Have you tried 30Hz? It really isn't a big deal for text-based applications like programming and web browsing. Sure 60Hz refresh is nice; it gives you warm fuzzies to know that you're getting a fast refresh rate, and things just generally look cuter and more Apple-commercial-like if the screen refresh is smooth. But it's a hard case to make that it really has an impact on productivity for real work. I'm using Dell UP2414Qs at the moment, and the 60Hz refresh is great (tip: set the colour management to Game mode to eliminate input lag). But before then I used T221s at 24Hz and that was fine too for emacs and web browsing. I've even used a T221 at 12Hz and while I can't say it was the most comfortable setup, it got the job done.

Right, but while you may well need to archive data for 30 years, that doesn't mean you need to store a particular physical tape or disk for that long. It would make more sense to store the volume for five years and then transfer the data to a new one, to take advantage of capacity increases. Your warehouse full of tapes from 30 years ago might fit in a desk drawer now. So if I wanted to back up to hard disks, I'd keep a pool of them and replace the oldest disk every year or so. Admittedly software support for this is not great - RAID implementations don't always support cobbling together a random mixture of disk sizes which change over time.

The thing is that mining bitcoins is not really a supercomputer task. It is an "embarassingly parallel" problem - you could get some PCs and connect them over 9600bps serial ports, and it would hardly be any different to using the fastest network to connect them together. There is not that much communication needed between the parts of the cluster. A true supercomputer usually has fast, specialized interlink hardware between the compute nodes so it can work on problems which are somewhat less parallelizable, requiring more communication between the nodes. That is why it is expensive, and expensive to hire computing time on it, and yet it doesn't perform any better at bitcoin mining than a simple-minded farm of commodity hardware. (And for bitcoin mining, either of those will be blown out of the water by specialized ASICs.)

I don't think market cap is a good measure of size. If it were, then during the dotcom boom various online pet food suppliers, etc, which had barely any assets, employees or customers, would have counted as 'bigger' than more boring companies with a much greater footprint in the real world. Similarly, a large company may head towards bankruptcy and as it does so its market cap heads towards zero. But even if it is sold for a nominal price of one dollar, it is still a big company by any reasonable measure.

There's no issue getting 3840x2160 resolution with any even half-recent video card. I drive a T221 (3840x2400) from a five year old Dell laptop; these displays first appeared a decade and a half ago when PCs were much slower than today. Admittedly, if your new monitor takes Displayport you will need a video card capable of outputting that. Now, if you want to play games at 3840x2160 at 60Hz refresh, you're going to need some pretty serious hardware. But that has nothing to do with using the display for programming or office tasks. 30Hz refresh is quite comfortable for that.

In Windows it works better if you stick to an exact multiple of 100%. In other words your choices are 100% or 200%.

Why on earth would you choose to base your product (something that presumably companies will use for many, many years) on something that will have no security support in just 4 months?

You wouldn't. You based it on something that would be supported for several years when you made the decision back in 2006. It's just that schedules being as they are, it has taken that long to develop the product and get it to market.

In the land of dinosaurs, where Big Companies do Stupid Things, it is fairly common for new products to be launched and then the whole platform end-of-lifed soon after. It's nobody's fault in particular, just how decisions get made.

If you have an Intel server running Linux is that really any different from a SPARC server running Linux or Solaris?

There should be some way to sell computing power to cloud customers. Like a live-CD Linux distribution you boot, and it connects to some online exchange to see if anyone wants to rent virtual machines. If nobody is offering enough cash to cover your power costs then it sends the machine to sleep. However, CPU power efficiency improves fast enough that even if the hardware is free and sitting idle in your garage, you still might not be competitive with specialist cloud providers. (Then there are the inevitable issues about data privacy, reliability etc.)

Panasonic's Toughbook rugged laptops have colour transflective displays. But the colours start looking washed out in bright sunlight, so perhaps the transflective part is black and white only somehow. And the readability in direct sunlight is not quite what the marketing wants you to believe - you're still better off finding some shade.

Yeah I'm just talking about the aspect ratio and resolution. Another good example would be the 'retina' Macbook Pros - they are also 16:10 though not quite such a high number of pixels (the 15" has 3/4 as many pixels on both axes as the T221). But since you mention it, I wouldn't agree that a slow refresh rate or poor colour gamut rules out 99% of uses. Probably only about 5% of users require colour accuracy; the T221 is no worse than most monitors, photos look pretty good on it. (I use a wide-gamut monitor too but for day-to-day use it makes no difference.) Even a 24Hz refresh rate is enough for text-based work such as programming, office apps or web browsing. So don't knock it till you have tried it!

4:3 is not coming back. Its old and appears odd today in the 21 century.

I suspect millions of Ipad users would disagree.

Not 4x3 but there is the 16x10 IBM T221, 3840x2400... I have three of them and I'd certainly buy a new monitor like this one if they'd made it with a sensible aspect ratio.

I wonder why my experience differs from yours - I have found almost all the applications I use (Firefox, PuTTY, Visual Studio, MS Office, TortoiseSVN) work fine with a simple 200% scaling in Windows 7. I agree that Remote Desktop is a pain.

Vista reverts to "fractional scaling", where it simply does a bilinear upscale of the application window, resulting in a blurry, god-awful mess where nothing was rendered natively.

I have to say I've never seen this on either XP or Win7. Perhaps it helps to have exactly 200% scaling so everything can be enlarged exactly. But as far as I can see, programs that aren't scaling aware (such as the command prompt window) are just rendered unscaled. Maybe it is because I have Aero turned off.