Raspberry Pi Gets a Red-Tape Delay; Awaits CE Certificate
judgecorp writes "After many delays, the Raspberry Pi computer has arrived in Britain, but has been stopped by the need for a CE approval sticker to say it meets European regulations. The Raspberry Pi Foundation expects the sticker to be a formality, and says it failed to apply because it thought the Pi did not qualify as a 'finished end product.'"
Nobody in that foundation even thought they'd need to meet CE regulations? What else have they forgotten about? Is it even RoHS compliant?
The Raspberry Pi is already obsolete. Rhombus-Tech is coming out with a board based on the Allwinner ARM implementation, 3x as fast as the obsolete CPU the Pi crowd is using. "Mass-volume pricing (just for the CPU card, and therefore excluding tax, shipping, profit, a case and a power supply) looks to be on target for around $15:" They're also looking at reusing the BeagleBoard form factor (which is much like an Arduno) and coming out with a fast Linux board in that format.
By the time the Raspberry Pi crowd delivers, they'll be obsolete. Much like the OLPC.
and when will this ship? 3 or 4 years after? =))
I'm confused how the Pi folks thought they could claim the device is both unfinished and finished to avoid the import taxes and CE certification? It kind of makes me question their competence.
Raspberry Pi have reached the step, where there's actual hardware, which has arrived in Britain (and so is alread under the hands of the makers, can already be tested/developped on/hacked with/whatever by the internal developpers) and just awaits CE certification before getting shipped to the end-users.
The EOMA-68 card is currently on the paper stages:
The prototype schematics are presently being developed.
It will be some time before it ship, too.
Each time that some small scale, partially or fully open maker wants to put hardware on the market (be it Pandora console, OpenMoko FreeRunner phone or its newer GoldenDelicious motherboard, OLPC, Raspbery Pi, Always Innovating's SmartBooks, and countless other project), there are delays.
Because these aren't done by large-scale constructor with lots of expertise in designing circuit and who can leverage their big numbers of mass order to get priority for components. (Big names like Asus have experience. Big names like Apple get prioritised when ordering 4mio CPUs)
On the other hand, as these process are publicly documented, newer projects will learn from the mistakes of older ones.
So you can expect that: when the next ARM-based gizmo gets announced, there will be delays, but fewer than with previous projects, and the device will be less likely to be obsolated, or ridden with un expected bugs. (See the difference with the first OpenMoko phones, which went thourgh several problems, and took longer to complete, and the newest motherboard from GoldenDelicious which was produced with a much shorter delay).
Maybe in 5-10 years, such projects will have collectively cumulated enough experience so they can avoid common pitfalls, share some design elements, designing experience, and so on. And thus most projects of this kind will be really faster to reach end-users.
But currently, the kind of delays that the Raspberry Pi expirienced are normal, and will probably still be seen with other similar small scale projects.
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