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Monitor Philips BDM3270QP

08.05.2015

Philips has expanded its product range with the BDM3270QP monitor.

For this money, the manufacturer offers a 32-inch monitor with a resolution of 2560 x 1440 pixels, using an AMVA panel. This results in maximum viewing angles. The response time is declared at the level of 5 ms, the maximum brightness reaches 300 cd/m2. The novelty boasts a color display depth of 10 bits.
Philips BDM3270QP

The device is equipped with ports Dual-Link DVI, DisplayPort 1.2, HDMI and 1.4. The monitor also received a stand that allows you to change not only the tilt, but also the height of the panel, as well as position it in portrait mode. As additional equipment, there are a pair of USB 3.0 ports.

The cost of a new monitor is about 700 euros.

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Latest news of science and technology, new electronics:

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Alcohol content of warm beer 07.05.2024

Beer, as one of the most common alcoholic drinks, has its own unique taste, which can change depending on the temperature of consumption. A new study by an international team of scientists has found that beer temperature has a significant impact on the perception of alcoholic taste. The study, led by materials scientist Lei Jiang, found that at different temperatures, ethanol and water molecules form different types of clusters, which affects the perception of alcoholic taste. At low temperatures, more pyramid-like clusters form, which reduces the pungency of the "ethanol" taste and makes the drink taste less alcoholic. On the contrary, as the temperature increases, the clusters become more chain-like, resulting in a more pronounced alcoholic taste. This explains why the taste of some alcoholic drinks, such as baijiu, can change depending on temperature. The data obtained opens up new prospects for beverage manufacturers, ... >>

Random news from the Archive

Mars was twice covered by oceans 19.02.2012

Before Mars dried up catastrophically, its surface was at least twice covered by oceans - 3 and 4 billion years ago. This is evidenced by the data of the MARSIS radar, installed on the European orbital probe Mars Express and conducting observations since 2005.

A group of astrophysicists led by Jeremy Mouginot from the Institute of Planetology and Astrophysics in Grenoble came to this conclusion after analyzing data collected by the radar over the past two-plus years. Beneath the surface of the northern plains of Mars, they found deep layers of low-density material. "We interpret this as the presence of sedimentary rocks, possibly rich in ice," says Mougino. "This is a strong new indication that there was once an ocean here."

Scientists have been talking about the ancient Martian ocean for a long time - in photographs taken by various orbiting probes, features of landscapes resembling coastlines were discovered. However, the conclusions were too preliminary and controversial. MARSIS allows you to look at a depth of 60-80 meters under the surface of the planet, and throughout this thickness, the researchers saw evidence of the presence of sedimentary rocks and ice.

Scientists believe that there were two oceans - one existed 4 billion years ago, then it dried up and was reborn after another billion years - perhaps due to a sharp increase in geothermal activity, which heated the sedimentary layers and melted the ice that was there. The second time, the ocean did not last very long. After one or two million years, it disappeared again, either freezing again and returning to the ground, or gradually evaporating into the atmosphere. It is unlikely that this second ocean could give rise to life in such a short time - its traces, scientists believe, should be sought in the sediments of the first ocean, which covered the Martian surface for much longer.

Olivier Vitasse from the European Space Agency, who heads the science program for the Mars Express project, highly appreciates the study. "Until now, all our conclusions about water were based on photographs, mineralogical data and atmospheric measurements," he says. "Now we have received strong confirmation from subsurface radar: But so far the main question remains unanswered:" Where did the water go? ".

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