Tyson Tuttle
Analyst · Anil Doradla from William Blair. Your line is open
Thank you, John. We’re very pleased with our third quarter results, achieving record revenue in IoT and infrastructure, and in total. We have delivered target operating model performance on product revenue growth, non-GAAP gross margin and non-GAAP operating margin for four of the past five quarters, with growth in our IoT products a key driver of these results. According to Gartner, by 2020, IoT technology will be in 95% of new electronic product designs. We're seeing tremendous demand for IoT products, which have grown to 50% of our total revenue. Silicon Lab’s biggest opportunity and challenge is to scale our IoT business. We design our solutions using a platform based strategy to drive portfolio efficiency and to provide a flexible, cost effective means to support end market needs. We also create solutions which are easy to use and support, to more efficiently scale in the sales channel and across the broad market, serving tens of thousands of customers and thousands of applications. We are pleased with our progress in these areas and we believe our approach will enable us to continue to meet or exceed our 20% growth target for our IoT products. In Q3, IoT delivered a seventh consecutive record revenue quarter, with revenue at $100 million and up 23% year on year. Growth in our wireless products continues to outpace the overall market. Our connectivity portfolio is gaining traction as we target low power wireless end nodes and offer a broad range of protocols and optimal combinations for key market segments, including home automation, security, metering, lighting and other industrial applications. Our ZigBee products continue to lead wireless revenue growth. We have established ourselves as the technology and market leader in mesh networking, shipping well over 100 million mesh enabled devices worldwide over the past 15 years. ZigBee’s scalable, self-configuring and self-healing mesh networking capabilities, are ideal for applications demanding robust performance. We see an increasing number of trends driving growing demand for technology supporting low power wireless in node device. First, government agencies are mandating utility companies to upgrade to advanced metering infrastructures as part of larger smart grid initiatives. The smart metering roll out in Great Britain is one of the most concentrated opportunities for our ZigBee and sub-gigahertz solutions. ZigBee and Thread mesh enabled Wi-Fi hubs, routers and gateways, are a recent trend driving broader adoption of low power mesh networks and the proliferation of IoT end nodes, where we have a significant share of the market. Additionally, voice control is becoming ubiquitous, driving end node deployment in smart home ecosystems, including Amazon Echo, Google Home, Nest and Samsung Smart Things Cloud. We are intercepting this trend with our broad wireless connectivity portfolio and strong positioning in IoT ecosystems. And finally, IHS predicts the market for smart lighting and connected lighting controls, will more than double from $6 billion in 2015 to more than $12 billion in 2020. Our IoT Products also contribute - our MCU products also contribute to IoT growth, led by our EFMA MCUs. Silicon Labs offers eight and 32 bit USB connectivity solutions, which have been shipping for more than a decade, enabling developers to add USB to embedded designs without the added cost and complexity of firmware development. In Q3, we also introduced a comprehensive reference design to simplify the development of rechargeable battery packs used to power portable devices through USB type C cables. As we look at our IoT portfolio, sensors are a key element of end node solutions in markets we address. During the quarter, we introduced a breakthrough hall-effect magnetic sensor, offering industry leading power efficiency programmability, best in class sensitivity and built in tamper detection. Our new sensors combined the low power consumption of read switches, with the reliability of hall-effect sensors to create an optimal solution for white goods, slow meters, motor controls, security and other applications. Our new portfolio allows developers to choose the right magnetic sensor for their application needs, enabling them to design, test and deploy a wide range of sophisticated position sensing products better, faster, cheaper and with longer battery life. Now I’ll move on to infrastructure, where we delivered record revenue in the third quarter, driven by our isolation products. Our isolation devices are among our fastest growing product lines, underscored by record Q3 design wins and achieving an eleventh consecutive record revenue quarter. Renewable energy and increasing government initiatives to encourage energy efficiency, are global trends driving broad based adoption of our isolation technology. Systems requiring high voltage protection include electric and hybrid electric vehicles, solar inverters, motor controls and power supplies. Superior performance and robustness have allowed our isolation products to gain share from traditional optocouplers and outgrow the digital isolation market. Also in infrastructure, our timing products continued to suffer from weakness in the long haul optical networking market. This has impacted timing revenue performance, which has fallen short of our expectations for the year. Despite this near term softness, we remain optimistic about our longer term outlook for timing, bolstered by a strong and growing opportunity pipeline and portfolio expansion into new markets. During the quarter, we introduced three new timing products, including high performance clocks for data center and wireless infrastructure applications, further expanding our SAM and revenue growth opportunities. As carriers lay the groundwork for 5G and transition to Ethernet based front haul networks to increase capacity, they are deploying equipment at the edge of the network where cost, power and size constraints present unique design challenges. To address this need, in Q3 we introduced a new wireless clock family, which is 55% lower power and 70% smaller than competing solutions. These products represent the first timing ICs to combine 4G LTE and Ethernet clocking in the same device, dramatically simplifying clock generation for heterogeneous networking equipment. To meet ramping demand for more bandwidth and faster data rates, Silicon Labs also introduced a new family of high performance clock generators, offering the industry's most integrated, lowest power timing solution for 10, 25 and 100 gig applications, using up to 60% less power than competing products. These new clocks provide unprecedented feature flexibility, as well as all essential timing capabilities in a single chip device, enabling developers to simplify their clock tree designs without compromising performance. Silicon Labs new clocks are ideal for demanding applications, including hyperscale data center switches, servers, storage, networking and small cells. And finally, we introduced the new PCI Express product family, enabling developers to maximize jitter margin and eliminate standalone clock buffers, reducing development risk and complexity for data center applications. Silicon Labs now serves the clocking needs of the entire universe of PCI-E applications, from servers and storage to industrial and consumer applications. Our broadcast products delivered strong performance in the third quarter, posting a 10 quarter high in consumer product revenue, and delivering record revenue in our automotive products. According to IHS, the global automotive market will reach 94 million cars in 2017, with infotainment systems ranging from entry level to high end. To address this market opportunity, in Q3 we introduced the industry's most scalable, flexible and cost effective car radio solutions. Silicon Labs global and Double Eagle AM FM receivers and tuners and Digital Falcon coprocessors, enable auto makers and OEMs to deliver radio designs ranging from low cost single tuner AM FM radios, to high performance systems with multiple tuners, digital radio reception and intended diversity. Looking across Silicon Labs’ 21 year history, we have established a strong track record of tackling difficult design challenges and disrupting markets, while leveraging our strength and integration to deliver breakthrough solutions. We've achieved market leadership by driving simplicity throughout our entire hardware and software portfolio, and delivering solutions to help our customers reduce cost, complexity, power and size in their end products. Our portfolio is well positioned in high quality growth markets, including IoT, infrastructure, green energy and data communications, where we generate more than 70% of our total revenue, offering a long runway for growth and share gains. We're on a mission to develop groundbreaking technologies and products that transform industries, grow businesses and improve lives. Our life’s work is to create the Silicon software and solutions that enable the connection of things, information, networks and people everywhere. The opportunities before us for growth are exciting and enormous, and we're up to the challenge. Thank you for your time and attention. Before we take the questions, I'd like to turn the call back to Jalene. Jalene?