A tend to agree. I've lived in the USA my whole life. I used to work for a company that made GSM basestation equipment, so I got in the habbit of always entering numbers into my phone with the full +1-NPA-NXX-XXXX format even if they were local to me. This later came in handy while traveling abroad. I could just take my SIM and put it in a local phone and call friends at home with no extra effort. It also came in handy when I moved to a different area code. I've lived outside of the area code I got my phone in for five years. It was no hassle for me to dial the whole 10 digit number as I've been used to doing it for so long.

I'm surprised these haven't been mentioned. I saw them on J-List some years back and ordered them from Japan. Since then, I've found JetPens to be a better supplier--it's domestic, so shipping is cheaper and faster (for NA at least).

I've compared the .18mm and the .28mm version with the .25mm version of the Hi-Tec-C pen. The difference in build quality was immediately noticable--with the Signo Bits being the clear winner. The .28 Signo makes a thinner line (on the paper I used) than the .25 Hi-Tec-C. The Signo pens didn't require as precise of tip angle, either. They also have less drag, but that's a matter of taste.

I'd recommend picking up a .18mm and .28mm Signo Bit in your choice of color and giving it a shot. I tested their inks resistance to various solvents a long time ago and they came out pretty good. Not as good as the Sakura pens, but, being ball tipped pens, they write upstrokes without grabbing.

Okay, so a company that works to 'serve the community' produces a CPU card in a PCMCIA form factor (though which is electronically incompatable) chose a very inexpensive Chinese processor for their first project. The CPU is 3x the speed of a Rasberry Pi. It has some GPL code provided by the CPU manufacturer--who seems very cool to the OSS movement.

The schematic and layout are out for this card. There is code coming. There will be boards coming. The BOM is $15, but who knows what the shipping cost will be? With shipping, it might not matter what the BOM and sales price will be.

This could be interesting, but we know way too little to make any meaningful statement at this time.

Can someone explain to me how they are sure he sang a G-7? The Uncertainty Principle seems to imply he would need to hold it for quite a long time to be sure it was G-7 and not A-6 or F-7. https://en.wikipedia.org/wiki/Uncertainty_principle

No, that figure is wrong, it's $250, they sold another phone.

According to: http://techreport.com/articles.x/19514 the peak FLOP should be the same between a BD 'module' and a SNB 'core' if the BD is using FMA4/AVX and the SNB is using plain AVX.

To get maximum performance, you're going to have to code in assembly or use a library that's been coded that way. I expect programs like Prime95 will be first adopters of this.

Supposedly, Haswell (the full tick after IVB) will have FMA3/AVX which should double the FLOP rate and surpass BD, but that's some time out, so we'll have to see what BD does in the mean time. By then, we could see a shrink of BD with more 'modules' or clock speed improvements. Best to worry about those eggs at least until they're laid if not hatched.

Your opinion of the sensability of the term changes nothing. That is the term and it has a meaning. Noone asserted that it was a connection between spatially separate 'leaf' nodes, so your point is moot. You're inventing an arguement to support something that wasn't asserted in the first place.

Yes, storage is getting cheaper per unit, lower power per unit, and denser per unit. I can only assume you're not aware of Kryder's Law. Yes, it's not by our man Gordon, but it's the same kind of power law relation. It's inaccurate to say that Moores law has 'absolutely nothing to do with ...' when it describes the same kind of relationship between cost/density/price/power use.

I'd suggest you learn a bit more about statistics before you make the assertions that you have with regards to the growing diversity of Netflix's customer base and the movies they serve to them. For one, research the term erlang and reassess your comments in that light.

Please stop before you embarras yourself any further.

"Last Mile" is an industry term to mean the connection between an ISP and their customers. It's common usage and not a literal expression. Yes, it's different for DSL and cable, but the point of the term is that the network fans out near the leafs and the cross section bandwidth gets very large. Please stop trying to read anything else into it.

True, caching doesn't eliminate long haul bandwidth, but it can lower it by several orders of magnitude, which is sufficient to make it neglegable. Though space in data centers is expensive, data storage gets cheaper, denser, and lower power with time. See 'Moores Law'. Bits get cheaper to store and transmit with time.

As the supply of movies gets more diverse and so does the demand for them, different layers of the caching will bear the burder, but, the same rules still apply--data gets cheaper to store and transmit with time.