HP Compaq BladeSystem HP BladeSystem c7000 Enclosure technology brief 3rd edition English

* Abstract 3
* Conclusion 31
* Call to action 35
* Detecting component insertion and removal
* Proactive Performance Monitoring and Bottleneck Analysis 30
* HP Insight Control Environment for BladeSystem
* Lights Out Remote Management
* Precise Power Measurement and Regulation 30
* C Class architecture
* Onboard Administrator
* Server blades
* Controlling components
* For more information 35
* Technology brief 3
* Mezzanine cards
* Consolidated Vulnerability Assessment and Patching 30
* Parallel
* Managing power and cooling
* Managing the c7000 enclosure 23
* Identifying components
* Dynamic Power Saver mode
* Overview of HP BladeSystem c7000 Enclosure 4
* User interfaces for Onboard Administrator
* Insight Display
* Storage and other option blades
* Active Cool fans
* Figure
* Between servers and interconnect modules Figure
* Device bay crosslinks 23
* Unified Infrastructure Management
* Unified Virtual and Physical Systems Management 30
* HP Thermal Logic technologies
* Redundant
* Redundant enclosure management
* Appendix Fan and server population guidelines 32
* Pooled power 13
* Interconnect modules
* Interconnect options and infrastructure
* Fabric connectivity and port mapping
* Interconnect bay crosslinks 23
* Role based user accounts
* Scalable
* Thermal Logic for the server blade
* HP BladeSystem Power Sizer
* Virtual Connect
* HP PARSEC architecture
* The c7000 enclosure is10U high and includes a shared 5
* C7000 bay to bay crosslinks 22
* Cards storage blades power supplies and fans Figures
* Rapid Server Deployment 30
* Phase AC three phase AC or
* For c Class server blades
* Power Capping for each server blade
* Power Regulator
* Power supplies and enclosure power subsystem
* Years HP provides seamless manageability in c Class through the Integrated Lights Out