For Sales Kathy Hall

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1 IT4E Schedule Gold Circle Omaha NE Course Number Course Name Course Description For Sales Chris Reynolds IoTDMBLv1.0 SKY For Sales Kathy Hall Internet of Things Manufacturing Baseline This course is designed to introduce the Information Technology concepts identified in the Cisco Smart Business Architecture (SBA) series of solutions. The intent of this course is to provide the student with an introductory level of understanding about common Information Technology concepts, communications processes and devices typically used within the Smart Business Architecture (SBA) solution. The overall objective is to assist in preparation for the Cisco Partner Industrial Smart Solution training requirement. The course modules and lessons will identify industry specific communication models, common device platforms and basic configuration of IOS based devices along with additional network concepts found in the typical SBA Deployment. In addition to the course topics, the student will also complete hands on exercises of device configuration to reinforce the lesson objectives. Please for class availability and pricing. Course Objective Upon completion of this course you should be able to identify common IPv4 network architecture elements and best practice implementation of basic routing & switching devices that are applicable to the Cisco Converged Industrial Ethernet environment. Course Audience Course Prerequisite The knowledge and skills that a learner must have before attending this course are as follows: Basic computer literacy Basic PC operating system navigation skills Basic Internet usage skills Basic IP address knowledge Course Length Days 3 Associated Exam Number Price Module Details Thursday, October 16, 2014 Page 1 of 5

2 Module 1: Network Fundamentals for Cisco Converged Industrial Ethernet Networks Objective: Upon completion of this module you should be able to identify the different types of network devices, key terminology, documentation, various communication models and protocols used for basic Cisco Converged Industrial Ethernet Networks. Lesson 1: Basic overview Objective: Upon completion of this lesson you should be able to identify key terminology and a high level overview of basic plant & information networks operations. Introduction High-level operational description of plant floor and IT Operations The need for various protocols & proxies and why they exist. Equipment types. Router Switch IACS Firewall Lesson 2: Documentation basics & design guides Objective: Upon completion of this lesson you should be able to identify & document on a network map high-level functional relationships between electronic networking equipment & key interface connectivity in a given network architecture. Physical & Logical topologies Network maps network visualization on paper Lesson 3: Architecture models Objective: Upon completion of this lesson you should be able to identify and understand the various communications models used in Cisco Converged Industrial Ethernet networks. OSI Model & TCP/IP Packet delivery Process Cisco 3-layer Hierarchical Model. Cisco Converged Industrial Ethernet Networks Safety Zone Cell / Area Zone Level 0 Process Level 1 Basic Control Level 2 Area Supervisory Control Manufactory Zone Level 3 Site Manufacturing Operations and Control Demilitarized Zone (DMZ) Enterprise Zone Level 4 Site business planning and logistics network Level 5 Enterprise Network Module 2: Cisco Industrial Ethernet Device Technical Overview Objective: Upon completion of this Module you should be able to identify the characteristics and functional benefits of the Cisco Industrial Ethernet products. Utility Specific Hardware and Software Features (in comparison to enterprise devices) IE2000 Cisco Industrial Switch IE2000 Hardware Overview Cisco IE200 Software Overview Thursday, October 16, 2014 Page 2 of 5

3 IE3000 Cisco Industrial Switch 3000 Hardware Overview Cisco IE3000 Software Overview IE3010 Cisco Industrial Switch 3010 Hardware Overview Cisco IE3010 Software Overview Module 3: IOS Configuration Basics Objective: Upon completion of this Module you should be able to perform basic configuration and management of standard IOS based network devices. Lesson 1: Operating Cisco IOS Software Objective: Upon completion of this lesson you should be able to navigate the Command Line Interface (CLI) to configure, manage and monitor Cisco IOS based network devices. Cisco IOS Software Features and Functions Configuring Network Devices External Configuration Sources Cisco IOS Command-Line Interface Functions Entering the EXEC Modes Keyboard Help in CLI Enhanced Editing Commands Command History Lesson 2: Managing Cisco Devices Objective: Upon completion of this lesson you should be able to identify the startup procedures, perform basic configuration tasks and verify configuration to conduct basic troubleshooting of the IOS based switch device. In addition you should be able to perform basic device file management. Initial Configuration Using the System Configuration Dialog Configuring an IOS Device from the Command Line Verification, Maintenance & Troubleshooting Commands Using Show and Debug Commands on a Cisco Devices Cisco IOS File System and Devices Managing Device Configuration Files Managing Cisco IOS Images Lesson 3: Securing the Expanded Network Objective: Upon completion of this lesson you should be able to identify and manage common security threats to network environments and configure best practice preventative measures on an IOS based switch. Physical and Environmental Threats Configuring Password Security Configuring the Login Banner Telnet vs. SSH Access Port Security Configuration Securing Unused Ports Lesson 4: Implementing VLANs and Trunks Objective: Upon completion of this lesson you should be able to Identify the need for broadcast domain separation and perform configuration tasks to achieve logical network separation within a switched network environment. Understanding VLANs Understanding Trunking with 802.1Q Thursday, October 16, 2014 Page 3 of 5

