This course describes how the HP virtual connect family of interconnect solutions, which are modules deployed in HP BladeSystem enclosures, can be used to enable server blades, also installed in the BladeSystem, to access IP and storage networks. A variety of supporting networking technologies will also be covered, including protocols and standards applicable to Layer1, 2, and 3, that are commonly encountered when selling data center solutions encompassing local area and storage area networks.
HP BladeSystem Networking (00378835)
- HP Solution Architect
- HP Authorized Reseller
- HP Technical Client
- HP Field Presales & Competency Center Solution Architects
Certifications and Related Examinations:
- AIS - HP BladeSystem Solutions 
- AIS - HP ProLiant ML/DL/SL Servers 
- HP AIS - Converged infrastructure Integration 
- HP0-S32 - HP BladeSystem Networking
At the conclusion of this course, you should be able to:
- Describe IP networking terminology and concepts including physical connectivity, switching, and routing.
- Describe protocols supporting redundancy and availability in IP networks including those enabling link aggregation (LACP and PAgP), and path redundancy (Spanning Tree).
- Describe the implementation of VLANs and how traffic from multiple VLANs can be 2 transported over network links.
- Describe protocols commonly used in the management of IP networks including LLDP, CDP, SNMP, and Syslog.
- Describe virtual switching concepts including those encountered in server virtualization solutions like VMware.
- Describe FlexFabric module and adapters features and functionality.
- Describe Converged Network Adapter (CNA) technology and FCoE functionality.
- Describe the hardware and software features of the HP Virtual Connect Ethernet and FlexFabric modules.
- Configure HP Virtual Connect Ethernet modules to support IP network connectivity scenarios.
- Configure HP Virtual Connect FlexFabric modules to support IP network connectivity scenarios.
- Describe storage networking terminology and concepts including physical connectivity and fabric topologies.
- Describe the hardware and software features of the HP Virtual Connect Fibre Channel modules.
- Configure HP Virtual Connect FlexFabric modules to support storage network connectivity scenarios.
- Configure HP Virtual Connect Fibre Channel modules to support storage network connectivity scenarios.
Module 1: Networking Overview and Management
- Deliver an overview of network types and networking techniques
- Describe strategies for network management
Module 2: Layer 2 concepts
Explain OSI Model Layer 2 concepts
Module 3: Layer 3 Concepts
Describe Layer 3 concepts
Module 4: Networking Security and Performance
- Identify strategies for providing network security
- Explain how to attain network QoS
- Describe virtual switching concepts
Module 5: HP Virtual Connect for Ethernet
- Define terms that relate to Virtual Connect technology in an Ethernet environment
- Compare the HP Virtual Connect Ethernet interconnects supported in BladeSystem enclosures
- Describe the features and functions of VCM and VCEM
- Explain how to manage server VLAN tagging support
Module 6: HP Virtual Connect FlexNIC Technology
- Compare the four Dual Port Flex-10 10GbE Multifunction BL-c Adapters supported in HP BladeSystems
- Describe the features and functions of a FlexFabric adapter
- Explain how FlexNICs work
Module 7: Virtual Connect Fibre Channel Concepts
- Define terms that relate to Fibre Channel technology
- Compare the Virtual Connect Fibre Channel modules supported in BladeSystem enclosures
- Discuss the technologies supported by Virtual Connect Fibre Channel modules
- Explain how to enable converged network deployments in a data center
Module 8: HP Virtual Connect Stacking
- Explain how to implement Virtual Connect stacking
- List the VC FlexFabric module stacking rules
This is a QA approved partner course
Face-to-face learning in the comfort of our quality nationwide centres, with free refreshments and Wi-Fi.
Find dates and prices
Online booking is currently not available for this course, to find out more please call us on 01753 898320 or email us at email@example.com to discuss how we can help.
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