The Exynos 9 Series processors were introduced by Samsung almost a year ago, and we've seen them used in the company's flagship phones of 2017. With the announcement of the Galaxy S9 nearing, it's time we learned a little about the chip that will be running the show (outside of the US and China, which will get Qualcomm's latest Snapdragon 845 processor), so Samsung has lifted the covers off the Exynos 9810 SoC.
It's built on Samsung's second-generation 10-nanometer process, which boasts improvements such as a faster LTE modem and support for deep learning-based image processing software. As with any new chip, faster performance is promised, and it will apparently handle multitasking better than its predecessor – which is no surprise again. Read More
We've been hearing for some time now that the Pixel 2 and Pixel 2 XL would have either the Snapdragon 835, Qualcomm's current flagship chipset, or a slightly more powerful Snapdragon 836. However, it turns out that there was never a Snapdragon 836 in the first place. Read More
Nearly all phone manufacturers use SoCs (system-on-a-chip) from other companies, like Qualcomm or MediaTek. Exceptions to that rule include Apple's A series, Samsung's Exynos processors, and Huawei's Kirin platform. Xiaomi is now joining in with the Surge S1, the company's first SoC developed completely in-house. Read More
Have you recently stopped to think about what modern smartphones can do? It's amazing how much power is packed into these small little devices that we carry around all day, and it's even more amazing that most of that power resides in teeny tiny chips that are lodged somewhere between the huge screen and the big battery.
ARM is one of the companies that provide the building blocks for modern smartphone SOCs. It makes graphics and application processors that companies like MediaTek and Samsung use in their Helio and Exynos chips, respectively. Now ARM is unveiling new processors for the 2017 flagships that will push their performance even further. Read More
Back in late July, the Qualcomm Corporation - employer of over 30,000 individuals at the time - began the process of telling about 15% of those people (eg, over 4,000 gainfully-employed human beings) they were no longer needed. This was after already cutting another 1500 jobs in late 2014.
The company's stock is currently trading near 2-year lows, and while obviously still a very robust company, Qualcomm can't keep putting in these kinds of numbers if it's going to maintain its position at the tippy-top of the smartphone chipset market.
Qualcomm (QCOM - NASDAQ) stock is down over 10% year-to-date. It is down over 20% from its peak, reached in early 2014. Read More
Qualcomm's current top processor is the Snapdragon 810, which is only shipping in the LG G Flex 2 and set to appear in upcoming flagships like the HTC One M9. But at Mobile World Congress the chip manufacturer is already taking the wraps off of its next-gen design, the predictably-named Snapdragon 820. Details on the exact capabilities of the new chip are scarce, but Qualcomm says it should be ready to ship to mobile manufacturers sometime in the second half of this year.
The press release below doesn't delve into speed or raw capability, instead focusing on built-in functions like enhanced photos, wireless radio innovations, security features, and "always on" services. Read More
Look, we get it - MediaTek isn't the first name you want to hear when it comes to innovative new SoCs. The company doesn't have the best reputation when it comes to releasing source code, which is a huge no-no in the Android world. But still, this is probably worth talking about, because it's pretty neat.
This morning, MediaTek announced the first 64-bit octa-core processor for smartphones. The chip, model number MT6795, can run at speeds up to 2.2GHz, and supports native 2K displays (2560x1600). It can also process (record and playback) super slow-motion video at 480fps in 1080p. I'm not entirely sure why you need that on a smartphone, but you know what, it's there. Read More
New phones and tablets aren't the only thing that Samsung will unveil in Barcelona. A recent Twitter post indicates that the company will reveal a new line of Exynos mobile processors, cryptically titled "Exynos Infinity." The post from the official Exynos account omitted any other details, but a debut during the Samsung Unpacked event on February 24th (concurrent with, but technically distinct from, Mobile World Congress) is a safe bet.
We haven't heard anything about an Exynos Infinity, but SamMobile seems convinced that this is the Samsung GH7, an ARM processor with a 64-bit architecture spotted in a recent Linux kernel patch. Read More
Intel may have decided that ARM's advantage within small devices and embedded systems is just too much to contend with, because now the world's largest semiconductor chip maker will start to fabricate ARM chips in its plants. Altera announced at a conference today that Intel would produce the company's ARM Cortex-A53 processor beginning next year. Who would have guessed that Intel would be the company to manufacture one of the world's first quad-core 64-bit ARM chips?
However, Altera's product is destined for use inside network equipment, not smartphones. This deal may not immediately directly threaten competitors like Samsung, who produced Apple's 64-bit A7 ARM chip, but tighter competition could be brewing down the road. Read More
Most smartphone manufacturers have chosen to ignore Intel's mobile offerings in favor of ARM chips, but Intel is hoping to change their minds with its latest microarchitecture. Today Intel unveiled Silvermont, which reportedly will result in new mobile chips with three times the performance of current-gen Intel Atom processors. Alternatively, Silvermont will enable Intel's next-gen Merrifield smartphone chips to achieve the same performance levels as Clover Trail+ with one-fifth of the power consumption.
Want more specifics? Other advertised features of Silvermont include:
- A new out-of-order execution engine enables best-in-class, single-threaded performance.
- A new multi-core and system fabric architecture scalable up to eight cores and enabling greater performance for higher bandwidth, lower latency and more efficient out-of-order support for a more balanced and responsive system.