4 ms·
> Add in the tons and tons of cheap labour, with few labour laws. > Add in the 10 hours 7 day crazy work weeks. These advantages seem like they'll expire as C
by arcticfox 8y ago
> Add in the tons and tons of cheap labour, with few labour laws.
> Add in the 10 hours 7 day crazy work weeks.
These advantages seem like they'll expire as China becomes more competitive economically.
> Imagine if you went to a flea market, but instead of comic books, hot dogs and used sofas ... you found all sorts of cheap, exotic component parts. Anything. Everything. For 10's of cents each.
How many types of sensors / components etc. are even conceivable, no matter how exotic? It seems like someone could replicate that in the US with a warehouse and sourcing. These things are extremely cheap in general; it's not like trying to replicate the VCs of Silicon Valley elsewhere.
> For example: 3D printers that are more amenable to 'short production runs' instead of just prototypes. Low cost / fast turnaround injection moulding. Quick turn around on smaller components. ... Doing this would take some champion leaders, maybe Cisco, or Google
This seems like a great idea; pair some small fabs with a big ol' warehouse stocked with every random component / sensor under the sun, and it seems like it would work out totally fine.
- sonnyblarney 8y ago"It seems like someone could replicate that in the US with a warehouse and sourcing. These things are extremely cheap in general;" There are an infinite number of module combinations. They all vary in cost, quality, precision, speed, size, materials, performance, suitability for manufacture, and subtly in whatever it is they do. A commenter above mentioned the vast number of professionals with a ton of know-how in this area, making the 'time to tweak' or 'from nothing to module' and also 'optimized for manufacture' very rapid. There's nothing remotely like it anywhere.