The device is powered by the Qualcomm Snapdragon 821 SoC, which may now sound outdated because of the Snapdragon 835, but is still
faster than the chip that powered some of the best phones from last year, including, Samsung's Galaxy S7 and Galaxy S7 Edge.
Both versions will feature comparable performance; Samsung says the CPU in the Galaxy S7 series is 30 %
faster than the chip that powered last year's models, and the GPU is 64 % faster.
Not exact matches
Those
chips typically run run
faster and better
than those of rivals, in part because Apple is able to customize them for its phones and its own operating system, iOS.
Innovation is coming at companies
faster than ever, and it can be hard to see since it's impossible to tell if the next genetic breakthrough is currently running on an X1 instance in Amazon or the brains behind tomorrow's artificial intelligence is being developed quite literally on a
chip in some kid's basement.
Through a series of innovations, that total time was cut down to just one second, effectively making
chip readers 10 times
faster than others commonly found in grocery and retail stores.
The company boasts that the new
chips, which are refreshed models of the seventh - generation «Kaby Lake»
chips can perform up to 40 percent
faster than the original seventh generation Kaby Lake
chips.
For comparison, Apple says the A10X
chip in the iPad Pro has a CPU that's 2.5 times
faster and a GPU that's a whopping 4.7 times
faster than the A8.
That doesn't tell us how much
faster it is
than the A9 used by the previous iPad, though, or even the A8X
chip used by the iPad Air 2, so we'll have to reserve judgment until we get the new iPad in the lab for testing.
The new
chips, available for pre-order immediately and arriving on Apr. 19, are
faster and cheaper
than last year's models.
The Snapdragon 821
chip at the phone's core makes it
faster than the $ 650 Google Pixel.
And on a benchmark of apps commonly used in creative industries the AMD
chip was 21 %
faster than the Intel
chip.
Overall, the second generation
chips are about 10 %
faster in benchmarks
than last year's line, even with the lower prices.
The new Nervana
chips will be able to transfer data in and out at 2.4 terabytes per second, and with very low latency at a rate five to 10 times
faster than the
fastest input - output interfaces for traditional
chips, Rao says.
By exploiting the strange mathematical properties that reign at the subatomic level, D - Wave's
chip is theoretically able to do more calculations,
faster,
than any comparable computer
chip that currently exists.
When Advanced Micro Devices debuted the first of its new Ryzen PC processor
chips last February, the company touted the product line as considerably
faster than Intel
chips at the same price.
Our successful entrepreneurs overcame reservations about their long - term viability by selling concrete performance characteristics —
faster chips and fourth - generation language software, for instance — rather
than intangible attributes like a tangier sauce or more evocative perfume.
The productivity - enhanced Old Economy is looking rather better (would we want to be competing with Korea and Taiwan to produce computer
chips, whose price is falling even
faster than the NASDAQ?).
Vathys is an artificial intelligence startup that makes a deep learning
chip that is supposedly 10x
faster than the competition.
Although still orders of magnitude slower
than conventional computers, bubble logic can operate about 100 times
faster than existing microfluidic
chips, the researchers say.
But if such particles can be individually corralled and controlled in large numbers, they may be harnessed as quantum bits, or qubits — tiny units of information whose state or orientation can be used to carry out calculations at rates significantly
faster than today's semiconductor - based computer
chips.
The world only quantum computer maker says its upgraded
chip is 15 times
faster than ordinary computers, but experts doubt the comparison is a fair test
Photons are
faster and cooler
than electrons, but no one has been able to bend useful frequencies of light around the tight corners needed to navigate the million turns on a computer
chip the size of a postage stamp.
State - of - the - art optical
chips already transfer data at rates of around 10 gigabits per second — more
than 100 times
faster than the best electronic
chips, says Liang Feng, an electrical engineer at the California Institute of Technology in Pasadena.
«There is an enormous gap between demonstrating some kind of quantum effect in eight qubits, as they have done here, and saying that they have a 128 - qubit
chip that can perform a computationally interesting task
faster than a conventional computer,» he says.
