Sentences with phrase «nanometer process»

Nevertheless, Intel pushes forward with plans to launch its third processor family based on the 14 - nanometer process in the not - too - distant future.

The A8 chip will reportedly be based on a 20 nanometer process, manufactured at TSMC's fabs, and will be both smaller and energy efficient than the current generation of A-series chips.

It's possible Apple's supplier hit production limits on the new 20 - nanometer process simply trying to fulfill orders for the new phone and full - sized tablet models; just like last year, when there reportedly weren't enough Touch ID chips to go around, this year A8 chipsets may be the restrained hardware.

The company's new 10 - nanometer process allowed engineers to create a DRAM with better power efficiency and more.

Intel has made three generations of chips including Broadwell, Skylake, and Kaby Lake, on the 14 - nanometer process.

Both chips will be built on the 10 - nanometer process, enabling higher performance and lower battery consumption.

The company will reportedly begin manufacturing the chips using a 20 - nanometer process, then upgrade to 16 - nanometer and later 10 - nanometer processes in the future.

The chip will reportedly go into full production in June.While TSMC's 10 - nanometer process is one reason the company was awarded with a deal over rival Samsung, another likely has to do with the company's more advanced device packaging techniques, which allow for better power performance and efficiency.

Both the iPhone 6 and the iPhone 6 Plus have an 64 - bit A8 processor built on a 20 - nanometer process by TSMC.

While it's true this is good bit on the small side for a 4.7 - inch smartphone, we were prepared to give it the benefit of the doubt — after all, Samsung talks up the power - efficiency of its SuperAMOLED screens, and the Alpha's Exynos CPU is manufactured using a new, more efficient 20 - nanometer process.

In addition, the new phones are powered by 20 nanometer process.

Apple's 2018 iPhones are expected to feature upgraded A12 chips produced solely by TSMC and built on TSMC's improved 7 nanometer process.

The GS III's silicon is a fabricated with a 32 - nanometer process, which is significantly smaller than last year's generation of 45nm phones and also smaller than Tegra 3's 40nm process.

It's a 64 - bit chip forged on a 20 nanometer process.

Intel claims that it's jumped well ahead of the rest of the chip industry by moving to a cutting - edge 14 - nanometer process first.

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.

Intel's (INTC) gross margin is declining, as the delay in volume production of the 10 - nanometer process node has increased its production cost.

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.

Not exact matches

By filtering seawater through holes that are about 0.5 nanometers wide, the desalination process captures all dissolved material, including salt, while the fresh water passes through.

In one year, representing the «tick,» it would improve its microprocessors by printing the transistors on the chips closer together, reducing the scale of the process, say, from 32 nanometers to 22 nanometers.

The etching process leaves behind stacks of titanium carbide, which can be delaminated to make flakes, which are approximately 1 nanometer in thickness.

These materials are sensitive to light, and cause the nanoparticles to self - assemble through a photo - dimerization process — crosslinking — when subjected to light at a wavelength of 365 nanometers.

Xin and his collaborators rotated 20 - nanometer - thick sheets of the post-reaction material inside a carefully calibrated transmission electron microscope (TEM) grid at CFN to catch the contours from every angle — a process called electron tomography.

Globally about half the CCN originate from a secondary process which involves the formation of small clusters and particles in the very first step followed by growth to sizes of at least 50 nanometers.

After combining the main ingredients of chocolate — cocoa, sugar, milk powder, and cocoa butter — and grounding them into a powder (to speed up the process), the scientists used high - powered x-rays to peer into the sweet's crystal structure, down to a scale of several nanometers.

These corrections are made through a process called wavefront sensing and control, which aligns the mirrors to within tens of nanometers.

Because they're stable, only a few nanometers in size, and need just small electric currents to transport them, skyrmions hold potential as the basis for ultra-compact and energy - efficient information storage and processing devices in the future.

Furthermore, the technique might open up new perspectives for material processing beyond the diffraction limit — for instance in order to remove nanometer - sized areas from a surface.

He first depicted its surface using SPM and then repeated the process 12 times, shaving away a 100 nanometer layer of the sample with a beam of oxygen ions before each step.

A new process uses a cerium - based material made into nanometer - sized particles with a palladium catalyst to produce cyclohexanone, a key ingredient in the production of nylon.

The process uses a cerium - based material made into nanometer - sized particles with a palladium catalyst to produce cyclohexanone, a key ingredient in the production of nylon.

The semiconductor industry is currently locking down its manufacturing processes for chips at the so - called 10 - nanometer node.

During Intel's third - quarter earnings conference call on Tuesday, an analyst questioned Intel about the advantages of going to a 14 - nanometer manufacturing process, compared with Apple's 28 - nanometer A7 chip.

For contrast, Intel's first chip, the 4004 from 1971, was built with a 10 - micron (10,000 - nanometer) process.

Intel, the leader in the race, currently uses a manufacturing process with 22 - nanometer features.

The process uses a 3 - D simulation to guide the electron beam and replicate complex lattices and meshes between 10 nanometers and one micron in size.

The process created small crystalline regions that are only a few nanometers in size, with hints of structure, which researchers believe are key to the material's ability to withstand stress.

The end result is a film of Q - carbon, and researchers can control the process to make films between 20 nanometers and 500 nanometers thick.

In our process, you can form the film evenly down to 20 nanometers because the crystallization at room temperature is much more balanced and occurs immediately over the whole film upon bathing.»

Solar cells based on semitransparent 80 - nanometer films made using the process were shown to have higher efficiency than any other ultra-thin film.

The same gas - phase process can be applied in a rotary or fluidizing powder bed reactor to grow nanometer - thick films that are highly conformal and uniformly thick on individual particles.

Abstract: Scientists at the U.S. Naval Research Laboratory (NRL) have devised a clever combination of materials — when used during the thin - film growth process — to reveal that particle atomic layer deposition, or p - ALD, deposits a uniform nanometer - thick shell on core particles regardless of core size, a discovery having significant impacts for many applications since most large scale powder production techniques form powder batches that are made up of a range of particles sizes.

«The process is also very effective because if you have a nanometer thickness and you apply just one volt, the field is already 1 volt per nanometer.

Using a technique known as thermochemical nanolithography (TCNL), researchers have developed a new way to fabricate nanometer - scale ferroelectric structures directly on flexible plastic substrates that would be unable to withstand the processing temperatures normally required to create such nanostructures.

However, O'Hern realized that using the same process to fill in much larger holes and tears — on the order of hundreds of nanometers — would require too much time.

The method described in this new study simplifies the bijel process by first using specially coated particles about 10 - 20 nanometers in diameter.

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

Filippetto has a goal to improve the focus of the HiRES electron beam from microns, or millionths of a meter in diameter, to the nanometer scale (billionths of a meter), and to also improve the timing from hundredths of femtoseconds to tens of femtoseconds to boost the quality of the images it produces and also to study even faster processes at the atomic scale.

The consistent size of the grains observed by Cassini, the largest of which were 6 to 9 nanometers, was the clue that told the researchers a specific process likely was responsible.

His group has research activities in fundamental optical and magnetic interactions in semiconductor quantum structures, spin dynamics and coherence in condensed matter systems, macroscopic quantum phenomena in nanometer - scale magnets, and implementations of quantum information processing in the solid state.