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Do dual-power supply servers increase redundancy?
unit (PDU) (or sub-panel from UPS),
rack level PDU,
and servers' internal power supply In most cases, server administrators are not involved in the design or operation of the first four items. But they do directly control the rack-level PDU and server power supply. A very common cause of power failures occurs at this level.
The case for dual power supplies
Disaster recovery, business continuity hinge on the right philosophy
the facility and operate it quickly and efficiently.
Virtual redundancy: An enterprise no longer needs to put all of its eggs into one critical facility basket. Virtual redundancy via "mirrored" processes in physically separate facilities is now more feasible due to significant improvement in data transmission rates. Eliminate single points of... More...
BMC, CA showdown over CMDB title
to federation - The CMDB is typically implemented as a virtual datastore that discovers and stores customer identified core information about a configuration item. It provides pointers to all the remaining information of interest needed as part of the datastore.
Federation is the process that allows integration of all the other or "related... More... Related Articles
After Transitive acquisition, will IBM shed translation software beneficial to competition?
touted Transitive's software as an easy way for users to migrate to HP's x86 ProLiant servers. Now that IBM has acquired Transitive, the question is whether IBM will continue to sell Transitive to migrate workloads to HP and non-IBM x86 servers.
"Linux on Power is the technology of choice IBM uses when migrating HP and Sun customers to their platforms," said... More...
Running Linux and z/OS on a single mainframe poses no problem
shy about supporting a Linux-only mainframe in which hundreds or even thousands of virtual Linux servers run on z/VM, along with a bunch of Integrated Facility for Linux, or IFL processors.
But, according to IBM employees and analysts, the reasons for a purely Linux mainframe have more to do with politics than with technology. "Most large data centers have... More...
AMD releases 45-nm Shanghai Opteron processor on schedule
uses, CPU technologies like Shanghai help hone performance and efficiency in virtual environments. And a major advantage of moving from 65 nm to 45 nm is the power draw; the 45-nm processor draws the same 75 W of power as the larger Barcelona chip while offering better performance and speed (2.3 GHz to 2.7 GHz), Banda said. Shanghai also includes 6 MB of Level 3...
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