4 Configuring VLANs and Trunks Lesson 5: Optimizing Spanning Tree Performance Objective: Upon completion of this lesson you should be able to identify the need for a Spanning Tree in a layer 2 environments and the best practice of implementation. Building a Redundant Switched Topology Recognizing Issues of a Redundant Switched Topology Resolving Issues with STP STP Operation Configuring RSTP Lesson 6: Routing Between VLANs Objective: Upon completion of this lesson you should be able to understand the basics of inter-vlan communication. Understanding Inter-VLAN Routing Configuring Inter-VLAN Routing Module 4: Implementing Routing Protocols Objective: Upon completion of this module you should be able to Identify & configure various routing protocols used in Cisco Converged Industrial Ethernet environment Lesson 1: Reviewing Routing Operations Objective: Upon completion of this lesson you should be able to identify the basic classifications of routing protocols. You will also be able to configure, verify & troubleshoot the Routing Information Protocol (RIP) routing protocol. Static Routing Reviewing Dynamic Routing Reviewing Dynamic Routing Understanding Distance Vector Routing Protocols Understanding Link-State Routing Protocols Lesson 2: Implementing RIP Objective: Upon completion of this lesson you should be able to implement & configure the RIP routing protocol. Configure RIPv2 Module 5: Access Control Objective: Upon completion of this Module you should be able to identify at high level, various access control mechanisms typically used in an IP network. Lesson 1: Introducing ACL Operation Objective: Upon completion of this lesson you should be able to identify and understand basic access control list operations. Understanding ACLs ACL Operation Types of ACLs Additional Types of ACLs ACL Wildcard Masking Lesson 2: Configuring and Troubleshooting ACLs Objective: Upon completion of this lesson you should be able to Configure and troubleshoot basic access control list functions. Configuring Numbered Standard IPv4 ACLs Configuring Numbered Extended IPv4 ACLs Configuring Named ACLs Troubleshooting ACLs Thursday, October 16, 2014 Page 4 of 5

5 Lesson 3: Firewalls & User access Objective: Upon completion of this lesson you should be able to identify the high level purpose & functions of advanced access control mechanisms commonly found in the Cisco Converged Industrial Ethernet environment. Cisco ASA Telnet/SSH AAA, TACACS+ & RADIUS user authentication VPN/Remote Access IPsec Site to Site VPN VTI, DMVPN & GETVPN SSL Remote Access VPN Remote desktop Module 6: Additional Network Concepts Objective: Upon completion of this module you should be able to identify additional advanced technologies commonly used in the Cisco Converged Industrial Ethernet environment. Lesson 1: REP (Resilient Ethernet Protocol) Objective: Upon completion of this lesson you should be able to identify the basic operations of Resilient Ethernet Protocol (REP) Definition of REP Cisco REP Failure Notification Cisco REP Fault restoration and Preemption Lesson 2: Multicast/IGMP Objective: Upon completion of this lesson you should be able to identify the common components and options for implementing IPv4 Multicast protocols in the IP network. PIM Sparse Mode Static RP Auto RP BSR PIM SSM PIM BiDirectional Lesson 3: QOS/COS Objective: Upon completion of this lesson you should be able to Identify common traffic management and resource contention resolution tools found in IP networks. Congestion management/avoidance Traffic shaping Prioritization/Queuing strategies Configuration Class maps Policy maps Service policies Thursday, October 16, 2014 Page 5 of 5