Hock Tan
President and CEO
Well, let’s start with content. Content keeps increasing in smartphones, especially the high-end smartphones because of as I say increasing number of bands, spectral bandwidths that come into play worldwide as carriers expand the bandwidth by which they connect phones, connect us to each other. A number of especially LTE bands are increasing even in places like Japan, where you have new introduction on new bands, the band 21, which had not existed before. And of course the same applies in China where you have both TDD and FDD as well. So, it’s really the proliferation of LTE bands. And for high-end smartphones, the need for the creation especially towards the high end for phones that can roam. But adding on to this mix is the fact that two other things are happening that drives, not just RF content, but our particular kind of RF content, which is the form of FBAR filters, which allows signals to be received or transmitted in extremely discreet very narrow base – on a very accurate, call it, narrow basis, which is the problem of with that number of bands in one little device, you start to create the phenomenon of coexistence. And coexistence, which exists and exists not across several bands alone, but across WiFi, Bluetooth as well crossing cellular bands too. That coexisting issue creates a specific need for filters that can attract signals from a very collective air space from ether. Then of course you hear now about downlink carrier aggregation. And next year on, you start to see some of – certain phone models with uplink carrier aggregation. What carrier aggregation meant and I may have discussed it in previous calls is simply the ability to max or de-max multiple bands, signals from multiple bands into one single channel in the phone or out externally. And in order to do that, you need components. You need filters that are able to do the maxing and de-maxing in the RF space. And that’s where FBAR filters come in to the own. So, because of all that, we have been consistently seeing over the last several years and we see that trend continue over the next three years, because it’s as far as we can probably look within a degree of certainty, the increase in content, in RF content and in particular in the need for filters, which are not able to be integrated into one single chip. Each filter is a very discrete element. So, that’s pretty much what’s driving what I postulate as perhaps a trend of 20% a year increase in dollar content of RF over the next several years for high-end smartphones. Okay?