Yes, okay. We have been consistent in saying this, okay. If you look at an SSD solution, 90 -- let's call it 90%, if not more than 90% of the cost to build an SSD, is the NAND, not the controller. So what's the reason -- question is, what's the reason any NAND controller companies want to build the control themselves? Well, if they think they can build a better controller, they can make their NAND to work better. Yes, of course, they will build it themselves. However, we have proven that, as a company, we know how to build SSD controller better than the guys internally could build. Not just building things to work, how do we make -- how do we -- how could we make the controller to make the error rate, the lifecycles of the flash to be longer, to double, triple, quadruple the lifecycle of the flash chips? So these are the reasons why those companies, okay, the people they traditionally use to build their controller have realized that our error correction technology that we have developed over the years, specifically in the LDPC technology that we have invested over the last 13, 14 years in hard drives, are now starting to pay off. The NAND chips, the lifecycle is dropping like rocks, okay. As the NAND chips suppliers move from 40-nanometer to 30-nanometer to 20-nanometers and to 1x-nanometer they're finding out that the lifecycles are crashing. And they realized that -- they're starting to realize that only the best controller could solve this problem. And since 90 plus -- 90 or 90 plus percent of the cost to build an SSD is the flash chip. But if they could move to the smaller geometries, chips on the flash side, they get to win, even if they have to pay somebody like us to deliver the controller. So I don't think this is going to change anytime soon.