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Intel Sends Braswell SoC To Partners
Intel announced that it is now shipping the Bay Trail system on a chip (SoC) successor codenamed Braswell to OEM partners.
Announced almost exactly a year ago at Intel’s Developer Forum in Beijing, Braswell is a more powerful version of Bay Trail running on the 14nm fab process, designed to power low-cost devices like Chromebooks and budget PCs.
The chip maker said that devices will hit the market sometime in late summer or autumn.
“We expect Braswell-based systems to be available in the market for the back to school 2015 selling season,” an Intel representative told The INQUIRER. “Specific dates and options will be announced by our OEM partners.”
That’s all Intel will give us for now, but we were told that full details regarding the upcoming chip will be revealed at IDF in Shenzhen next week.
Braswell was expected to arrive at the end of 2014 when it was originally unveiled last year.
Kirk Skaugen, general manager of Intel’s PC Client group, said that it will replace Bay Trail as part of the Atom line, and will feature in over 20 Chromebook designs.
“Last year, we had only four designs on Chrome. Today I can announce that we will have over 20 designs on Chrome,” said Skaugen at the time.
Intel recently announced another 14nm chip, the Atom x range, previously codenamed Cherry Trail, although this will be focused on tablets rather than the value PC market segment and Chromebooks like Braswell.
In terms of power, Braswell is likely to fit snuggly above the Atom x5 and x7 Cherry Trail SoCs and beneath the firm’s recently announced 5th-generation Core products, previously codenamed Broadwell.
Unveiled at Mobile World Congress earlier this year, Intel’s Atom x5 and x7 chips, previously codenamed Cherry Trail, are also updates to the previous Bay Trail Atom line-up, being the first Intel Atom SoCs on 14nm.
These higher-powered SoCs are designed to bring improved 3D performance to mainstream premium handheld devices running full versions of Windows and Android, such as 7in to 10.1in tablets and 2-in-1 hybrid laptops priced at around $119 to $499.
For example, Microsoft quietly announced on Tuesday that the upcoming Surface 3 tablet-laptop hybrid will be powered by an Intel Atom x7. The device is priced at $500.
Intel Debuts The N3000 Series SoC
Intel has launched Intel N3000 series systems on a chip (SoCs), which will kill off Bay Trail-M and Bay Trail-D SoCs on the desktop and mobile PCs.
CPU World also has spotted some other chips which have been revealed to the world.
Intel has also launched desktop and mobile Core i3 and Pentium microprocessors. New mobile models are Pentium 3825U, Core i3-5015U and i3-5020U. These ones are based on Broadwell 14nm.
Core i3-5015U and i3-5020U are dual-cores with Hyper-Threading technology, HD 5500 graphics and ultra low 15 Watt TDP. The processors run at 2.1 GHz and 2.2 GHz. This is 100 MHz higher than the i3-5005U and i3-5010U models, that were launched three months ago.
The i3-5015U and i3-5020U chips offer a 50 MHz higher graphics boost. Official prices of these SKUs are $275 and $281.
The Pentium 3825U incorporates a couple of enhancements on the older Pentium 3805U. It supports Hyper-Threading that allows it to process twice as many threads. It also has base and maximum graphics frequencies increased to 300 MHz and 850 MHz.
The 3805U and 3825U operate at 1.9 GHz and have 2 MB L2 cache. The 3825U processor is rated at 15 Watt TDP, and priced at $161.
Will Intel Release Skylake This Year?
Intel has confirmed that it will release Core M processors this year based on its new Skylake chip design.
Intel CEO Brian Krzanich said at the Goldman Sachs Technology and Internet conference that the the new Core M chips are due in the second half of the year and will also extend battery life in tablets, hybrids, and laptop PCs.
The new chips will mean much thinner tablets and mobile PCs which will make Apple’s Air look decidedly portly. Intel’s Core M chips, introduced last year, are based on the Broadwell but the Skylake chips should also improve graphics and general application performance.
The Skylake chips will be able to run Windows 10, as well as Google’s Chrome and Android OSes, Krzanich said. But most existing Core M systems run Windows 8.1, and Intel has said device makers haven’t shown a lot of interest in other OSes. So most Skylake devices will probably run Windows 10. Chipzilla is expected to give more details about the new Core M chips in June at the Computex trade show in Taipei.
Skylake systems will also support the second generation of Intel’s RealSense 3D camera technology, which uses a depth sensor to create 3D scans of objects, and which can also be used for gesture and facial recognition. The hope is that the combination of Skylake and a new Windows operating system will give the PC industry a much needed boost.
In related news, Intel announced that socketed Broadwell processors will be available in time for Windows 10.
Intel Investing Big In Isreal
Intel is investing a further $550 million in Israel, more specifically in the upgrade of its Fab 28 in Kiryat Gat.
