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Cooler Thermaltake ToughAir 510

15.03.2022

Thermaltake has introduced new modifications of the ToughAir 510 tower cooler: the solutions are also suitable for XNUMXth generation Intel Core processors (Alder Lake platform).

The ToughAir 510 Racing Green and ToughAir 510 Turquoise variants debuted. The first is made in green, the second - in turquoise. The design includes an aluminum radiator through which four heat pipes with a diameter of 6 mm pass. They are in direct contact with the processor cover, which provides improved heat dissipation efficiency.

Fans with a diameter of 120 mm are fixed on both sides of the radiator. The speed of their rotation is controlled by the method of pulse-width modulation (PWM) in the range from 500 to 2000 rpm. An air flow of up to 99 cubic meters per hour is created, and the static pressure reaches 2,41 mm of water column. The maximum noise level is 23,6 dBA. The service life is at least 40 thousand hours.

The dimensions of the coolers are 123,6 x 98,8 x 159,5 mm. Declared compatible with AMD Socket AM4/AM3+/AM3/AM2+/AM2/FM2/FM1 processors and Intel LGA 1700/1200/1156/1155/1151/1150 chips. The maximum allowable TDP is 180W.

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Random news from the Archive

Eyes to eyes 05.01.2017

Scientists from Kyoto University (Japan) Shogo Kajimura (Shogo Kajimura) and Michio Nomura (Michio Nomura) have shown that eye contact overloads the brain during communication, which is why it is so difficult for us to look into the eyes of the interlocutor for a long time. An article about the study was published in the journal Cognition, the results are presented in a press release.

The experiment, in which 26 volunteers took part, consisted of a simple game of association: a person was called a word (noun) and asked to immediately give an answer - a verb. For example, "ball" - "throw". At the same time, the tasks were of varying complexity: it was more difficult to find an answer to some words than to others. At the same time, the subjects interacted with the face on the computer, and it set the tasks.

The researchers compared how long it took the volunteers to respond to the tendency to look away, breaking eye contact. It turned out that difficult words predictably caused more difficulty, but the time was reduced if the person averted their eyes.

The authors of the work conclude that the dual task of maintaining eye contact and coming up with an association is too difficult for the brain. As a result, he tends to "save" on one task, less important.

Each of us can notice this effect on ourselves, for example, remembering ourselves in the exam. The more complex mental operation we perform, the more likely we begin to involuntarily look away and look away, and not at the person.

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