Nowadays, virtually every tech company needs some type of strategy to capitalize on the mobile revolution. For example, Advanced Micro Devices canned CEO Dirk Meyers partially due to his lack of enthusiasm for mobile.
Intel
Back to battle
MIPS isn't new to the scene, but mostly stays under the radar since it doesn't have big name semis rallying behind it in the same way that ARM does, whose camp includes heavyweights like NVIDIA, Qualcomm, and Apple, among others. MIPS has always held a strong position in set-top boxes, working with the likes of Broadcom and Sigma Designs.
The chip designer has demonstrated mobile gadgets with its SoCs in it over the past two years at the Consumer Electronics Show, and this year was no different. Its mobile processor partners are unfamiliar names like InGenic and Action Semiconductors. MIPS's strategy is currently to tap into the Chinese market with low-end offerings. Its devices offer dubious performance and build quality, considering the low price points.
MIPS and InGenic are launching a couple of models of a sub-$100 tablet running Google's
Smaller is better
The InGenic SoC inside the Novo7 is built in a 65-nanometer process, which is large compared to the Medfield's 32-nanometer and many ARM chips' 40-nanometer to 45-nanometer, and Intel and ARM chips are steadily approaching smaller geometries. The vast majority of ARM chips are fabbed by Taiwan Semiconductor Manufacturing
TSMC's 28-nanometer process is still getting ramped up, currently only accounting for 2% of sales, while Intel is most capable of shrinking its processes fastest, thanks to its deep pockets and focus on vertical integration. Chipzilla is rolling out its PC-bound 22-nanometer Ivy Bridge chips early this year, likely using the same process for mobile chips in 2013.
Three's company
MIPS was punished pretty severely last year, losing 71% of its value, particularly cratering upon its fourth-quarter and full-year results. The company's first quarter was similarly gloomy, with total revenue shrinking by 24% and operating income getting destroyed by an astonishing 89%.
There may be a place for MIPS in mobile, but it doesn't look like it will be in the mainstream. It will likely need to remain relegated to low-end emerging market sectors, and any attempt to break into the competitive domestic market will only end up punishing MIPS's partners.
For the time being, ARM will continue to lead mobile processors, with Intel nipping at its heels as it opens its deep pockets and guns with Medfield. The low-end domestic Android tablet market is already occupied by Amazon's Kindle Fire and Barnes & Noble's Nook Tablet, both of which are powered by Texas Instruments' ARM-based OMAP. Google cares most about Android's proliferation, so the more, the merrier in its mind.
That's not to say a sub-$100 Android tablet wouldn't gather some sales, but that it would end up being a losing proposition for the maker of said tablet. MIPS powered a $130 Android 2.3 tablet, the Velocity Cruz, which was eventually discontinued, and I doubt its plug was pulled because they were making too much money.
With little going for it in terms of growth drivers as its fundamentals shrink , MIPS doesn't have a bright future, so I'm giving it an “underperform” CAPScall today. MIPS may land low-end design wins here and there, but there are far better places to invest in mobile processors.
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