H0LN3SHPHPHP-H0LN3S1.0<p>At the conclusion of this course, the student will be able to: </p> <ul> <li>Introduce composable infrastructure (basic concepts) and HPE Synergy domains</li><li>Explore the functional architecture of the HPE Synergy environment, including management infrastructure (HPE Synergy Composer and Frame Link Modules), compute modules, interconnect modules, local storage systems, power and cooling</li><li>Review the HPE Synergy portfolio and equipment capabilities</li><li>Explain the HPE Synergy master/satellite interconnects, topology and cabling</li></ul><p>Basic networking and HPE OneView experience is strongly recommended, or complete the following courses: </p> <ul> <li>H0LN2AAE HPE Synergy Overview WBT</li><li>H0LP6AAE HPE OneView Overview and Configuration for Synergy</li></ul><ul> <li>System administrators, engineers and consultants who install, manage, and monitor HPE Synergy systems</li><li>New HPE Synergy customers or HPE BladeSystem c-Class customers interested in HPE Synergy</li></ul><ul> <li>Module 0: HPE Synergy Administration</li><li>Module 1: HPE Synergy Solution</li><li>Module 2: HPE Synergy Cabling</li><li>Module 3: HPE Synergy Networking</li><li>Module 4: HPE Synergy Storage</li><li>Module 5: HPE Synergy Composability</li><li>Module 6: HPE Synergy Firmware</li><li>Module 7: HPE Synergy Scaling</li><li>Module 8: HPE Synergy Maintenance and Growth</li></ul><h5>Module 0: HPE Synergy Administration</h5> <ul> <li>Course Overview</li><li>Introduce composable infrastructure (basic concepts) and HPE Synergy domains</li><li>Explore the functional architecture of the HPE Synergy environment <ul> <li>Management infrastructure (HPE Synergy Composer 11 and Frame Link Modules)</li><li>Compute modules</li><li>Interconnect modules</li><li>Local storage systems</li><li>Power and cooling</li></ul></li><li>Review the HPE Synergy portfolio and equipment capabilities</li><li>Explain the basics of the HPE Synergy master/satellite interconnects topology and cabling</li></ul> <h5>Module 1: HPE Synergy Solution</h5> <ul> <li>Solution overview <ul> <li>Planning steps</li><li>Configuration steps</li></ul></li><li>Hardware overview</li><li>Management appliances</li><li>Frame management cabling</li><li>Power cabling</li><li>Interconnect link topology</li><li>Accessing HPE Synergy Composer</li></ul> <h5>Module 2: HPE Synergy Cabling</h5> <ul> <li>Ethernet modules</li><li>Interconnect link topology</li><li>Ethernet traffic flow</li></ul> <h5>Module 3: HPE Synergy Networking</h5> <ul> <li>Network connectivity settings</li><li>Address identifier service</li><li>Network, network sets</li><li>Logical interconnect groups</li><li>Enclosure groups</li><li>Logical enclosure</li><li>Interconnect settings, LACP load balancing</li></ul> <h5>Module 4: HPE Synergy Storage</h5> <ul> <li>SAN configuration</li><li>Storage management</li><li>SAN Manager</li><li>Networks</li><li>Zoning</li><li>Fabric</li><li>Composable arrays</li><li>Volumes and volume templates</li><li>Storage options <ul> <li>Storage array</li><li>HPE Synergy D3940 Storage Module</li></ul></li></ul> <h5>Module 5: HPE Synergy Composability</h5> <ul> <li>Server hardware <ul> <li>HPE Synergy Gen10/Gen11 Compute, HPE Integrated Lights Out 5/6</li></ul></li><li>Server hardware types</li><li>Server profile template</li><li>Server profile</li><li>Physical addressing</li><li>Compliance</li></ul> <h5>Module 6: HPE Synergy Firmware</h5> <ul> <li>Current HPE OneView Updates</li><li>Acquiring firmware</li><li>Interconnect firmware updates</li><li>Compute firmware</li><li>OS tools</li><li>Appliance firmware</li><li>Upgrading hardware</li><li>Preparing to upgrade</li><li>Best practices</li><li>Tools</li><li>Compliance</li><li>References</li></ul> <h5>Module 7: HPE Synergy Scaling</h5> <ul> <li>Scaling frames in HPE Synergy</li><li>Adding a remote management ring</li><li>Frictionless scaling of a logical enclosure <ul> <li>The procedure for scaling from one to two frames</li><li>The