Q. A 1000 MB data transfer between the disks within the server, takes the time of

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Q. In the case of dual-port, rack switches operating at oversubscription rate of

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Q. Containers also reduce the distance of the air-circulation-loop, which reduces

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Q. The power-utilization effectiveness median is

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Q. The leaving bandwidth of the rack is 6 to 24 times smaller

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Q. To the server 90% of accesses are local, 9% are being outside the server but in the rack, and 1% are being outside the rack will be having average memory latency of

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Q. Network interface card (NIC) in the baseline design is

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Q. Every pair of racks, including one rack-switch and the other holds

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Q. Every server containing 16 GBytes of memory along a 100-nanosecond access-time and the transfers at

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Q. Operating the servers at very higher temperature, means that air has to be chilled to

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Q. The ratio of bandwidth leaving rack, is known as

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Q. Warm water flowing over a large surface within the tower, for transfer of heat to the outside air through evaporation, the technique is known as

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Q. Within a WSC most of the applications fit on a single-array. Those which need more than single array use

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Q. Increased time for next clicking (ms) for 200 server-delay (ms) is

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Q. Networking infrastructure, which can be scaled to 100,000 ports or 1 petabit/sec of

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Q. Networking infrastructure, which can be scaled to 100,000 ports or 1 petabit/sec ofIn addition to the power-supply, Barroso and H

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Q. A 7-foot (213.36-cm) rack offers

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Q. Power utility failures having no of events per year of

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Q. A Google container has ability to handle up to

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Q. If Google container has ability of handling up to 250 kilowatts, it means it can handle up to

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