Sentences with phrase «nanometer technology»

Just recently the Japanese firm GMO Group claims it will be launching miners with 7 - nanometer technology.

Samsung previously had that role as proven by the 14 - nanometer chip technology for the Galaxy S7 and Note Fan Edition processors and the 10 - nanometer technology for the Snapdragon 835 housed by the Galaxy S8.

Back in December, The Motley Fool reported that Apple's supplier, TSMC, is going to manufacture the smartphone CPU using 10 - nanometer technology.

If you take a look at things like transistor density and you compare, pardon the pun, apples - to - apples and you compare, say, the A7 to our Bay Trail, which is a high density 22 nanometer technology, then our transistor density is higher or more dense than the A7 is.

Intel has teased the large - scale release of these 10 - nanometer chips for years, promising they'd deliver better performance with lower power usage than chips built with the company's 14 - nanometer technology, which have been shipping since 2014.

Not exact matches

Krzanich gave little information past the name, except to say it would «continue to take advantage of 14 - nanometer» (or the current generation of chips) technology and would ship to clients.

AMD said the new processors, which are optimized for gaming, have the world's first 12 - nanometer process technology and offer up to 15 % better performance than AMD's first - generation models.

Joint research between Tampere University of Technology (TUT)(Finland) and University of Tübingen (Germany) has shown that carefully structured light and matching arrangements of metal nanostructures (so - called «plasmonic oligomers») can be combined to alter the properties of the generated light at the nanometer scale.

«If we want to compete with current state - of - the - art technology, we have to go for skyrmionic objects [that] are much smaller in size than 100 nanometers,» Wiesendanger says.

Living cells are micrometer - scale units capable of replication, growth, chemical synthesis, and movement using technologies operating on individual molecules at the nanometer scale.

The researchers used the state - of - the - art nanofabrication technology to make arrays of electrodes with a width of only 100 nanometers (0.00001 centimeters) to excite sound waves at an unprecedented high frequency that is higher than 10 GHz, the frequency used for satellite communications.

To disperse the aluminum compound and make the metal less brittle, researchers led by materials scientist Hansoo Kim of Pohang University of Science and Technology in South Korea added nickel, which caused the aluminum compound to permeate the metal in nanometer - sized clusters instead of long bands.

«This technology can actively stabilize two items relative to each other with a precision well below one nanometer at room temperature,» JILA / NIST physicist Tom Perkins says.

Most of them dealt with nanometer - scale systems derived either from biology or from technology and I had the idea of bundling them together into a book.

Commercial transistors are now as small as 32 nanometers, but that's closing in on the limits of current fabrication technology.

In another two - dimensional experiment to achieve negative refraction, earlier this year researchers Henri Lezec, Jennifer Dionne and Harry Atwater at California Institute of Technology in Pasadena, Calif., sandwiched a 100 - nanometer - thick layer of silver between silicon nitride and gold, with openings on either end to allow laser light to enter and exit the silver.

The new technology promises to allow scientists, medical professionals and technologists to for the first time place particles smaller than 100 nanometers precisely where they are needed.

Hiroshi Handa of the Tokyo Institute of Technology and his colleagues developed tiny magnetic beads — just 200 nanometers in diameter — that can be attached to drugs and other compounds.

The technology is made of extremely small, synthetic high density lipoproteins measuring roughly 10 nanometers.

Teams led by Lu - Chang Qin of the NEC Corporation in Tsukuba, Japan, and Z. K. Tang of the Hong Kong University of Science and Technology observed these tiny tubes, which, at 0.4 nanometer in width, represent the theoretical limit in smallness.

To shrink its microprocessor circuitry elements to today's 22 - nanometer size — just 22 billionths of a meter — Intel had to develop a technology called tri-gate transistors in which silicon semiconductor material protrudes in fin - shaped ridges.

This technology can zoom in on objects as small as a few nanometers big (a few billionths of a meter wide) and can catch a moment in time to reveal what happens over about 15 nanoseconds (15 billionths of a second long).

However, a new technology company from Poland is trying something different, patenting and commercializing a guided assembly of nanoparticles for creating (or, to put it simply, printing) conductive lines with a width of as little as 100 nanometers (nm).

Their combined technologies let them pump electrons into nanotubes that are little more than a nanometer wide and then excite them with polarized light.

The term «nano - technology» had been coined in 1974 by Norio Taniguichi to describe semiconductor processes involving control on the order of a nanometer.

Some of these technologies impose only limited control of structure at the nanometer scale, but they are already in use, producing useful products.

Nanotechnology is a group of emerging technologies in which the structure of matter is controlled at the nanometer scale, the scale of small numbers of atoms, to produce novel materials and devices that have useful and unique properties.

Nevertheless, incremental progress in nanometer - scale science and technology expands the toolkit that can be used to develop atomically - precise manufacturing, and provides benefits to encourage further investment in nanotechnology.

From the mid-1980s on progress in nanometer - scale science and technology exploded, and the term nanotechnology was appropriated by researchers, media, businesses, and funding agencies to refer to any technology in which control of the structure of matter on a scale of nanometers to tens of nanometers to hundreds of nanometers in at least one dimension enabled unique phenomena and novel applications.

Nanotechnology encompasses science, engineering, and technology at the nanoscale, which is about 1 to 100 nanometers.

International partners have contributed equipment, labor and expertise, including Britain's Science and Technology Facilities Council supplying the suspension assembly and some mirror optics; the Max Planck Society of Germany providing the high - power, high - stability laser; and an Australian consortium of universities supported by the Australian Research Council offering systems for initially positioning and measuring in place the optics curvature to nanometer precision.

At the University, she extended her research interests, broadly based on optics and laser - matter interactions, to encompass materials science and technologies, in particular at the nanometer scale.

Renesas Electronics Corporation announced the sample shipment of the industry's first on - chip flash memory microcontroller (MCU) using a 28 nanometer (nm) process technology.

Even though iPhone X packs a ton of new and advanced technology, improvements made with 10 - nanometer A11 Bionic chip, optimization, and OLED display means that iPhone X provides better battery life than all previous iPhone models to date.

It is built with a 20 - nanometer manufacturing process, one of the most modern technologies available today.

The 9810 benefits from Samsung's second - generation 10 - nanometer FinFET technology and an all - new octa - core CPU.

Mining Major internet technology manufacturer and recent entrant into virtual currency mining hardware industry, GMO Internet Inc, has announced it has successfully developed a 12 nanometer (NM) Fin FET Compact (FFC) semiconductor chip for...

These chips usher in new and improved technologies including 10 - nanometer processing and gigabit download speeds, which all promise to make devices faster and more power efficient.

Samsung's decision was mostly driven by the fact that Qualcomm has chosen Taiwanese company TSMC as the sole producer of its next - generation 7 - nanometer chip technology.

The new Galaxy S8 AnTuTu benchmark video also highlights the advancements in processor technology, as both the Snapdragon 839 and the Exynos 8895 run on a 10 - nanometer architecture as opposed to the 14 - nm architecture of older processors.

For those still unfamiliar with quantum dot technology, quantum dots are crystal semiconductors as small as a few nanometers that emit colored light.

The Exynos 7 Octa 7870 uses Samsung's most advanced 14 - nanometer FinFET process technology and has been designed primarily for mid-range smartphones and other mobile devices.