Many thousands of nanoscale electronic «elevators» would move data between the layers much
faster, using less electricity,
than the bottle - neck prone wires connecting single - story logic and memory
chips today.
The company's goal is to develop and commercialize a RRAM
chip in roughly three years that is
faster and more durable
than flash yet uses less power and features twice the number of bits for storage, Williams says.
Electronics engineers are constantly seeking the next great thing, the supermaterial that will allow for devices even smaller and
faster than are possible with silicon
chips.
That's orders of magnitude
faster than any current receive - only ultrafast imaging techniques, which are limited by on -
chip storage and electronic readout speed to operations of about 10 million frames per second.
A couple dozen lasers switching at this speed could handle a trillion bits of information per second — more
than 100 times as
fast as current silicon
chips.
A team of Stanford engineers has built a basic computer using carbon nanotubes, a semiconductor material that has the potential to launch a new generation of electronic devices that run
faster, while using less energy,
than those made from silicon
chips
Because electrons in graphene move very quickly and scatter little (see «Ballistic electrons»), computer
chips made from graphene could in theory be both
faster and experience far less noise from electron jostling
than existing silicon
chips.
Supercomputers would operate even
faster if their
chips could communicate by light rather
than electricity.
The flow of electrons is
faster on graphene transistors
than conventional transistors, which enables
faster data transfers between
chips, Lin said.
This is much
faster and r and less messy
than chipping away at the bar, warming up the pieces and trying to control them in my now buttered hands.
I made these and I agree they are Yummo but I had a mix of small and large coconut
chips and I think next time I will filter out the tiny bits as they cook much
faster than the big ones of course.
After playing with the new tablet for a couple of days, it becomes increasingly clear that its dual - core processor and graphics
chip are both significantly
faster than the iPad 1.
The new Nexus 7 with its Qualcomm S4 Pro
chip is much
faster because it features a new CPU architecture that's more modern and
faster than the Cortex A9 inside the Tegra 3, and also it has a higher clock speed of +300 Mhz.
For starters, the next Nexus 7 tablet is rumored to have a quad core 1.7 Ghz Qualcomm Snapdragon S600 processor, which should be significantly
faster than the Nvidia Tegra 3
chip, in both CPU and GPU performance.
Apple would only say that the
chip's CPU is about 40 percent
faster than the A7 and that it has a GPU that's 2.5 times
faster.
Apple's iPad Air 2 contains a new
chip called the A8X, an SoC that's
faster than the A7 in the original iPad Air or the iPad Mini 2 and 3 and the A8 in the iPhone 6 and 6 Plus.
64 bit 4 - Core processors, 40 %
faster than A9
chips, 2X as
fast as the iPhone 5.
The Tegra 3
chip, which runs at a clock speed of 1.3 GHz, is five times
faster than its predecessor, the dual - core Tegra 2, Nvidia said.
One thing that is not a rumor: the g2 is going to be
faster than any other full qwerty stock android 2.2 hspa + phone and that means it will smoke the droid, evo, and anything else you throw at it just because it has the REAL
fastest network in America behind it, not to mention a sick Scorpion
chip.
Apple can still be ahead of the curve if their graphics performance figures translate to real - world performance, because 9x
faster than the last generation would make the A5
chip twice as
fast as Tegra 2.
This allows a
faster FPU
than A9
chips (VFPv4 vs. VFPv3) which is the same as the newer A15 based
chips (like the Samsung Exynos 5 dual which has not been released in a phone yet).
It's a dual - core setup based on ARM Cortex - A9
chips that will run at a maximum speed or 1.8 GHz — that's around 20 per cent
faster than the OMAP 4460 found inside the 7 - inch UK - bound version of the Kindle Fire HD.
Pingback: Tablets with Intel Bay Trail
chips could be 2x
faster than today's Clover Trail tablets - Liliputing -LRB--RRB-
It comes with the A7
chip used in the iPhone 5S, which is two times
faster than the previous generation and 72 times
faster than the original iPad in terms of GPU performance.
The new
chip provides 10 times
faster application performance
than its predecessor, Nvidia said.
The Folio has Nvidia's Tegra 2
chip that could give it
faster processing capabilities
than the iPad.