procedure for scaling from two to more frames</li><li>Scaling with 25/50 Gb interconnect link modules</li></ul></li></ul> <h5>Module 8: HPE Synergy Maintenance and Growth</h5> <ul> <li>Maintenance topics</li><li>Remote management ring</li><li>Adding frames</li><li>Composer upgrades</li><li>Composer migration</li><li>FLM move to 4 port</li><li>Changing Ethernet fabric</li><li>New LIG | EG, reparent LE</li></ul>At the conclusion of this course, the student will be able to: - Introduce composable infrastructure (basic concepts) and HPE Synergy domains - Explore the functional architecture of the HPE Synergy environment, including management infrastructure (HPE Synergy Composer and Frame Link Modules), compute modules, interconnect modules, local storage systems, power and cooling - Review the HPE Synergy portfolio and equipment capabilities - Explain the HPE Synergy master/satellite interconnects, topology and cablingBasic networking and HPE OneView experience is strongly recommended, or complete the following courses: - H0LN2AAE HPE Synergy Overview WBT - H0LP6AAE HPE OneView Overview and Configuration for Synergy- System administrators, engineers and consultants who install, manage, and monitor HPE Synergy systems - New HPE Synergy customers or HPE BladeSystem c-Class customers interested in HPE Synergy- Module 0: HPE Synergy Administration - Module 1: HPE Synergy Solution - Module 2: HPE Synergy Cabling - Module 3: HPE Synergy Networking - Module 4: HPE Synergy Storage - Module 5: HPE Synergy Composability - Module 6: HPE Synergy Firmware - Module 7: HPE Synergy Scaling - Module 8: HPE Synergy Maintenance and GrowthModule 0: HPE Synergy Administration - Course Overview - Introduce composable infrastructure (basic concepts) and HPE Synergy domains - Explore the functional architecture of the HPE Synergy environment - Management infrastructure (HPE Synergy Composer 11 and Frame Link Modules) - Compute modules - Interconnect modules - Local storage systems - Power and cooling - Review the HPE Synergy portfolio and equipment capabilities - Explain the basics of the HPE Synergy master/satellite interconnects topology and cabling Module 1: HPE Synergy Solution - Solution overview - Planning steps - Configuration steps - Hardware overview - Management appliances - Frame management cabling - Power cabling - Interconnect link topology - Accessing HPE Synergy Composer Module 2: HPE Synergy Cabling - Ethernet modules - Interconnect link topology - Ethernet traffic flow Module 3: HPE Synergy Networking - Network connectivity settings - Address identifier service - Network, network sets - Logical interconnect groups - Enclosure groups - Logical enclosure - Interconnect settings, LACP load balancing Module 4: HPE Synergy Storage - SAN configuration - Storage management - SAN Manager - Networks - Zoning - Fabric - Composable arrays - Volumes and volume templates - Storage options - Storage array - HPE Synergy D3940 Storage Module Module 5: HPE Synergy Composability - Server hardware - HPE Synergy Gen10/Gen11 Compute, HPE Integrated Lights Out 5/6 - Server hardware types - Server profile template - Server profile - Physical addressing - Compliance Module 6: HPE Synergy Firmware - Current HPE OneView Updates - Acquiring firmware - Interconnect firmware updates - Compute firmware - OS tools - Appliance firmware - Upgrading hardware - Preparing to upgrade - Best practices - Tools - Compliance - References Module 7: HPE Synergy Scaling - Scaling frames in HPE Synergy - Adding a remote management ring - Frictionless scaling of a logical enclosure - The procedure for scaling from one to two frames - The procedure for scaling from two to more frames - Scaling with 25/50 Gb interconnect link modules Module 8: HPE Synergy Maintenance and Growth - Maintenance topics - Remote management ring - Adding frames - Composer upgrades - Composer migration - FLM move to 4 port - Changing Ethernet fabric - New LIG | EG, reparent LE3 Tage2250.002250.002250.00