The Big Unknown: Marvell’s GPU

The CPU core is simply one piece of the puzzle though. In the application processor business it’s the entire SoC that matters, not just the CPU core. While Intel, Samsung and TI (among others) license graphics cores from Imagination Technologies, Marvell uses a company called Vivante to provide graphics IP.

Only the ARMADA 500 and 600 series have hardware 3D graphics powered by Vivante’s GPU core. Unfortunately I have absolutely no information on its capabilities. Marvell is listing 1080p video playback as a feature so we at least have a full video decode engine.

Market Share and the Future

As I mentioned at the start of this piece, the ARM market is around 4 billion chips per year. Marvell expects this to grow to 5 billion as the market for smart devices expands (smartphones, smart TVs, smart, uh, otherthings).

Marvell itself shipped 1 billion processors last year, 65% of them with a core that implemented an ARM instruction set. The company has an engineering team (software + hardware) of over 1000 people, supposedly the largest ARM development team in the industry.

It takes this team around 6 months to get a chip from design to tapeout, add a couple more for integration and then to get it back from the fab. All in all you’re looking at a yearly cadence for new chips out of Marvell.

As smartphones become more PC-like in functionality, we’ll need to have faster hardware. Competition is a good thing and in the SoC space there’s lots of it. Marvell offers a unique twist on ARM, time will tell how it holds up to ARM’s own designs. Marvell believes it may even have more engineers working on microprocessors than ARM itself, something that will be necessary as these designs get more complex in the future.

In many senses the SoCs going into these smartphones are going through the same evolution we saw in the PC industry over the past 20 years, just on an accelerated schedule. I’m betting we’ll see the same sort of thinning in the SoC CPU and GPU markets as we did in the PC industry. We’re down to three companies in the PC space, wonder how many we’ll end up with in the SoC market.



View All Comments

  • FuriousCoder - Monday, October 19, 2009 - link

    When you refer to three companies in the PC space, are you referring to Intel, AMD, and nVidia? Reply
  • Rindis - Monday, October 19, 2009 - link

    Probably Via. They're out of any sort of performance market, but they still make x86 instruction set chips. Reply
  • JonnyDough - Saturday, October 24, 2009 - link

    There's no "probably" about it. He meant Via. But if NVidia has it their way there will be either a new GPGPU market or they'll be eventually competing in the x86 space. Reply
  • Wwhat - Monday, October 26, 2009 - link

    It's interesting with nvidia, they say their new GPU is fully c++ compliant right? So they bypass the whole instruction set issue by just realizing everything is written in a higher language and then compiled anyway, so if they have a compiler and equal capabilities and their GPU-also-CPU is in PC's anyway.. well it's almost like the real thing.
  • bobsmith1492 - Monday, October 19, 2009 - link

    How is this different from, say TI's Omap or DaVinci devices - ARM7 core with integrated DSP for video processing? Reply
  • etal2 - Monday, October 19, 2009 - link

    The difference is software.

    This chip will make all existing software faster while in order to see any benefit from an Omaps DSP you need to rewrite the software specifically to take advantage of it.

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