The Open Source Laptop and the Golden Age of Open Hardware
An anonymous reader writes to this short feature featuring "Andrew 'Bunnie' Huang on why he decided to build an open source laptop, how the slowing of Moore's Law is making it easier for individuals and small outfits to compete against major corporations in the computer hardware market and what hobbyist hardware makers in the U.S. could learn from China's Shanzhai, famed for their cheap clones of the iPhone and other popular handsets."
Companies should sell laptop shells and let us buy the parts individually, just like a desktop computer.
Laptop shops
And shaving stops
Could yet save us all
Until the day that
Some bureaucrat
Pours cologne on the stall.
Burma Shave
Get thee glass eyes, and, like a scurvy politician, seem to see things thou dost not.--King Lear
What's with this "slowing of Moore's law" nonsense?
That supposed "law" is either true or false, there's no speed change about it.
Knowledge is power; knowledge shared is power lost.
What does "could learn from China's Shanzhai" mean? Shanzhai electronics is crap. No, really, it is. Does it mean "use cheap garbage components that will fail 0-6 months after sale, and close up the company so we don't have to provide refunds"? Not that China's consumer protection laws mean a damn, anyway.
The whole article stinks of "d00d this is totally kewl, we should totally make, you know, a laptop. Then add shanzhai, then add bookbinding, then add "guerrilla hardware". WTF does guerrilla hardware even mean? This has more nonsense buzzwords than the latest corporate marketing press release.
Shutting down free speech with violence isn't fighting fascism. It IS fascism!
Performance increases have indeed been quite slow in the x86 space for the past few years, but this is ARM based and there are still dramatic performance increases showing up regularly in that space. This is based on a quad Cortex A9 design (similar to the first-gen Nexus 7), and the current Cortex A15 core is roughly twice as fast. Whereas in the same timeframe Intel has managed only a ~20% performance increase, though they have been focusing more on power consumption than performance.
Go ahead and make a 14" form factor laptop, and put in a 12" 800x600 screen (blacken the surrounding bezel so it doesn't look like ass), install a VIA board and cpu and modify the BIOS so that it reports an i5, while you're in there also make it report 8GB RAM instead of the 2GB that's actually in there, then solder a 64GB USB drive inside because, face it, no customer who cheaps out this much actually uses the 500GB advertised capacity anyway. And if the entire thing feels too good in your hand, put in some metal weights in the extra space you have in there to make it more realistic, because quality things have a certain density, and you also don't want to draw suspicions for being the lightest 14" i5 laptop in the world. Well, at least not until that injection mold for the Sony replica is finished. And of course never sign contracts or NDAs, who leaves paper trails for these things?
your thin skin doesn't make me a troll
So this open source laptop has the specs of a very low end Chromebook. Making it useful to who? also it had better sell for $99.00 because the $199 chomebooks out there are already faster and far better built.
Honestly, what is their point? Making an open source very very low quality laptop is a waste of time.
Do not look at laser with remaining good eye.
wouldn't using only three words to say something that normally requires ten be the mark of a highly efficient - and competent writer?
Either that, or there is RMS' own endorsed platform - the Lemote Yeedong. That one is based on the Loongson, and everything about it is liberated, as per the bearded one himself. So why not try that - take that platform, fire it up w/ gNewSense or even a different distro, such as Mint, and be off to the races?
His point is that many of the "clones" actually improve upon the original.
Examples:
AMD's 40MHz 386 (faster than the fastest "386" Intel itself ever made)
Hercules monochrome (allowed businesses that were "mostly" text-oriented to have bitmap graphics that were compatible with MDA displays & had the same high-quality (for the era) text (at the time, MDA was generally sharper & better-looking than VGA for text). It was never, EVER an official "IBM" standard, and was basically the first ding in IBM's monolithic armor.
SVGA (IBM's own official standard for the 8514 specified 16-color 1024x768 @ some horrid interlaced fieldrate)
The Cyrix 5x86/133, which gave you the performance of a 75MHz Pentium from a "486" motherboard.
Android phone clones with more ram, more flash, faster CPUs, and/or better cameras than the phone they're supposed to be a clone of.
This part of the specs caught my attention (http://www.kosagi.com/w/index.php?title=Novena_Main_Page#Features):
"Vivante GC2000 OpenGL ES2.0 GPU, 200Mtri/s, 1Gpix/s (*)"
According to a note, the asterisk indicates that it requires "a closed-source firmware blob, but the system is functional and bootable without the blob."
Why the choice of Vivante over the more popular Mali architecture, which among the ARM-based GPUs has the most mature third-party FOSS support in the Lima driver project (http://limadriver.org/)? There's also third-party FOSS support for the Vivante GPU, but it's much less mature (https://github.com/laanwj/etna_viv).
And let's not forget the NEC V20.