Integrating an HP and Cisco Network Including HP Networking Management Fundamentals
TRT:10:16:42
This course is designed to prepare both HP Networking and Cisco network engineers for the design, integration, configuration, management, and interoperability of an interconnected HP and Cisco network. In particular, emphasis throughout the course is on the understanding and implementation of both industry-standard and Cisco-proprietary protocols.
To better demonstrate and clarify these and other concepts, focus is on the current HP “ProCurve” product line, including the HP8200 zl, HP5400 zl, and HP3500 yl L3/L4 switches and the HP2900, HP2800, HP2600 access layer switches. Given the strong similarities between the CLI of Cisco’s IOS OS and HP’s “A-series” switches (acquired 3Com/H3C products), the demonstrated Cisco configuration can be readily applied to these HP products as well.
Additionally, this training provides an invaluable foundation forstudents planning to take HP Networking Accredited Systems Engineer (ASE) courses and required follow-up certification exams.
Prerequisites
Students should possess some basic knowledge of LAN switching technology
Course Benefits
This online course, delivered via Class on Demand’s learning platform, provides the student with unmatched learning flexibility. From the fundamentals of the topic to the most detailed explanations the student will be able to learn from the convenience of their desk and eliminate expensive travel costs and time away from the office. Employing custom animated graphics, ultra-high quality screen captures, and HD on camera video production, every aspect of this training is designed to deliver a clear and concise explanation of the subject. Featuring John Lancaster, a recognized guru on the topic of Cisco and HP interoperability, the course provides over ten hours, the equivalent to three days of classroom tuition without the expense of travel.
Students will be able to integrate, configure and support secure HP and Cisco network switches which are deployed in an interconnected network environment. Students will gain a working knowledge of HP /Cisco Interoperability using VLANs, Link Aggregation, Spanning Tree, Rapid-PVST+ and MSTP. In addition, students will learn basic HP switch management and configuration. Including, securing and troubleshooting HP switches
Student Performance Objectives
After completing this course, students will be able to:
» Configure and Manage HP Switches
» Secure HP Switches
» Troubleshoot HP Switches
» Describe VLAN Fundamentals
» Configure and Manage VLANs on Interconnected HP and Cisco Switches
» Configure Link Aggregation
» Describe IEEE Spanning Tree Fundamentals
» Integrate HP Edge Switches with a Cisco Rapid-PVST+ Core
» Integrate HP Edge Switches with a Cisco Core Using MSTP
Please note: The use of "ProCurve®, Hewlett-Packard®, HP Networking®, H3C®, 3Com® and HP® are logos, trademarks or registered trademarks of their respective owners and are incorporated in this material for reference only. Such nominative use does not imply any connection, sponsorship, endorsement or relationship between Class on Demand, Incorporated and the owners of these logos and marks.
Module 1: Configuring and Managing ProCurve Switches
TRT:04:07:16
Module 1 Topics Include:
Configuring and Managing ProCurve Switches
» Configuring the Switch for System Management
» Navigating the ProCurve CLI
» Managing ProCurve Switches with the Menu and Web Interfaces
» Configuring Switch Modules and Ports
» Managing System Software
» Updating Switch Software
» Managing and Backing up Configuration Files
VLAN Fundamentals
» Define port-based VLANs
» Reasons for VLANs
» IEEE 802.1Q overview
» VLAN port types
» VLAN port status and rules
» Dangers of using VLAN 1 for network management
Configuring and Managing VLANs on ProCurve and Cisco Switches
» Comparing ProCurve and Cisco VLAN Configuration
» Configuring and managing VLANs on ProCurve switches
» Case Study: VLAN Design and Implementation Current Situation
Configuring Link Aggregation Between ProCurve and Cisco Switches
» Link Aggregation Overview
» Understanding Load-Sharing Algorithms
» Setting Expectations of Load Sharing
» Configuring Link Aggregation
» Creating a Trunk Between ProCurve Switches without Disrupting Traffic Flows
» Case Study: Configuring Link Aggregation
1.1 VLAN Fundamentals
TRT:17:04
2.1 Configuring and Managing VLANs on ProCurve and Cisco Switches Introduction
TRT:00:44
2.2 Comparing ProCurve and Cisco VLAN Configuration
TRT:09:03
2.3 Configuring and Managing VLANs on ProCurve Switches
TRT:24:38
2.4 Case Study: VLAN Design and Implementation Current Situation
TRT:46:07
3.1 Configuring Link Aggregation Between ProCurve and Cisco Switches Introduction
TRT:00:31
3.2 Link Aggregation Overview
TRT:11:22
3.3 Understanding Load-Sharing Algorithms
TRT:05:44
3.4 Setting Expectations of Load Sharing
TRT:10:43
3.5 Configuring Link Aggregation
TRT:07:41
3.6 Creating a Trunk Between ProCurve Switches without Disrupting Traffic Flows
TRT:06:16
3.7 Case Study: Configuring Link Aggregation
TRT:17:34
Module 3: IEEE Spanning Tree Fundamentals
TRT:03:31:59
Module 3 Topics Include:
IEEE Spanning Tree Fundamentals
» Introduction to STP
» Spanning Tree Basics
» Determining the STP Topology
» Optimizing Spanning Tree
Integrating ProCurve Edge Switches with a Cisco Rapid-PVST+
» Analysis of PVST and MSTP BPDU Formats
» Spanning Tree Interoperability Problems with Incompatible BDPUs
» Configuring PVST+ and MSTP to Create a Single-Root Spanning Tree (Single Core)
» Case Study: Rapid-PVST+ and MSTP Interoperability (Single Core)
» Configuring PVST+ and MSTP to Distribute Traffic over Redundant Links (Dual Core)
» Case Study: Load-Distribution Using Rapid-PVST+ and MSTP
Multiple Spanning Tree (MSTP) Fundamentals
» Introduction to MSTP
» MSTP Fundamental Concepts
» Configuring MSTP with Multiple Instances
» Case Study: Load-Distribution Using IEEE MSTP (including Optimizing STP on the Edge)
1.1 IEEE Spanning Tree Fundamentals Introduction
TRT:00:36
1.2 Spanning Tree Basics
TRT:06:45
1.3 Determining the STP Topology
TRT:19:06
1.4 Optimizing Spanning Tree
TRT:17:51
2.1 Integrating ProCurve Edge Switches with a Cisco Rapid-PVST+ Introduction
TRT:00:32
2.2 Analysis of PVST and MSTP BPDU Formats
TRT:10:31
2.3 Spanning Tree Interoperability Problems with Incompatible BDPUs
TRT:08:36
2.4 Configuring PVST+ and MSTP to Create a Single-Root Spanning Tree (Single Core)
TRT:05:46
2.5 Case Study: Rapid-PVST+ and MSTP Interoperability (Single Core)
TRT:38:02
2.6 Configuring PVST+ and MSTP to Distribute Traffic over Redundant Links (Dual Core)
TRT:17:27
2.7 Case Study: Load-Distribution Using Rapid-PVST+ and MSTP
TRT:23:42
3.1 Multiple Spanning Tree (MSTP) Fundamentals Introduction
TRT:01:15
3.2 MSTP Fundamental Concepts
TRT:12:16
3.3 Configuring MSTP with Multiple Instances
TRT:16:31
3.4 Case Study: Load-Distribution Using IEEE MSTP (including Optimizing STP on the Edge)
TRT:33:03
Integrating an HP and Cisco Network Including HP Networking Management Fundamentals (Full Course)