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September 5, 2001 [Number 220]
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New IBM Processors at NIH Computer Center Will Speed ComputingCIT has just installed two IBM 9672-RB6 processors at the NIH Computer Center. To minimize outage to ongoing work, CIT installed, configured, tested, and put these processors into service on SundaysAugust 19 and 26. Based on complementary metal oxide semiconductor (CMOS) technology, each machine is configured with two processorseach capable of approximately 83 million instructions per second (MIPS). Thus, each machine (with two processors) is capable of 166 MIPS, or a total of 332 MIPS. WarningHave You Checked Your Vendor Software ? Information on the installation of the new processors was e-mailed in advance to users via the Web-based "Titan / South System News." However, if you haven’t already verified that software from a vendor will run on the new processors, you should do so as soon as possible. Many vendor-supplied applications have software checks to verify licensing restrictions. These applications may check what type (model number) of CPU the application is running on and/or check actual serial numbers of the CPU. If you are running an application purchased from a vendor, you should check with your vendor to see if the software checks CPU serial numbers or model numbers. If so, you may need to make a change to your application to ensure it will continue to run on the new processors. Since the installation, only the new serial numbers and new model numbers are used.
BenefitsImmediate and Long Term Together, these new machines will provide more computing powera doubling of processor memory and an increase in individual processor speedwith greatly reduced environmental requirements. Applications that are data intensive or do not lend themselves to multitasking will experience the most improvement in performance. The 9672 CMOS machines occupy the same amount of floor space as the older IBM 9672-R44 machines. However, energy consumption will be reducedboth power for operating the machines and cooling capacity for dispersing the heat generated. Over the longer term, we expect that these new machines will be extremely reliable and easily upgraded, as CIT continues to meet the needs of our customers. |
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Published by Center for Information Technology, National Institutes of Health |
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