Mahesh Sanganeria - RBC Capital Markets LLC
Management
And another question, you made a comment on 28-nanometer being a bigger node in your opening statement. I guess you were probably referring that 28-nanometer is staying much longer than – and you're seeing new designs. Does that have any implication on how things progress for your business? Does that imply that advanced technology is slower, but it doesn't matter to you. You'll go by – I mean you're benefiting from a number of designs, not necessarily has to be the leading edge?
Aart J. de Geus - Chairman & Co-Chief Executive Officer: That's a very good question. And you may recall that I fairly strongly predicted this. I would say four quarters to six quarters ago already and there is a logic to it, which is no matter what's the difference between 28-nanometer and then the 16-nanometer, 14-nanometer and so on. FinFET is that 28-nanometer is what's called planar transistors or flat, right, whereas FinFET as a name says Fins, they are vertical. And so that is a fairly big physical change, when you think about it. And so there is a reason, one would go after such a change, because the benefits are very large for very sophisticated advanced designs that also need very low-power. So no surprise the people that go there first are the processors and are the people that do a mobility, because they have very complex chips and need low-power. Now, contrary to popular opinion, it's not just two customers or three customers that have gone there. It's a larger number already. But it is also true that for many of the others. They sort of way to see as others have crossed the bridge, how that's going, when are the economics right, where is the yield is really predictable all the things that you do, if you don't see a super high advantage in being in the most advanced nodes. But then now you are right about 28-nanometer, which is a very, very solid node, very high yields, a good cost point and so on. And you say well, I still want to differentiate. And so now you're doing very advanced design on 28-nanometer node, which by the way is just as difficult, it's just the type of difficulty you already know about. And so, it's in that context that many of the benefits of IC Compiler II that we're pioneered with, obviously, the intent to be able to satisfy the FinFET crowd have actually very positive impact on the 28-nanometer, and actually we see a number of people also do very well at 40-nanometer. And you look at that configuration, and you say, hey! that makes sense. It's economics that determines when people go over the bridge, and right now the 65-nanometer and 40-nanometer group is arriving at 28-nanometer and we'll be looking when to cross into FinFET when it makes economic sense.