The Slide earphones will never get tangled. Free Technical Library News

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Slide headphones never get tangled

01.09.2014

What technical solution should be taken as a basis in order to create interesting in-ear headphones? It seems that users do not always appreciate the exclusively musical component of such devices, and often they are also guided by the ergonomics of the product when buying.

The authors of the Slide startup did not rely on the uniqueness of the sound of their headset, excellent noise isolation, wide stage, deep bass and "warm tube sound". The idea of the developers is based on the convenience of using headphones, namely, on the implementation of a proprietary patented way to save music lovers from constantly tangled wires.

Of course, potential buyers could save money by reading the British physicist's research and finding a way to minimize cable tangles. However, if there is a more efficient, less time-consuming and reliable alternative, then why not take advantage of it? This is how the idea of fixing the wires according to the principle of a zipper with the help of a special clamp-clip appeared, which turns two separate cables into one solid one. Typically, such a toothless zipper is used in stationery envelopes and files.

As for the convenience of attaching the earbuds directly in the ear, thanks to the ComfortFit2 system, which provides for the location of the rubber nozzle at an angle with respect to the main structure, you can securely and comfortably place the earbuds in the ear without fear of falling out while running or playing sports. The ZBX High Performance Drivers speaker will be responsible for the sound quality.

Slide can perform the functions of a classic headset for a mobile phone - there is also a control panel with a basic set of functions and a microphone located on the wire.

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A group of researchers from the University of Michigan, USA, led by Professor Wei Lu, has begun developing a chip designed to process video data. The scientists' goal is to make the processor process video a thousand times faster than current solutions while consuming 10 times less electrical energy, according to Phys.org.

According to Lou, there are so many video surveillance systems in the world today that there will soon be a point where existing computing systems will no longer be able to keep up with the amount of video data generated. "We plan to create a system that will be able to do this," the scientist said.

The chip, which American scientists have begun to develop, is characterized as a "processor with a self-organizing adaptive neural network." This network will be made of standard transistors, as well as new elements called memristors. A memristor is a memory resistor whose resistance value depends on how much current was previously passed through the element. The new chip will be able to self-learn and process a large number of signals in parallel, scientists say.

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