NASA's problem is not insufficient funding. Its inefficiency, bureaucratic bloat, corrupt contractors, and the inability to build or do much of anything in the vacinity of its manned space program.
And the Congress/Senate. They've both been requiring them to do stuff that protects existing pork projects AND constantly cutting their funding.
I read your comment first, then I clicked on the link. Holy crap, you're right. And I'm sure that the people who go all jizz over this probably made snide comments about Apple's new Mac Pro being a big black trash can.
There's nothing else like it on the market currently.
Yeah, I wonder why.
Alienware might call it Triad, but we'd actually call it pretty bad-ass.
OHAHAHAWAHAAHWHAHAAAAA! I call it pretty dumb-ass. lol Alienware. A few weeks ago I was at a small lan party thing and one guy brought his Alienware monster that was about the size of a humvee. He actually wanted to put it on top of the table, but we managed to get him to put it on a plastic crate box (I guess he didn't want it on the floor). I was sitting where its big six inch fan blew warm air out the back, and I was the only one in the room not talking about being cold, so I guess there was one thing good about it.
Here is the original message. It has the comment "/* Attempt to set Vendor ID to 0 */". So yeah, they are intentionally fucking with a chip when it fails to validate. And in addition to fucking over buyers of equipment where the manufacturer may have unknowingly been given counterfeit parts, they've also told the cloners exactly what to change for their next run of chips.
Wow, just WTF. It's one thing for them to claim some loss, no matter how slight, from people leeching off of their Windows driver. But considering that the clones do not copy FTDI silicon (have ANY of them been found to do so?), and they have absolutely no claim to ownership of the Linux kernel driver, this is just greed at its worst. Also, not all clones have counterfeit labeling on the chip and can thus be considered fair competition. I wouldn't be surprised if some are even in package types that FTDI doesn't sell. Their driver may see their 16-bit VID number on the chip (you can't trademark a number, that's why Intel renamed the 586 as "Pentium"), but it can't see whether FTDI is etched on the chip or not.
Or maybe someone can point me to something that says you can patent a register layout and chip pinout. (essentially the hardware equivalent of software APIs) Except again, there is no way that the driver can even know that the chip uses the same pinout.
Now maybe if they had the chip return the text "FTDI" (aka actual trademark-able text) and checked for that along with some other kind of "real chip" test... but that still won't justify fucking with the chip. Just refuse to run is all you need.
Except for the little fact that the "IP" probably isn't theirs. While there may be trademark violations, both with the VID, and some (but not all) chips having counterfeit labeling, there isn't much else. Sure, they're register compatible (no problem there, that's just like a software API), and illicitly using the FTDI drivers, but the silicon itself generally contains no FTDI IP. And there is no way for the driver to see what is engraved on the chip, just that it isn't 100% bug-compatible.
However, I expect to see this cause some changes in the clone chips. The most obvious one is "don't allow the PID to be changed to zero". Or they may move to cloning another type of chip other than FTDI and Prolific. All it takes is for one smart guy in China to come up with a new design, and suddenly everyone is using it.
The only thing "premium" about them is their insistence on using milled aluminum for their chassis, but even that comes at a huge price- most of the systems aren't very structurally sound
I'm guessing you've never had the pleasure of repairing an "aluminum"-era MBP? The case design that started back in the PPC era was flimsy as shit. Compared to that, the current models are built like tanks. And I also had a Pismo-era PowerBook, which was flimsier than that.
One major problem was that the optical drive would get out of alignment with the slot in front, and it would be unable to eject discs. Another problem was that the latch wouldn't close because dust or something clogged the little latch thingies. And then there was the surface treatment of the aluminum. There was such a wonderful pattern of pitting where the palms of my hands rested on the case. I had one PPC and two Intel of those, and they were all bad in the same way. I've had a unibody MBP for over two years now (the last of the 17" models, which I promptly downgraded to 10.6, and that isn't easy), and it's just fine, no pitting. And the lid never fails to close. The only place where the case is deformed is over the expresscard slot, which you can tell is a bit sagged if you run your finger along the edge.
I've also fixed my cousin's MBP (I think it's a 2011 15"), which somehow got dropped on the corner with the battery, so a couple of the battery cells popped up. I was able to replace it with a 3rd-party battery and a new hard drive (to replace the aging hard drive that had started to fail, the reason he needed me to fix it). Still built like a tank compared to the older aluminum generation.
But I'll agree with you about the current iMac generation. Not that I would touch an iMac (I always want a separate monitor with a desktop system), but holy crap the display is actually less replaceable than a laptop.
The "specs" on RAM limits usually under-represent the maximum possible. The reason is that when the specs are released, the chip sizes needed for that maximum likely do not exist, and Apple doesn't want to advertise something it can't test. If you check the lowendmac page (assuming I found the right one), it says there's a 16GB limit.
I vaguely recall that the reason Apple is pretty strict about this is because of the Mac SE/30, which didn't have 32-bit clean ROMs, limiting it to 8MB. The physical limitation was 32MB with 4MB simms, or 128MB with the very rare 16MB simms. (16MB simms were very expensive when new, the most memory you can put on a 30-pin simm, and only came out right before everyone switched to dimms.) They bought out the Mode32 product from Connectix, rather than produce a new ROM module, to avoid a class-action lawsuit. (FWIW, you can install a Mac IIfx ROM into an SE/30, removing this limit. If you ever find a IIfx, putting its ROM in an SE/30 is a better idea than trying to upgrade IIfx's unusual RAM.)