Sentences with phrase «using chip technology»

You'll also have peace of mind knowing your transactions are secure using chip technology.

To answer this question, the research team now wants to systematically use the chip technology to study the association between human eating habits and the formation of fat cells.

When shopping in store, use the chip technology and insert your card to enhance the security features.

Some offer «zero liability» in the case of unauthorized purchases, and many now use chip technology to reduce the likelihood of fraud in the first place.

Not exact matches

The money will be used for product development and field trials to shrink down the technology to chip size so it works in mobile phones and Wi - Fi devices.

Allyson Hugley, president of Measurement & Analytics for Weber Shandwick, notes that the data from the study could add another layer to the modes of evaluation that are already available to advertising and marketing agencies, building on traditional surveys and more recent technology such as beacons and RFID chips that are used during live events.

Bentley - based information technology company ISA Technologies has become the first organisation in the southern hemisphere to use revolutionary new IBM Cell chip technology for high performance computing and visualisation.

The maker of graphics chips used in everything from Apple (aapl) computers to Tesla's self - driving car technology, Nvidia (nvda) is enjoying blockbuster demand for its products.

Military technology, automobiles, cellular towers and solar panels, to name a few, all use chips too.

The technology is similar to the sort used in RFID chips that keep track of pets or livestock, in electronic toll collection and all sorts of other devices.

The device also uses Texas Instruments Digital Light Processing chip technology to project a darn good high - resolution image.

The technology sector may see more pressure if industries that use chips — such as transportation, machinery or even security cameras — fall under higher taxes, Credit Suisse's Pitzer wrote.

Qualcomm has announced three concessions that it hopes will help resolve its long - running legal battle with Apple over the fees it charges for use of its wireless chips and patented technology.

ShotTracker's technology tracks real - time basketball performance statistics using data from chips embedded in a basketball, players» shoes, and portable sensors placed around the court.

«We will use cutting - edge 7 nm process technology for chips to be used in the mining process, and jointly work on its research and development and manufacturing with our alliance partner having semiconductor design technology.»

The mark of the beast is spiritual, and identical to the pledged of allegiance to the flag, because worshipping doesn't come from a chip, or any technology device, although we are surrounded by human devices... The name of the beast is going to be written in the heart, or in the mind on those who worship the beast, because worshipping is of the heart, or of the mind... When the Germans used their right hand to pledge allegiance to the flag, or to Hitler, there was no physical mark in the right hand, or forehead of the German pledger, because the pledge of allegiance to the flag, or to Hitler, was written in the heart, or in the mind of the German pledger... When the US uses their right hand to pledge allegiance to the flag, there is no physical mark in the right hand, or on the forehead of the pledger, because the pledge of allegiance to the flag, is written in the heart, or in the mind of the pledger... The devil uses Romans 13 to deceive those who are pledging allegiance to the flag, because they do not believe what God said in Ex.20: 1 - 5, and De.4: 15 - 19... When a person pledges allegiance to a man, or to a flag, or to a nation, they are heading for destruction, because God said; «cursed be the man that trusteth in man, and make flesh his arm, and whose heart departeth from the LORD Jer.17: 5 KJV... Whatever happened to the Germans who trusted in Hitler, or on their military power?

Theo Allen, a math student at NYU's Tandon School of Engineering who attended Tuesday's event, said he'll be participating in the competition, and mentioned three technologies he'll look at: a gun that can be locked using a smart phone app; a gun activated by a fingerprint reader; and a gun that can only be used if triggered by a digital chip embedded in a nearby device, like a ring.

Besides security - related applications — and the privacy concerns that such technology might raise — everyday electronics could also make use of terahertz chips to enable all sorts of technical wizardry, much like the cameras, accelerometers and gyroscopes in today's cell phones.

It uses digital chip technology that gives it faster shut - off and recovery time, so you're protected from hearing loud noises.

«New technology platform propels the use of «organs - on - chips».»

This flexibility allows the organs - on - chips to be used in many different laboratories and spurs «democratization» of the technology, she said.

But because the new DNA objects are on the same size scale of devices that can be patterned using computer chip lithography, it might be possible to integrate the two technologies and design DNA origami to detect cancer biomarkers and other biological targets that could then be read out by electronic devices, Castro says.

Using the new methods of micromachining, which borrow technology for making computer chips to carve out and build up microscopic structures on silicon wafers, Peter Gammel and his colleagues at Bell Labs / Lucent Technologies reduced three of the critical devices of a cell phone to Lilliputian size that will allow all the components of a phone to be constructed on a single chip.

