.

Innovation in technology is normally born from the capacity limitations with the present technologies.

Corporations will try to function around the issue for some time, devising options that push the present limits a little bit additional. But then, there is going to be a breakthrough. 1 of the prospective options pays off and raises the bar after again.

A significant recent breakthrough inside the commercial marketplace has been in storage capacity. We saw industrial computer systems jump from storage capacities of megabytes to gigabytes then promptly create to terabytes.

What limits are there on current data centre technology and how are innovators trying to overcome them?

Currently, a single from the key limits to data centre technologies is really energy. New high-performance machines require ever much more power to run and produce a whole lot much more heat.

The machines will need cooling in order for them to run optimally which, in turn, demands a lot more power. Therefore a balance in between cooling and infrastructure power should be reached and an adequate power supply located.

As you might expect, one with the corporations innovating at the forefront of this challenge is Google. At their data centre in Belgium, Google happen to be experimenting with natural cooling options. By building their servers in individual cabins and locating them outdoors, they have harnessed natural air-flow for cooling.

Some of you could be sceptical of this strategy, following all, if it have been a case of making use of natural air flow to help keep servers cool, wouldn't everyone have completed it? Effectively, the distinction at Google is that they are experimenting by operating their servers at a great deal larger temperature than most data centres.

At peak instances, when the temperatures in their server huts are as well hot for humans to work comfortably, they take 'excursion hours' away from physical maintenance to obtain on with other perform, leaving their servers to run at about 30-40º C.

But doesn't operating at high temperatures dramatically cut down server reliability?

Interestingly enough, not as much as you could assume. Researchers at Toronto University have found that the error price for servers in relation to temperature just isn't the exponential curve they initially expected.

Rather it was a basic linear improve until you hit 50º C, meaning centres could run fully smoothly at far higher temperatures than is at present thought acceptable.

The truth is, they calculate that data centres could save 4% of their energy for just about every degree hotter they let their servers to run (degrees Fahrenheit that is definitely). This indicates the Google data centre in Belgium is by far their most power effective but.

Google has certainly set an inspiring instance. Whilst the web giant surely raised the bar, it will need not represent the be all and end all of revolutionary pondering.

Striving to maintain up with new technologies may look like an apparent benefit, but firms need to only invest in program upgrades which are relevant towards the size and function of their business.

The most critical factor for every single business is the fact that their data centre provider is trusted. After all, there is no point having a brilliantly innovative data centre in case you cannot normally access it.

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keeping_cool/innovation_in_data_centre_technology.txt · Dernière modification: 2016/10/04 09:59 par ha221
 
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