According to Israel21c, this will bring the total scope of Intel investments in Israel to over $6 billion since 2006. The Kiryat Gat facility is likely to be one of the first Intel 10nm fabs.
Israeli Ministry of Economy official Ziva Eger said the investment will help create thousands of jobs and reinforce the country’s standing as a world leader in technology.
“The agreement signed today between the Industrial Cooperation Authority and Intel is another expression of Intel’s contribution by way of its purchase of equipment, new technologies and Israeli products developed together with Intel,” said CEO of Intel Israel Maxine Fassberg.
Fab 28 currently churns out 22nm silicon for Intel. The fab was passed over for the 14nm upgrade. A source familiar with the matter told us that Israel competes with Ireland for every node upgrade.
“We lost 14nm to Ireland and won 10nm,” the source said.
Israel is currently in a better position to offer incentives and subsidies for such investments, as Ireland’s ‘business-friendly’ tax policies are being scrutinized by the European Union.
Intel is expected to launch the first 10nm CPU in 2016, followed by 7nm parts a couple of years later.
Intel To Add Broadwell To NUC Series
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Intel is planning to update its rather successful NUC (Next Unit of Computing) series and as you can expect, they will come with Broadwell CPUs inside.
Intel isn’t hiding the external design of the new cases and there is a dominant yellow connector at the front of the new NUC, and this one should be providing charging power even when the device is turned off.
The board comes with either M2 storage or single SATA and there will be two different designs one exclusively for M2 drive and the second taller that will be able to take 2.5 inch SSD or HDD as well.
We will probably learn more details at CES 2015 that is about to start in less than three weeks from now, but the Broadwell in this small form factor will get a speed boost and some future prove technologies such as M2 SSD support.
We are running Core i5 4200 powered NUC with Windows 10 and it really works great powered by 240GB Kingston mS200 mSata SSD and Impact SO DIMM memory. These machines takes less than half an hour to assemble and boot into windows, including Windows 10 and make a perfect choice for the lovers of quiet computing.
The new version will obviously run at least slightly faster than the one we are testing and the marketing is excluding about “the one with the yellow USB connector”.
Intel’s Cherry Trail Coming In 2015
Bay Trail was quite a big deal when it started shipping in late 2013.
It was a tablet chip that enabled great design wins such as the affordable Asus T100TA and even in late 2014 Asus used the platform to create the EeeBook X205, a $199 netbook.
Both of these designs are based on Intel’s Bay-Trail M processor, a year old 22nm quad-core processor based on the Silvermont design. Some machines that are coming with LTE, both netbooks and tablets and there will be new chip coming in 2015. It is called LTE Advanced XMM7360 chip and supports LTE Cat 10,3 CA up to 450 Mbits download and upload.
Intel will also offer Morrefield quad cores for machines with lower TDP ratings, especially tablets, and at some point in 2015 it will introduce its 14nm Airmont core based Cherry Trail processor. Cherry Trail based on 14nm Airmont core was originally expected in late 2014, but it got pushed towards middle of 2015.
Intel is clearly encountering more obstacles moving from the 22nm to the 14nm manufacturing process, but considering that most ARM competitors still have to start commercially shipping its 20nm SoCs in significant volumes, Intel still has a manufacturing node advantage. If only Intel had as many design wins to go along with its cutting edge fabs, as the company has been struggling to ship 40milion tablets in 2014, as promised.
Braxton will replace Cherry Trail in 2016. Braxton is a tock architecture, another 14nm design based on the quad-core Goldmont core. When it comes to the Performance Media Internet Device (MID) market Intel has another chip planned in 2016. It calls it SoFIA MID and the chip comes in intels 14nm manufacturing process.
Value and Entry markets for Media Internet Device (MID) and phones includes four new SoFIA parts, but with all these new and exciting chips Intel has to compete against some advanced chips coming on line in 2015, including the Qualcomm Snapdragon 810 20nm, Nvidia Erista and more affordable Mediatek solutions such as the MT6795 A53-based octa-core and its successor.
Did Intel Miss The Tablet Boat?
Intel CEO Brian Krzanich has admitted the obvious – Intel missed the boat on tablets.
Speaking at the Code Conference, Krzanich said the company was slow to react to the emergence of tablets and smartphones.
“There was a belief that tablets would be a consumption device only (and) that people would come back to the laptop and the PC. There were heavy debates within Intel and it took a while for us to accept and acknowledge that data. Companies make mistakes,” Krzanich told Walt Mossberg in an interview.
In other words at least part of Intel’s failure to tap the emerging mobile market a few years ago was internal wrangling.
The course shifted under the Krzanich regime. Last Intel President Renee James and Krzanich made it clear that the company is now treating its Atom line-up just like its big cores. For years the company treated Atoms as a sideshow, making sure that they would not eat into Core sales.
