Google Acquires Chip Maker Startup Agnilux
bobwrit points out a story at PC Magazine, from which he extracts "Google has purchased Agnilux, a secretive chip house made up of engineers who architected the heart of the iPad, then left the company. Reuters' PEHub reported the story Tuesday night. A Google spokesman also confirmed the acquisition to PCMag.com. 'We're pleased to welcome the Agnilux team to Google, but we don't have any additional information to share right now,' a Google spokesman said Tuesday night via email."
I can feel a lawsuit coming...
Google wants to make phones, netbooks and tablets. They've been investing money in coding for ARM, but it makes sense to look into producing their own chips for these devices.
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I wonder if Google just absconded with the real value in the chip company?
Apple has a good handle on their vertical, from hardware to content. Google is just beginning its jump into the hardware portion. I imagine this is just another rung in the ladder from the bottom to the top, control all the way.
I did not know "architect" could be used as a verb. Let me try: Frank Gehry architects buildings for a living. Emperor Palpatine tried to architect the downfall of the rebels.
GPad
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Google has been spending a lot of effort -- from custom power structures inside their buildings to buying that magic box that generates power form minerals to custom-making their own server blades -- to reduce power and make energy efficient servers; they have so many of them after all.
These guys, while formerly PA Semi, focused their new business on energy-efficient server CPU's. So I wouldn't so much expect a gPad. It's likely the consumer will never see the chips that are being produced here.
Now that Google is getting into hardware, it's only a matter of before we see:
The Google Search (and destroy) Robot. ;)
the times has a different spin. it's not chips so much as low-power hardware/software integration google's paying for. http://bits.blogs.nytimes.com/2010/04/21/google-acquires-another-piece-of-the-tablet-puzzle/?hpw
Going back to my question, if this was feasible, why hasn't it been done before?
http://blindscribblings.com - Tasty pop-culture in conceptual fashion.
Because you need custom silicon. The people who make ARM SoCs are not in the server market. They'd need to design a new SoC for that market, and they'd then need to persuade system builders to use it. It's a lot more effort than just buying an off-the-shelf x86 chip and using that and it's a lot higher risk because you are assuming that there is a market for ARM-based servers. It makes sense for a company like Google, because they know there is a market for whatever hardware they produce; themselves. They can buy an A9 license from ARM, get some custom bits added to a SoC, and get a company that owns some fabs to run off a few hundred thousand of them, and it's worthwhile.
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In ASIC world, to "design" means to write RTL code (and all that follows it) that matches the desired architecture. To "architect", means to write the high-level spec of what the design should look like.
It's not bullshit, it's the proper terminology for the topic at hand. You could argue that the terminology is lame or whatever, but it is what it is.
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