Using an infrared camera, Tweakers.net was able to determine that the new iPad runs about 10 degrees hotter than the iPad 2, reports Engadget.
After five minutes of running GLBenchmark, the site used its infrared cam to confirm what many of you have already suggested: the new iPad runs a little hot. According to the site's measurements, Cupertino's flagship slab reached 33.6 degrees centigrade (92.5 Fahrenheit), compared to 28.3 centigrade (82.9 Fahrenheit) with the iPad 2.
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Comments (6)
Comments are closed for this article.
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Calum - March 22, 2012 at 7:19am
Love it when the slow kids complain from the back of the class.
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Gary - March 21, 2012 at 3:55am
Speaking of dickhead alert, the original article was not in English. I could understand it, however, how about you?
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tikojing - March 20, 2012 at 3:26pm
Obviously Gary doesn't understand English.
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Gary - March 20, 2012 at 1:07pm
It's not "centigrade", the C stands for Celsius.
Not getting the name/facts correct undermines your cred, lads!
/G
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Carlos - March 20, 2012 at 1:39pm
Celsius and centigrade are two names for essentially the same temperature scale (with slight differences). The centigrade scale is divided into degrees based on dividing the temperature between which water freezes and boils into 100 equal gradients or degrees. The word centigrade comes from "centi-" for 100 and "grade" for gradients. The centigrade scale was introduced in 1744 and remained the primary scale of temperature until 1948. In 1948 the CGPM (Conference General des Poids et Measures) decided to standardize several units of measurement, including the temperature scale. Since the "grade" was in use as a unit (including the "centigrade"), a new name was chosen for the temperature scale: Celsius.
The Celsius scale remains a centigrade scale in which there are 100 degrees from the freezing point (0°C) and boiling point (100°C) of water, though the size of the degree has been more precisely defined. A degree Celsius (or a Kelvin) is what you get when divide the thermodynamic range between absolute zero and the triple point of a specific type of water into 273.16 equal parts. There is a 0.01°C difference between the triple point of water and the freezing point of water at standard pressure.