ARM had different ideas and so did AMD, they went after the tablet and essential notebook markets. As a result ARM currently dominates the mobile space, while AMD managed to carve a nice niche in the entry-level x86 segment, with Brazos and Kabini parts.
Intel is fighting back, but it is paying a heavy price. The company is on track to quadruple its tablet SoC shipments to 40 million units this year, but it has to pay through the nose to get there. As for the smartphone market, Intel is all but absent.
Krzanich insists he is not giving up on the phone and tablet space. He wants Intel to take a 15 to 20 percent market share in these segments, which sounds very ambitious. Thanks to generous subsidies it has a good chance in the tablet space. This week Intel announced a deal with Rockchip, which should also boost its presence in the booming tablet market in China.
However, so far the company has not rolled out a compelling smartphone SoC and it’s lagging behind the competition in LTE integration.
Are Transparent Semiconductors Next?
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Scientist have emerged from their smoke filled labs with transparent thin-film organic semiconductors that could become the foundation for cheap, high-performance displays. Two university research teams have worked together to produce the world’s fastest thin-film organic transistors, proving that this experimental technology has the potential to achieve the performance needed for high-resolution television screens and similar electronic devices.
According to the latest issue of Nature Communications, engineers from the University of Nebraska-Lincoln (UNL) and Stanford University show how they created thin-film organic transistors that could operate more than five times faster than previous examples of this experimental technology.
Research teams led by Zhenan Bao, professor of chemical engineering at Stanford, and Jinsong Huang, assistant professor of mechanical and materials engineering at UNL used their new process to make organic thin-film transistors with electronic characteristics comparable to those found in expensive, curved-screen television displays based on a form of silicon technology.
At the moment the high tech method is to drop a special solution, containing carbon-rich molecules and a complementary plastic, onto a spinning platter made of glass. The spinning action deposits a thin coating of the materials over the platter. The boffins worked out that if they spun the platter faster and coated a tiny portion of the spinning surface, equivalent to the size of a postage stamp they could put a denser concentration of the organic molecules into a more regular alignment. The result was a great improvement in carrier mobility, which measures how quickly electrical charges travel through the transistor.
Did Intel Have an IPad In Y2K?
Intel apparently built an IPAD ten years before Steve Jobs though of the tablet and the name. It was in the days when sticking an I in front of anything meant it was Intel rather than Apple and the Intel Pad, or IPAD for short, could browse the Internet, play music and videos, and even act as a digital picture frame.
Intel scrapped the IPAD before consumers could get their hands on it as its move into Tablets was seen as one of the outfit’s biggest blunders. According to CNET in the late 1990s and early 2000s, Intel wanted to diversify its operations beyond the PC. The IPAD came from one of several small teams within its research arm tasked with exploring new business opportunities. The IPAD, which included a touch screen and stylus, would not run entirely on its own but connected to a computer to browse the Internet through an Intel wireless technology.
Intel thought that “mobility” meant moving around your home or business and the IPAD was to be a portable device you could take around your house. The reason that they never thought of connecting it to the phone network was because Intel wanted to tie it all back to its core PC chip business. After several years of development on the Intel Web Tablet, then-CEO Craig Barrett unveiled the device at the Consumer Electronics Show in January 2001. The company planned to sell the tablet to consumers later that year.
Sadly though it miffed Intel’s PC partners, which didn’t want a product that could potentially compete with them and Intel caved in and cancelled the project.
Intel’s Cherry Trail Forthcoming
The next generation desktop and mobile Atom is Cherry Trail in 14nm and the first parts are expected in late 2014. Intel has been working hard to accelerate the introduction of Atom parts based on the new architecture and in 2014 it will finally ship Broadwell notebook chips and Cherry Trail Atoms in the same year, both using the new 14nm node.
The Cherry View is a notebook SoC version of a chip based on new Airmont core, while Cherry Trail is the part meant for tablets. The phone version is based on Moorefield architecture and they are all expected to show up in late 2014, most likely very late Q3 2014.
The TDP should go down compared to Bay Trail platform as the new 14nm needs less voltage to hit the same speed and should produce less heat at the same time. With the 14nm shrink Intel’s new Atoms will be able to get more fanless design wins.
The significance of 14nm products for mobile phones and tablets will be in the fact that ARM alliance lead by Qualcomm, Samsung, MediaTek and a few other players will be struggling to get 20nm designs out of the door in 2014, and Intel can already get to a 14nm.
However, Intel still has to integrate LTE inside its mobile phone SoCs, which has traditionally been proven to be a tough task. At this time only Qualcomm has on-die LTE and its LTE enabled SoCs are under the bonnet of almost every significant ARM based high-end phone out there.
Only time will tell how successful Intel’s mobile push will be. Even with these 14nm parts, once they show up roughly a year from now, it might be really tough for Intel to get some high-volume design wins in the phone space, despite the transition to 14nm.