Intel is losing billions on mobile development

by: Robert TriggsApril 16, 2014

intel logo

Intel has just published its revenue report for the first quarter of 2014 and things are not looking so good for the processor giant’s mobile division. Last year, Intel’s mobile chip division lost a rather substantial $3.15 billion, a large increase over the operating loss of $1.78 billion in 2012.

The situation is looking even worse this year, in the first quarter of 2014 alone the Mobile and Communications Group saw a $929 million operating loss, accumulating just $156 million in revenue. The division’s revenue is down 52 percent compared with the previous month and down 61 percent year-over-year.

Intel Operating Profit 2014

Just to be clear, Intel’s mobile division includes Wi-Fi, Bluetooth, GPS, cellular connectivity, and mobile processor technologies.

It appears that Intel is struggling more and more in the mobile world, revenue was sluggish throughout 2013 and losses have been accumulating over the past couple of years. We’ve covered Intel’s need to catch-up with ARM in the past, but it’s clear now that the lack of Intel powered mobile products is really starting to bite.

Intel Revenue Chart Q1 2014

A year of announcements, but no substance

Intel hasn’t been quiet about its mobile plans over the past year, in fact we probably know more about Intel’s future products than we do about market leaders’ like Qualcomm. Despite all the presentations and roadmaps, Intel has yet to produce a product that has managed to entice enough smartphone or tablet manufacturers to take notice. This is obviously troubling, as smartphones and tablets are huge market segments.

Device Shipments 2013

Intel has missed the smartphone and tablet boom and is stuck with a stagnant PC market.

Intel unveiled its Silvermont microarchitecture almost a year ago, which included its new Merrifield chips for smartphones and Baytrail processors for tablets, but only officially launched its products at this year’s Mobile World Congress. Performance wise, these chips are set to offer up a comparable experience to existing top of the line ARM processors, and should offer a much better consumer experience than the disappointing CloverTrail chips that Intel was trying to shift throughout 2013, so why the long wait?

Merrifield was originally scheduled for a late 2013 showing, but has so far only been seen in an Intel demo handset at this year’s MWC. Baytrail tablets are set to appear sometime in the first half of the year, but they’ve been a long time coming too. More importantly, we still aren’t seeing any real interest in Intel’s chips from manufacturers.

Intel CloverTrail vs Merrifield

In the end, Intel powered very few mobile products last year. The ASUS PhonePad and Lenovo K900 are the only ones which spring to mind, neither of which were widely available or really impressive devices. CloverTrail+ was supposed to be Intel’s big push into the world of mobile, but, after all the dodgy benchmarks, very few manufacturers bothered to pick up the chip.

Part of Intel’s problem, as I’ve mentioned countless times in the past, is its lack of integrated modems. If Intel is serious about rivalling the likes of Qualcomm, integrated connectivity really is a must. Intel is working on this technology, but doesn’t expect its own integrated LTE products to arrive until 2015.

Is it too late for Intel?

Before we become too pessimistic about Intel’s chances in the mobile world, the company has a decent looking roadmap lined up for the coming year and beyond. Intel’s biggest problem seems to be that it’s just taking too long for any of these products to reach the market.

Intel will be the first to manufacture 14nm processors, which should give the company a substantial edge over ARM manufacturers in terms of power efficiency, but Cherry Trail isn’t set to arrive until late 2014. Cherry Trail is aimed at the tablet market, with 14nm landing on smartphones in the form of Intel’s more flexible Broxton architecture in 2015. In the meantime, we’re finally going to see the high performance dual-core Merrifield processors arrive sometime in the first half of 2014, followed by the quad-core Moorefield versions in the second half of the year.

intel_atom 14nm

Intel’s biggest strength lies in its world leading manufacturing process. It will be the first to 14nm, but smartphone products are still a long way away.

Intel also has a plan for the lower end of the market, its integrated 3G SoFIA smartphone processors are also scheduled for an appearance towards the end of the year. Development of these more budget oriented chips will continue into 2015, where Intel will launch its 14nm 4G/LTE SoFIA chips. For premium products, Intel is also rolling out its own LTE modems this year, in the form of its XMM 7260 chip, which is expected to accompany its Merrifield processors, hopefully at a competitive price point.

Broxton will be the culmination of Intel’s mobile efforts come 2015, which will converge the company’s tablet and high-end smartphone 14nm roadmap. The new design will allow Intel to easily adjust the make-up of its chips to better suit market demands, which should see an end to most of Intel’s current issues, such as modem integration and expensive additional components. However, Broxton isn’t due to arrive until sometime in mid 2015. Intel will be relying on Merrifield and Moorefield to carry the company through the next year.