Based on complementary metal - oxide - semiconductor (COMS) technology — a standard low - cost, high - volume chip manufacturing technique used for most processors and chips today — a group of researchers from IBM Research in Zurich, Switzerland, together with a consortium working under the EU - funded project «ADDAPT,» have demonstrated a novel optical receiver (RX) that can achieve an aggregate bandwidth of 160 Gb / s through four optical fibers.

It says the bigger carriers, especially AT&T, have used their market power to ensure chip designers and device makers make equipment compatible with their flavor of the technology, leaving smaller carriers in the cold.

But White points out that the technology used to generate individual photons to feed into the chip, and to detect them as they emerge, is not efficient, fast or compact enough yet.

«We use our LEAP technology to embed ultra-thin, ultra-small semiconductor chips, including 350 µm / side, 20 µm thick semiconductor dice, in paper substrates with a thickness of < 120 µm,» said Dr. Marinov, associate professor of industrial and manufacturing engineering at NDSU.

The fact that the device uses current technologies such as techniques for silicon - chip manufacturing means there are no known roadblocks to scaling up to create a useful quantum computer.

But using compression technology developed for digital cellphones combined with a digital signal processing chip made by Motorola, a team from the University of Surrey managed to squeeze surprisingly good quality sound into the gap.

Researchers under the direction of KIT have now demonstrated that carbon nanotubes are suited for use as on - chip light source for tomorrow's information technology, when nanostructured waveguides are applied to obtain the desired light properties.

It uses what is claimed to be the world's most powerful processing chip, the 64 - bit Alpha, which was launched last year (Technology, 7 March 1992).

IBM Research is working on «interlayer cooling,» in which water is pumped through tiny tubes penetrating chips are piggypacked using high - speed communication technology called through - silicon vias.

CMOS is the technology used by the computer industry to make integrated circuits, and because the techniques are so well optimized, CMOS - compatible chips are potentially very low cost.

Researchers of the University of Stuttgart achieved a new world record in coupling efficiency between optical fibers and integrated silicon waveguides based on the new developed aperiodic grating coupler structures that are fabricated using the technology process of IMS CHIPS.

The fix is to stack chips into dense 3D configurations, with chips linked using a technology called through - silicon vias (TSVs).

So far, the most likely implementation of optical technology are optical interconnects that would replace the relatively slow copper wires now used to link processor chips to one another.

«New chip could bring highest level of encryption to any mobile device: First use of quantum technology to create a random number generator that is both tiny and fast.»

He believes that cooling computer chips might be the first place to utilize the new technology, however, given that such chips already use copper interconnects and often overheat as they continue to become ever tinier.

PIC technology offers a way to integrate photonic components — such as the lasers and detectors used by the new quantum random generator — onto a chip with a small footprint and low power consumption.

Along with his colleagues, he used the new technology of «biologgers» (miniature sensors attached to computer chips and implanted into the aardvarks by wildlife veterinarians), to study the activity patterns and body temperatures of aardvarks living in the Kalahari.

The core information technologies used in small drones — extremely small video cameras, chips to process video and high - speed wireless communications systems — are routinely found in inexpensive consumer electronics.

One idea is to use radio - frequency identification (RFID) technology — labelling things with small chips that store data and can be tracked.

However, until now, all prototypes of devices based on conventional ferroelectrics have not been compatible with silicon technology, which is used in the production of most modern chips.

To do so, they used so - called microarrays, a chip technology originally developed for the semiconductor industry.

Some research teams over the past five years have used microarray or gene - chip technology to compare genomes and quickly scan them for variations of copy numbers on each chromosome.

«This could be used to scale current semiconductor technologies down to the atomic scale — lasers, light - emitting diodes (LEDs), computer chips, anything,» says Dr. Linyou Cao, an assistant professor of materials science and engineering at NC State and senior author of a paper on the work.

And it maybe goes both ways, but I know that in radio astronomy, for example, they have taken advantage of a lot of the — and presumably in other kinds of astronomy as well, they've taken advantage of the, you know, how cheap storage is now and processing power to do really hugely data - intensive observations with off - the - shelf technologies, and they've used graphics processors to, you know, do things they could only do before with custom fabricated chips, which were obviously extremely expensive.

Once the DNA is ready, the two technologies diverge: The 454 technique puts the beads on a fiber - optic chip and uses flashes of white light to identify the bases.

The ability to produce high - performing photonic devices using the CMOS process means chip designers will not have to be specialists to design photonic devices, Wade explained, which will hopefully accelerate the commercialization of photonic technology.

In the 1980s, Carver Mead, a pioneer in microelectronics at the California Institute of Technology, realized that the same transistors used to build computer chips could be used to build circuits that mimicked the electrical properties of neurons.