Yes. So I think, first off, there are many, many solution variants out there when -- between the antenna and the bit streams, so to speak. And there's -- we have the strongest portfolio of technologies from -- right from the antenna down into the bit stream area. So as I said earlier, as we move into the 5G, the early stages of 5G here, we're looking at potentially 4x the content availability compared to the classical 4G that we've been part of over the last 5, 7 years. And when we get into the millimeter wave side of things, the -- we have, again, we've got the broadest portfolio. We can architect in a very flexible way to all the various customer needs. So as 5G millimeter wave comes in, we're looking at potential gains of 8, 10 plus in terms of potential content just given the channel count on the radio transceivers which, by the way, is where most of the innovation has taken place in these 5G systems, at least, until they virtualize in the early '20s or so. So there's -- there are kind of 3 or 4 major building blocks in these base stations these days. There's the classical transceiver, there's the massive MIMO addition, there's all this power technology that we can bring to bear now as well for our customers. And then there's the digital baseband, the digital front-end. And we're innovating not just in the analog space, but we're also pushing the boundaries incidentally on the digital side. And those boundaries, they blur, they shift, they ebb and they flow over multiple generations. But in our software-defined transceivers, for example, we've taken a significant amount of digital content and combined it with our converter technologies and our radio interface capabilities and dramatically reduce the footprint of the radio and cut the power levels down as well. So those are all important answers to very, very critical problems that our customers have. So my sense is, over the next, say, 5 years until we get into millimeter wave, we're looking at a potential content increase of 3x to 4x, and then it's a question of how many radios deploy. And -- but we're very, very well positioned from the content and architectural coverage standpoint.