Jeff Niew
Analyst · Bill Peterson of JPMorgan. Your line is open
Thanks Mike and thanks to all of you for joining us today. For Q1, we reported revenue of $194 million, up 5% from the year ago period with gross margins of 38% and earnings per share of $0.12. All metrics came in above the midpoint of our guidance range. In our audio segment, sales came in slightly stronger than expected driven by better than anticipated MEMS microphone demand from two of our largest North American customers as well as from Chinese OEMs. Overall, revenue from audio comprised 74% of total sales in the first quarter. In the precision device segment Q1 sales were also better than expected due to stronger demand for our timing and capacitor devices. We are seeing improved order trends in our defense, industrial and medical markets with a stable telecom infrastructure market driving demand for our products. Precision devices represented about 26% of total company revenue in Q1. We continue to see strong demand trend in our MEMS microphone business, voice as a user interface and improved audio quality are driving the need for higher performance microphones, multi-mic adoption and smart microphones across our mobile, ear and IoT markets. Revenue in our microphone business grew in Q1 versus the year ago period and we expect sales in this business to be up for the full year 2017 versus 2016 as customers remain focused on improving audio input for their devices. Last month, we were pleased to see Samsung highlight the importance of enhanced audio capture with latest flagship phone, the Galaxy S8 and S8+. These handsets come equipped with new high performance microphones that help minimize distortion in noisy environments and optimize performance for activities like concept recording or improved voice capture to enable new features like Bixby, it's new smart voice assistant. I mentioned last quarter that our capabilities in acoustics, signal processing and software have enabled us to benchmark the performance of our customers' product across many different used cases. These data has provided us with a foundation to clearly demonstrate the benefits from additional mic content for our customers and drive multi-mic adoption. We continue to see evidence that we are successfully demonstrating the advantages of adding more microphones to improve or enable important news cases. Recently smartphone OEMs like VIVO have embraced higher quality microphones and doubled the number of mics in their latest X series handsets or device. In addition HTC is now leveraging four microphones in their new flagship phone versus three mics in their prior phone for better noise cancellations and multi-media capture. This improves the consumer experience and enables OEMs to differentiate its product in the market. In our hearing health business, customers continue to leverage multiple MEMS microphones to improve performance due to the advantages over electric mics particularly around automated assembly and performance robustness across temperature and moisture. High-end hearables from companies like Doppler and [NewHero] [ph] are also implementing multiple mics and balanced our mics to deliver new solution that combine the features of a commercial ear bud and assisted listing device. Some of this service can amplify speech, intelligently cancel noise and enable customers to blend music and the sounds around them to enhance situational awareness. Just two weeks ago, our largest IoT customer Amazon announced that for the first time, it was making the high performance powerfield microphone array and voice processing technology Echo available to hardware makers who want to build the Alexa experience into their products. With the Alexa 7-Mic Far-Field Development Kit, the company is enabling developers to build and launch voice activated products by reducing development time and cost. In addition to driving more mics per device, we are also excited about our growing portfolio of smart microphones. Last week, we introduced the world's first smart microphone with an embedded digital signal processor. This new smart microphone combines a world-leading MEMS device with a best in class open digital signal processor into a single subminiature package. This complete and customizable solution is similar in size to a MEMS microphone found in today's leading mobile electronic devices and provides an open platform that enables OEMs and third-party software developers to create and customize advanced features or leverage Knowles industry leading software and algorithms for a turnkey solution. This is the first intelligent microphone from Knowles built on the company's entirely developed microphone and DSP technology platforms and enables features like voice wake with voice demand, spatial recordings and event detection such as breaking glass or infant crime. With voice rapidly emerging as the primary user interface, this smart mic simplifies audio design and can reduce total system costs. Overall, we continue to lead the MEMS microphone market, our diverse customer base, our scale, our breadth of product and our controlled over the MEMS basic packaging, signal processing and software designs uniquely positions us to improve audio input for our customers. With that, I will turn it over to John to expand our financial results and provide our guidance for the second quarter.