Actually they stated that the purchase would be positive for them in the next fiscal year after purchase. Why? Because they bought the company with overseas funds that is very unlikely to have ever made it back to the US because of tax charges so all it was doing is sitting there earning meagre amounts of interest - the profits they are projected to generate with the purchase of Minecraft are greater than what that money would have otherwise generated.
They had to do a $7.6B write-off over Nokia's acquisition, so it can't have been all roses like you describe.Of note, the Nokia deal was the same, with 5.44 Billion Euro's being drawn from overseas funds to finance the transaction.
Were you expecting Microsoft to come out and say "we're boycotting all other platforms from now on"? Most ports were already under way when the purchase happened. Of course the Vita and PS4 versions were still coming out.Except they have so far stated the opposite and have continued to develop and support other platforms. MS of late have been very much expanding their ecosystem to other mobile devices
I never really understood the way people believe that a single man can make a huge difference at a company like AMD.
Not that I don't respect the abilities of somebody like Jim Keller. I'm sure he's an exceptional engineer. But I'm also sure that this same Jim Keller could always create something even better at a company that is not running on fumes.
Because the reality of today's chip design is that great overall architecture is necessary but far from sufficient for a competitive product.
Take power consumption: you will always need an army of grunt engineers who comb through each flipflop and interface to ensure that none of them do a toggle too much. If you're going against Intel who can throw 3 times the number hours at that same optimization problem, it's going to be very hard to compensate for that with a better architect, especially since Intel is not incompetent at architecture as well.
There was a time when a few brilliant men in a corner could make a difference, but that time has been passed years ago.
I never really understood the way people believe that a single man can make a huge difference at a company like AMD.
Not that I don't respect the abilities of somebody like Jim Keller. I'm sure he's an exceptional engineer. But I'm also sure that this same Jim Keller could always create something even better at a company that is not running on fumes.
Because the reality of today's chip design is that great overall architecture is necessary but far from sufficient for a competitive product.
Take power consumption: you will always need an army of grunt engineers who comb through each flipflop and interface to ensure that none of them do a toggle too much. If you're going against Intel who can throw 3 times the number hours at that same optimization problem, it's going to be very hard to compensate for that with a better architect, especially since Intel is not incompetent at architecture as well.
There was a time when a few brilliant men in a corner could make a difference, but that time has been passed years ago.
Got any source for that?
That sounds shady as hell. And even if they did state that, I don't believe that's everything there is about the subject.
They couldn't find a better way to spend $2.5B on a company that generates $130M annually (and on a dated title that's bound to fade nonetheless)?
They had to do a $7.6B write-off over Nokia's acquisition, so it can't have been all roses like you describe.
I'm still not sure Bulldozer itself is a problem and not the process. Bulldozer has stayed on the same process since its inception while intel has continued to pull ahead in process jumps. I would have loved to have seen an updated bulldozer on a 22nm or 16nm process.I don't think anyone here is under the illusion that Jim Keller can work wonders on his own. However, people in decision-making positions matter. When they make the right decision, you get K8 or Swift; when they don't, you get Netburst or Bulldozer.
Beyond this, Jim Keller seemed pretty enthusiastic about being at AMD, and doing bold things. Sure, some of that was probably boilerplate corporate bullshit, but it seemed at least partially sincere. His departure suggests that the circumstances that drew him back to AMD in 2012 may have changed. I suppose it might have something to do with the rumors of financial changes at AMD, but this is pretty speculative.
Hopefully it turns out to be worthwhile to have spent those R&D resources on Zen and APUs. We did get to see plenty of Bulldozer warm overs though in those APUs.I'm still not sure Bulldozer itself is a problem and not the process. Bulldozer has stayed on the same process since its inception while intel has continued to pull ahead in process jumps. I would have loved to have seen an updated bulldozer on a 22nm or 16nm process.
Yea but didn't they only go from 32nm with bulldozer to 28nm on the newer APUs ? So its not like the jumps we've seen with intel.Hopefully it turns out to be worthwhile to have spent those R&D resources on Zen and APUs. We did get to see plenty of Bulldozer warm overs though in those APUs.
If he was poached, his leaving could signal a significant change if others follow him.I never really understood the way people believe that a single man can make a huge difference at a company like AMD.
Not that I don't respect the abilities of somebody like Jim Keller. I'm sure he's an exceptional engineer. But I'm also sure that this same Jim Keller could always create something even better at a company that is not running on fumes.
I'm still not sure Bulldozer itself is a problem and not the process. Bulldozer has stayed on the same process since its inception while intel has continued to pull ahead in process jumps. I would have loved to have seen an updated bulldozer on a 22nm or 16nm process.
I wouldn't go that far. It did better than the phenom II x6 in the majority of the tests and beat sandy bridge on a few tests.The original 32nm Bulldozer didn't compare very favorably to Intel's 32nm Sandy Bridge, or even to AMD's own 45nm Phenom II X6, for that matter.
I wouldn't go that far. It did better than the phenom II x6 in the majority of the tests and beat sandy bridge on a few tests.
“He’s a capable guy in coming up with architectures for processors, but he moves around a lot – the big question is whether this was just Keller’s wanderlust or if there was something inside the company that got to him,” he said.
“Papermaster has managed a lot of processor design projects over the years, so it’s not like there’s a total vacuum at AMD, he added.
Indeed, Papermaster spent 26 years at IBM working on projects including its PowerPC processor co-developed with Apple and Motorola. In the fall of 2008 was became a vice president of hardware engineering at Apple for less than two years. He led the ASIC group at Cisco Systems for a year before joining AMD.
I don't think cores is the right way to compare considering the diffrences between the two.Not core for core. Sure, it had more cores than the PII X6, but only because the finer process allowed it.
Neither do I think that comparing those architectures from an absolute standpoint is quite right. Some effort should be put into factoring in the difference in process tech. On paper, 32 nm space-wise represents a 40% disadvantage for Phenom II. Energy-wise it might be in a similar order of magnitude but i am not sure about that.I don't think cores is the right way to compare considering the diffrences between the two.