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NEC P and V Series Digital Signage Displays

26.04.2017

NEC Display Solutions has announced the availability of an updated line of professional MultiSync P and V series displays for modern digital signage. Retail customers can choose from an extensive range of multi-touch displays, optional glass or mirror glass, and overlay frames that can be customized in any color.

The P and V series displays are based on NEC's open platform concept and can be expanded and adapted to different requirements. For example, when used with Schott's Mirona translucent mirror, the P-Series is ideal for scenarios where customer interactions are significantly impacted by enhanced visuals. The mirror glass of the MultiSync P (MG) series displays is a cross between a real mirror and a digital signage display. This allows retailers to take customers on a visual tour where digital signage is seamlessly integrated into indoor mirrors. Retailers can offer targeted information such as a list of sizes, colors or optional accessories, allowing the customer to use a mirrored surface to see what it will look like, the company said.

The P and V series displays are also suitable for professional, industrial and other digital signage applications where these devices have to work in difficult environments. This is achieved thanks to a durable protective glass with a thickness of 4 mm, designed to protect display screens from damage from any external influences. Schott's anti-reflective and light-transmitting Conturan safety glass combined with a display brightness level of 500 cd/m2 on the V series and 700 cd/m? in the P series guarantee the readability of the content. Overall, both series provide investment protection and safe operation in public and industrial areas, according to NEC.

In addition, the P and V series displays are available in versions with colored frames, which can ensure optimal integration into the environment. Frame colors can be selected from a range of RAL colors, giving you the flexibility to match the appearance of the device to specific aesthetic requirements.

Other customization options include intuitive touch screen functions. P-Series MultiSync SST displays with integrated ShadowSense Multi-Touch technology are available in screen sizes from 40 to 80 inches and provide precise touch functionality. The displays recognize 10-point simultaneous touch and gestures, ignoring accidental touches. ShadowSense technology provides highly accurate touch recognition by filtering out misleading touch actions and ignoring side touches.

V-Series touch models with Infrared Multi-Touch technology will be available from June 2017. The displays feature an anti-reflective coating that minimizes reflections and ensures a high degree of touch recognition accuracy. They support all major operating systems and up to 10 simultaneous touch points.

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The radioisotope method misled scientists 21.04.2012

A new study has shown that some events in the history of the Earth occurred much later than previously thought.
Scientists from the British Geological Survey and the Massachusetts Institute of Technology have refined the method of measuring time from the isotopic composition of uranium, which is now used to estimate the age of major geological events. Thus, it turned out that previous studies erroneously "aged" events by 700000 years, and maybe even by millions of years.

Minerals naturally trap uranium particles, which then decay to form other elements, including lead. A new study has shown that it is possible to more accurately measure the number of uranium isotopes 238U and 235U and more accurately determine how much time has passed since the formation of a particular mineral and rock.

The scientists emphasize that for samples about 4,5 billion years old (the age of the Earth), all previous measurements based on the isotope decay of uranium-lead (U-Pb) need to be revised, and the difference could be hundreds of thousands and even millions of years.

The new 238U/235U ratio will allow geologists to more accurately determine the time frame for a wide range of geological processes: from the beginning of the formation of our planet, continents and mineral deposits to evolutionary events and climate change.

For over 35 years, the 238U/235U ratio of 137,88 has been used to calculate the U-Pb date. This technique has been used for most of the samples, including the oldest rocks that formed four billion years ago, and very young ones that are only a few hundred years old.

However, when a group of British and American scientists estimated the weight and age of zircon crystals recovered from the bottom of the East Pacific Rise, they found that their age varies greatly. From a geological point of view, this is impossible, since all the crystals must have formed at approximately the same time.

As a result, the scientists concluded that many uranium-rich minerals, such as zircon, actually have a lower 238U/235U ratio, which can range from 137,743 to 138,490. Such a seemingly insignificant fluctuation can lead to the fact that the actual age of the rock differs from that measured by geologists by hundreds of thousands, and sometimes millions of years. It is clear that in this case, the course of many geological and biological processes on our planet will have to be revised.

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