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According to the latest reports, Qualcomm will be getting Samsung to produce its upcoming Snapdragon 820 processor on its 14nm FinFET process.
Additional reports state that Qualcomm will be pushing its Krait cores to the site, using the more efficient and faster Kyro cores instead. The Snapdragon 820 processor should see 8 cores clocked at 3GHz, which will make it one of, if not the fastest mobile processor in the world. When will we see the Snapdragon 820 architecture powering devices?
We should see Qualcomm pushing the new Snapdragon 820 processors into devices in Q4 2015.
With Intel all set to unveil their new Skylake-S series of processors at Gamescom 2015 in August, we're hearing that the new 'K-series' enthusiast processors will not ship with a stock cooler.
Intel is set to release its Core i7-6700K processor a week after Windows 10 is released, with Intel aiming at enthusiasts buying their own high-performance air, or liquid cooling system for their new CPU. The chipmaker will be offering a new PCG 2015D high performance air and liquid cooling solutions, but the processor itself will ship without a HSF.
The next question is, will Intel drop the price to counter that the processor doesn't include a stock cooler, or will Intel make more profit per K-series CPU it ships, thanks to not giving consumers a cooler.
Intel had planned to jump into the 10nm processor game as early as next year, but it looks like its 10nm-based Cannonlake processor has been pushed back, indefinitely.
The chip giant planned on releasing its 10nm processor in 2016, delaying it into 2017 shortly after. But now the company has experienced serious issues with its 10nm process, deciding to intro the Kaby Lake platform instead. There's not much known on the Kaby Lake platform, other than it being a 14nm process, and the usual dual- and quad-core processors that Intel will surely offer. We should expect the same LGA1151 socket to be used, with power to sit somewhere between 4.5W and 91W.
We should take a lesson from this: while AMD isn't sitting in the best position when it comes to combating Intel in the CPU game, Intel is now at a stalemate when it comes to ushering in a next-generation processor. With 10nm off the table for the next few years, we're looking at nearly rehashed CPUs from Intel until a new technology can be released to market from the company.
Things have heated up in the AMD space hours before the launch of the Radeon R9 Fury X, with rumors circling that Qualcomm is interested in acquiring AMD, according to a report by Seeking Alpha.
Without a large amount of success in recent times there has been many claims by public and media alike of AMD beginning a struggle, without any reports pointing out a direction or solution that AMD might undergo in order to fix its 'issues'. However, in a report by investor company Seeking Alpha, Qualcomm CEO Steve Mollenkopf mentioned that he is interested in taking over a larger portion of the server scene and adjacent markets - this saw AMD pointed out as the most realistic financial possibility.
There's a few assumptions made here that Qualcomm will either buy out the AMD server business solely or the complete company itself - however, it's one of the best theories put forward yet. AMD recently denied spin-off talk, which helps solidify the idea that it may sell up completely to Qualcomm, rather than pushing away parts of its business.
If Qualcomm is to take over, we can expect to see the Snapdragon processor come out in full force, something that is already included in many mobile applications and the chip that this company is most well known for in the public scene.
The AMD versus Intel debate is one that will seemingly run until the end of time. The latest update in this slew of arguments is the unfolding information that AMD's E3-announced Project Quantum will be powered by an Intel Core i7-4790K processor instead of an AMD-made addition.
Sitting atop an ASRock mini-ITX motherboard, the internals will be topped off with two 'Fiji' video cards in crossfire, half-height Crucial Ballistix RAM and an AMD labeled SSD.
As for cooling, the Project Quantum will feature a custom Asetek watercooling system that hooks up to the video cards, the processor and the PCG.
Despite previous reports that claim AMD plans to spin-off into two separate businesses, the company has been quick to deny those reports.
The Reuters report indicates AMD wants to focus on graphics and licensing away from its server business, with speculation that the ATI brand could be reborn once again.
"AMD provided official confirmation that we have not hired an outside agency to explore spinning-off/splitting the company," said Sarah Youngbauer, spokesperson at AMD, in a statement to eTeknix. "We remain committed to the long-term strategy we laid out for the company in May at our Financial Analyst Day, which encompasses all parts of the business."
Taking place in Cologne, Germany on the 5th to 9th of August, Gamescom 2015 is said to be the host of a live global premiere of Intel's new 6th Generation desktop processors - the Skylake series.
We've already seen plenty of Intel Z170 Express chipset motherboards shown off at Computex recently in Taipei, Taiwan and now it's time for the heart of any desktop PC to shine alongside DDR3 or the recently-released DDR4 technology.
With further releases set for August/September, Intel will be soon showing off it's full range of champion products ranging from high-end overclocking to consumer desktop performance.
Computex 2015 - Rockchip has just unveiled its new "world's lowest power Wi-Fi technology," boasting an 85% power decrease for Internet of Things (IoT) devices when compared to predecessors and claiming it to provide similar power figures to Bluetooth 4.0 LTE.
The patented RKi6000 chip out of this Chinese company was announced during a stint at Computex 2015, with Rockchip stating that its new device uses around 20 mAh of power during use across a more convenient platform than the often range-limited Bluetooth 4.0 option.
There is also the added feature of 'Adaptive Dynamic Power Control Technology' which claims to adjust the chip's power configuration depending on data transmission requirements at any given time. Allowing for a better overall power consumption model when in stand-by or low-use situations.
Self-quoted as the "world's first high-performance Accelerated Processing Unit (APU) in a System-on-Chip (SoC) design" and previously known as the codename "Carrizo," this 6th generation AMD A-Series chip claims to be the most versatile notebook processor on the market.
Adding to the world first claim list is "the world's first High Efficiency Video Coding (HEVC) hardware decode support for notebooks, the first Heterogeneous Systems Architecture (HSA) 1.0-compliant design, and the first ARM TrustZone-capable high-performance APU," as mentioned in the release. These claims sit alongside specifications including a 12 compute core design, with four of those for the CPU and eight GPU - involving AMD "Excavator" cores and third generation AMD graphics cores.
Boasting double the speed of its competitors and twice the battery life of the previous model, this chip is tailored towards a Windows 10 experience and DirectX 12 usage.
It looks like manufacturers want AMD new chip, code-named Carrizo, to appear in laptops powered by Microsoft Windows 8 and Windows 10 - and not in Chromebooks. The news was confirmed by AMD marketing manager Adam Kozak, with OEMs likely excited to utilize Carrizo for gaming, video entertainment, and more.
The Carrizo is AMD's 6th generation AMD A-Series processor designed with core performance improvements, better gaming functionality, and other increased support for hardware-intensive activities. This is a great move by AMD as the company hopes manufacturers and consumers become fans of its latest accelerated processing unit offering.
Some laptops running Windows 8.1 and powered by Carrizo will launch in early July, with other products slated later this year using Windows 10. AMD designed Carrizo to help shake up laptops in the $400-$700 price range, which appears to be the consumer sweet spot.