Extreme Networks’ Fabric Connect is the goal of the course. Students experience the deployment process from the beginning to completion learning all the essential steps and technologies. Lectures are supported equally with hands-on experience on VSPs, Universal Hardware 5520, ERS, and EXOS. Successful completion results in an operational SPBM fabric with L2VSN, L3VsN, IP Shortcuts, Fabric Attach and VIST Core Switch Pair.
This course provides the knowledge and skills necessary to deploy Extreme Networks’ ExtremeCloud IQ - Controller. Students experience the deployment process from the beginning to completion, learning all the essential steps and technologies. Lectures are supported with hands-on
experience with ExtremeCloud IQ - Controller and relevant access points. Successful completion results in an operational WLAN with Open SSIDs, encryption and authentication, configuration settings, AP discovery, and equipment profiles used in the creation and management of Sites in ExtremeCloud IQ - Controller.
Students will learn methods to enhance their existing switching and routing environment with security, traffic optimization, automation, and integration features. Several network management tasks will be exercised. This knowledge will be reinforced through actual hands-on experience with networking equipment in a lab environment, where students will perform real world tasks.
The course covers additional information on how to confidently manage ExtremeCloud IQ - Controller. Students will learn how to work with users, backups, health widgets and integrate with Network Management Systems using ExtremeCloud IQ - Site Engine, as an example.
In this course you will learn all the essential topics to build a strong foundation in wireless networking, preparing you for the CWTS certification exam.
This course provides an in depth review of Extreme Networks’ Fabric Connect advanced features for integrating SPBM with other protocols and solution requirements. You will learn how Fabric Attach signaling is used to provision services at the edge and how expand the campus configuration by implementing Fabric Extend and Multi-Area SPBM. Redistributing routes from outside protocols into IS-IS is discussed with route policies. You’ll also learn about how DvR provides Default Gateway Redundancy and optimizes traffic flows. Lectures are supported with hands-on configuration of VSPs, Universal Hardware 5520, ERS, and EXOS.
Students will learn troubleshooting methodology as well as the troubleshooting toolkit available to Network Engineers and ExtremeXOS/SwitchEngine Administrators. This knowledge will be reinforced through actual hands-on experience with networking equipment in a lab environment, where students will perform real world tasks.
This course provides an in depth review of Extreme Networks’ Fabric Connect advanced features for integrating SPBM with other protocols and solution requirements. You will learn how Fabric Attach signaling is used to provision services at the edge and how expand the campus configuration by implementing Fabric Extend and Multi-Area SPBM. Redistributing routes from outside protocols into IS-IS is discussed with route policies. You’ll also learn about how DvR provides Default Gateway Redundancy and optimizes traffic flows. Lectures are supported with hands-on configuration of VSPs, Universal Hardware 5520, ERS, and EXOS.
The course covers how to manage advanced applications in ExtremeCloud IQ - Controller, such as Extreme Scheduler and AirDefense Base. Students will learn how to leverage APIs and Postman to create integrated solutions, and how to create custom dashboards and reports to become more proactive.
This course provides guidance on troubleshooting common wireless issues using ExtremeCloud IQ - Controller. It also provides tips and tricks on troubleshooting common errors within ExtremeCloud IQ - Controller such as API errors, or issues with applications.
This course provides an in depth review of Extreme Networks’ Fabric Connect advanced features for integrating SPBM with other protocols and solution requirements. You will learn how Fabric Attach signaling is used to provision services at the edge and how expand the campus configuration by implementing Fabric Extend and Multi-Area SPBM. Redistributing routes from outside protocols into IS-IS is discussed with route policies. You’ll also learn about how DvR provides Default Gateway Redundancy and optimizes traffic flows. Lectures are supported with hands-on configuration of VSPs, Universal Hardware 5520, ERS, and EXOS.
Students will learn to configure the ExtremeControl Portal to include Portal Administration, Guest Registration, and Authenticated Registration. Students will also be introduced to ExtremeControl Workflows built into ExtremeCloud™ IQ - Site Engine and well as ExtremeControl Notifications for automations. ExtremeControl integration with Extreme Connect and introduction to ExtremeControl APIs is also examined. Students will have these concepts reinforced with hands-on lab experience managing ExtremeControl in a preconfigured network.
