Sentences with phrase «high efficiency cores»

Two of the cores are meant to do the bulk of intensive processing, while the other four are high efficiency cores dedicated to low - power tasks.

It features a six - core CPU with two high performance cores and four high efficiency cores.

There are wo high - performance cores and two high efficiency cores, delivering around a 40 % performance boost (according to Apple) over the A9 chip in the previous iPhone.

The A10 Fusion processor is a mix of two high efficiency cores and two that are high resource.

Not exact matches

Two cores focus on high performance and two focus on high efficiency.

The average efficiency score in the Equity: Global Ex-U.S. - Total Market segment is 81 out of 100, with the iShares Core MSCI Total International Stock ETF (IXUS) obtaining the highest rating of 99 out of 100.

There are some 50 modular designs being developed globally, and while many are traditional light water reactors, which use water to cool the reactor core, others gain efficiency by using coolants such as gas, which allow reactors to reach higher temperatures.

The B59 core is producing young stars with a high efficiency.

The Common Core State Standards were based on the idea that there are potential benefits to states of working together to develop high - quality standards for K — 12: improved quality, increased efficiency, and higher likelihood of implementation.

Radiator core with high cooling efficiency has been adopted (approximately 1.5 times the efficiency of current models).

It features a new 64 - bit A10X Fusion chip with a six - core CPU, which brings three high - performance cores and three high - efficiency ones.

Nvidia's Tegra 3 setup actually has a fifth companion core, too, allowing it to manage high - and low - frequency tasks with an unprecedented level of efficiency.

Ultra-low-voltage platform and octa - core processing provide maximum high - efficiency power to go

Fast and responsive The fast quad - core processor consists of two high - performance 1.5 GHz cores and two 1.2 GHz cores running simultaneously for optimal load balancing and power efficiency, ensuring quick app launch times, smooth games and videos, and great overall performance.

Ultra-low-voltage platform and quad - core processing provide maximum high - efficiency power to go.

In order to perform at such high levels without sucking up massive amounts of energy, IBM has designed a way to improve the energy efficiency and cooling requirements of the 1,024 quad - core Intel Xeon processors.

Indeed, his core objection appears to be with technology fixes in general, or the conviction that any bit of technological derring - do — be it a high - efficiency photovoltaic cell or a low - emissions vehicle — will be sufficient to nudge the planet from unpleasant trajectories like global warming.

By monitoring the reliability of electricity services utilities can also ensure the high operating efficiency and financial viability of their core business.

This new nuclear technology, because it operates at higher temperatures, can increase thermal efficiency from the 34 % or so of current nuclear technology to closer to 50 %; it can have more inherent safety features from not being pressurized and have a core that can not melt down; it can use more efficient combined cycle turbine technologies that require less capital for the same amount of power generated.

Four cores are max performance, while the other two are high efficiency.

In the US, you're looking at a 10nm octa - core Qualcomm Snapdragon 835 chipset with four high - power cores and four efficiency cores.

For example, checking your email will most likely be powered by the high - efficiency cores, which are better for saving battery life.

Heck, even the four high - efficiency cores are 70 percent faster than the A10.

Of the four cores, two are for high - performance actions and the remaining two focus on boosting efficiency.

It combines two high - performance cores with four high - efficiency cores and has an Apple - designed GPU inside.

The performance cores are 25 percent faster than the A10, while the high - efficiency cores are 70 percent faster.

The A11 chip includes a total of six cores, with two performance cores and four high - efficiency cores, including the neural engine.

The A11 Bionic processor has six cores, two of which are «high performance» and four of which are «efficiency» cores.

The A11 Bionic chip features two performance cores and four high - efficiency cores, all of which can be harnessed at the same time thanks to a second - generation performance controller resulting in 70 percent better performance for multi-threaded workflows and much better battery life.

While the A10 used in the iPhone 7 device family had two high - power cores and two high - efficiency cores, the A11 increases the number of high - efficiency cores to four, brining the total number up to six cores.

A triangular thermal core formed using advanced extrusion techniques and precision machining allows for a more compact design and higher thermal efficiency.

New iPad Pro models feature an A10X Fusion chip with an embedded M10 coprocessor, which includes a 12 - core GPU and a 6 - core CPU with three high performance cores and three high - efficiency cores, all controlled by an Apple - designed performance controller.

It features two high - performance cores for system intensive tasks and two high - efficiency cores that operate at 1/5 the power to save battery life for smaller tasks.

There are also two high - efficiency cores that run at 1 / 5th of the speed of the high - performance cores to preserve battery when doing tasks that aren't system intensive.

The A11 improves upon the A10 Fusion used in the iPhone 7 and iPhone 7 Plus by adding more cores, retaining the two high - power cores and increasing the number of high - efficiency cores from the two used in the A10 to four.

This new chip offers overall more performance than the A10, with the high - efficiency cores claimed to be 70 percent faster in the A11, while the two performance cores offer a 25 - percent improvement.

It features 4.3 billion transistors and its two performance cores are 25 percent faster than the A10 chip, and the four high - efficiency cores are 70 percent faster the A10.

The A11 Bionic - yes, that's its real name - is a 64 - bit, 6 - core processor (two performance cores, and four high - efficiency cores) that Apple claims is the «most powerful and smartest chip ever in a smartphone.»

When compared to its predecessors, the A11 chip's performance cores are 25 percent faster, and the high - efficiency cores are up to 70 percent faster.

Apple's custom - designed A11 Bionic chip packs six cores — two for high performance and four for high efficiency — as well as a graphics processing unit that is 30 percent faster than the one in last year's iPhone 7.

It consists of two high - performance cores that are 40 percent faster than its A9 chip (and 120x faster than the original iPhone) as well as two high - efficiency cores that run at 1 / 5th the power for lighter - loads like e-mail.

It is a 64 - bit chip with two high - performance cores that are 25 percent faster than the A10 in the iPhone 7, and 4 high - efficiency cores that are 70 percent faster than the ones in the A10 (the A10 only had two high - efficiency cores).

The iPhone X is packed with the new A11 Bionic processor: 64 - bit design, six cores, two high - performance processors that are 25 percent faster than the A10 and four high - efficiency cores (two more than the A10) that are 70 percent faster.

It will come with four low - power high - efficiency Mistral cores — double the number found in A10 processor — and two two high - power Monsoon cores.

In this model, the operating system is directly aware of the high - performance and high - efficiency cores in the system, and can dynamically allocate each task to an appropriate core based on the performance required.

This is a quad - core chip with two dedicated cores for high performance, and two efficiency cores dedicated to lower power consumption.

The A11 Bionic is a six - core CPU, with two performance cores that promise a 25 percent boost in performance over the A10, and four high - efficiency cores that promise up to a 70 percent improvement.

The custom designed chipset features a 64 - bit architecture that makes use of two - high performance cores and four high - efficiency cores.

Developer Steve Troughton - Smith discovered the A11 will pack four high - efficiency cores, doubling the number found on the A10 processor used in the iPhone 7 and iPhone 7 Plus.

Both the 8 and 8 Plus come with Apple's new A11 Bionic chipset, which features a 64 - bit six - core CPU (four high - efficiency cores / two performance cores), as well as an Apple - designed GPU that's supposedly 30 percent faster than the A10.