Intel Mobile Roadmap

It seems that Intel has it all sorted out, providing that they can execute the plan properly this time around. Whether or not this will be enough to compete with ARM’s price and performance dominance over the mobile world is another matter.

At least Intel will finally have some mobile products for manufacturers to consider later this year.

  • Dalvik

    There’s hope on latest Win8 tablets for intel. But for phone, I prefer ARM over x86, unless I can run windows on phone :P

    • Jonathan

      ARM will rule the world. Android will play a big part because it is the best of both worlds. It does native apps and Web apps. Android and ARM represent a very light weight of thinking. Very little bloot.

  • wat

    RIP Intel

    • MasterMuffin

      RIP AMD!

      • wat

        Sadly, yes

    • Guest123

      I think we all took it in the a$$ long enough due to the WinTel monopoly. . . .

      RIP WinTel

    • Lol this post… poor Intel. They make such good desktop/laptop chips, but they really struggling in mobile. If they can somehow translate their PC success into mobile success they’d be fine. Heck I’d buy a phone with an i3,i5,i7 in it, who wouldn’t?

      • Guest123

        anyone who wants their phone to last longer than a hour. . .

      • wat

        The problem is: they can’t. Snapdragon chips will benchmark at i5 standard soon enough, and cost at least 5 times less.

        • Monji

          keep on dreaming mobile is nothing compared to desktop which has no limitation

          • wat

            Except a Snapdragon 800 is already enough processing power for 80%+ of people and the remaining amount of people will be increasingly marginalised.

          • Monji

            I never said it was weak, in fact it is super strong.

        • I hear what you’re saying but I believe they can, they just don’t want to lose their huge profit margins. I mean let’s be serious an i5 3570K or a newer Haswell 4670K are great processor’s but they shouldn’t cost that much, even if they were 50 dollars less Intel would still be making plenty money on them, but they keep their prices high cause they know people will pay that premium over AMD. I think they can easily beat Snapdragons but they just don’t seem to care as much for mobile, I mean really the Atom series? Give us a break, my 2010 Netbook has an Atom in it, come up with something better.

          • wat

            No, Intel absolutely cannot put i7 power into a 2 watt package like Snapdragon can, yet

  • hahaha3425

    Most cost-effective website, factory direct delivery, all kinds of luxury brands, safe and efficient http://WWW.SOGARED..COM i página web. Mi sitio web es: tienen marcas: Nike, Adidas, Puma, Gucci, LouisVuitton, Armani, Burberry, Moncler, Ralph Lauren, Lacoste, Dolce & Gabbana, Hugo Boss, Abercrombie & Fitch, CalvinKlein, Dsquared2, Yves Saint Laurent, Tommy Hilfiger sitio: ◢◣◢◣◢◣◢◣
    ◥◤◥◤◥◤◥◤ We are not the usual Chinese wholesalers◢◣◢◣◢◣◢◣444
    ◥◤◥◤◥◤◥◤    →→WWW.SOGARED.COM

  • hahaha3425

    Most cost-effective website, factory direct delivery, all kinds of luxury brands, safe and efficient http://WWW.SOGARED..COM i página web. Mi sitio web es: tienen marcas: Nike, Adidas, Puma, Gucci, LouisVuitton, Armani, Burberry, Moncler, Ralph Lauren, Lacoste, Dolce & Gabbana, Hugo Boss, Abercrombie & Fitch, CalvinKlein, Dsquared2, Yves Saint Laurent, Tommy Hilfiger sitio: ◢◣◢◣◢◣◢◣
    ◥◤◥◤◥◤◥◤ We are not the usual Chinese wholesalers◢◣◢◣◢◣◢◣ 444◥◤◥◤◥◤◥◤    →→WWW.SOGARED.COM

    • gils001

      Your a dick! Go spam somewhere else.

  • gils001

    I think intel should stick with tablets and leave phones to arm. Mass adoption of intel based phones is not likely given that most of today’s legacy software is arm based. Full Windows 8 tablets should be their main focus.

  • Andrew White

    What Intel has achieved with its current 13nm fabrication process and its long history with 64 bit architecture should not be overlooked.
    The issue is probably partnership with an established brandname ‘smartphone maker’ and the fact that 99.9% of android apps are 32 bit.
    That has to change fast if android is to equal Apple’s latest 64 bit O/S.
    It is like comparing fibre optic cabling to copper wire. The difference is massive in terms of throughput.
    Our situation reminds me of desktop hardware innovation which was always well ahead of its software counterpart. Backwards compatibility works (to my knowledge) i.e. 64 to 32 bit, but upscaling must be problematic and why would you anyway.

  • Robert Crosby

    Can’t wait for braswell Intel processors and Intel does have mobile processors in tablets and chromebooks but I know that not near enough revenue they need. I always preferred AMD or snapdragon processors for my needs.