Tyson Tuttle
Analyst · Wells Fargo Securities. Please go ahead with your question
Thank you, John. Third quarter revenue was up 8% sequentially with growth across all major product categories and following a 10% sequential increase we realized in the second quarter. Despite macro headwinds, ongoing trade policy uncertainties and current semiconductor industry market conditions, we are pleased to deliver two consecutive quarters of strong revenue growth and a return to target operating model profitability. Q3 year-to-date design wins lifetime revenue was up more than 25% year-on-year, indicating a strong tailwind for future growth and a validation of our strategy. Third quarter IoT revenue reached an all time high of $129 million. Wireless products established record revenue in Q3 with 15.4 including Zigbee and Thread, Proprietary and Z-Wave leading growth. We continue to strengthen our wireless portfolio, adding new capabilities and driving differentiation while advancing security and growing ecosystem partnerships. Our connectivity portfolio is gaining significant traction as we target low-power wireless end nodes with a broad range of protocols and optimal combinations for home automation, security, lighting, metering, industrial and commercial applications. We believe having multiple connectivity standards under one roof strengthens our influence on the evolution and adoption of wireless standards in targeted IoT market segments. Combining multiple capabilities in the same platform, developing our own standards-based wireless protocols rather than licensing stacks from third parties and optimizing our hardware and software to work seamlessly together are all examples of how we differentiate ourselves from the competition. Silicon Labs unique platform approach to supporting thousands of IoT applications is resonating with our customer base, enabling them to reuse more hardware and software in ways not possible with single-point solutions. We see the proliferation of innovative platform-based customer designs across the IoT, many customers leveraging their investments through efficient reuse of tools and stacks, amplifying the stickiness of the software element of our platform solution and contributing to R&D efficiency. We continue to expand our next generation Series 2 wireless Gecko platform, offering best-in-class integration, wireless performance, security and cost. During the quarter, we launched a new portfolio of wireless modules based on the Series 2 platform and supporting Zigbee, Thread and Bluetooth mesh as well as Bluetooth low-energy and multi-protocol connectivity. The new modules feature a powerful ARM Cortex-M33 processor and integrated RF tower amplifier for long range connectivity, a dedicated security core and extended temperature operation for a wide range of applications including smart LED light bulbs. During the quarter, we announced our collaboration with Allegion, a pioneer in security products to expand IoT capabilities into smart homes and commercial buildings. Allegion is transforming the industry with the addition of wireless connectivity to its locks and other security devices, making them simpler, stronger, and more secure while meeting complex compliance, certification and market demands. A growing number of Allegion security solutions now use Silicon Labs Wireless Gecko IoT platform supporting Zigbee, Bluetooth, and Z-Wave connectivity. The Zigbee certified Schlage Connect Smart Lock is an example of a recent collaboration when paired with an Amazon Key and Cloud Cam, homeowners can remotely grant access to visitors and enabled in-home delivery. Silicon Labs also enjoys a strong partnership with Chamberlain, a leading provider of access control solutions, including garage door openers and one of our top IoT customers for several years. In Q3, we were honored to receive the Chamberlain Group’s Innovation and Technology Solutions supplier award based on our excellent technical support and collaboration. We continue to aggressively promote the Z-Wave Alliance to drive increased adoption across multiple ecosystems, market expansion into new device sites and the convergence of standards in end nodes and gateways to simplify the end user experience. Earlier this month, the Z-Wave Alliance hosted a Fall Summit in Austin, convening members, partners and thought leaders for a series of discussions, panels and workshops around the future of Z-Wave and the smart home market. The Z-Wave ecosystem comprises more than 3,000 certified devices and a member roster of more than 700 companies, including ADT, Alarm.com, ASSA ABLOY, Jasco Products, Leedarson, LG Uplus, Nortek, Amazon Ring and Samsung SmartThings. Turning now to infrastructure, third quarter revenue exceeded expectations, increasing 3% sequentially due to strength in isolation products. We continue to expand our timing and isolation portfolios to address new markets and application needs. For example, during the quarter, we announced the expansion of our isolation portfolio with a family of compact, robust isolated smart switches. Programmable logic controllers or PLCs use smart switches to control the automated factory through digital outputs. Each output is isolated for safety using Silicon Labs’ groundbreaking CMOS-based isolation technology, offering better reliability and performance than legacy optocoupler-based isolations. The new smart switches are ideal for driving resistive and inductive loads such as solenoids, relays and lamps used in industrial control systems. Moving on to timing, automotive developers have traditionally used quartz crystal and oscillator timing solutions, which are prone to shock and vibration failure degrading reliability. As vehicle automation systems add new features that grow more complex and drive higher data rates. As a result, clocking requirements have become more demanding, requiring a more diverse mix of frequencies and lower jitter reference clocks. To meet these clocking needs, during the quarter, Silicon Labs announced the industry’s broadest portfolio of automotive grade timing solutions including AEC-Q100 qualified clock generators, buffers, and PCIe devices. The new portfolio targets a wide range of automotive applications including advanced driver assistance systems or ADAS, camera sub-systems, radar and LIDAR sensors, autonomous driving control units, infotainment systems and GPS and 5G connectivity. We are excited to enter this growing market with our first automotive timing portfolio, which further expands our sales. Our newest timing devices help automotive developers simplify clock tree design, reduce points of failure, increase system reliability and optimize the performance of high speed serial data transfer. These benefits enable automotive OEMs and Tier 1 suppliers to deliver innovations which are redefining how we drive, navigate, and experience our cars. Earlier this week, we announced our acquisition of Qulsar’s IEEE 1588 precision time protocol or PTP, software and module assets, enabling Silicon Labs to simplify the development and adoption of IEEE 1588 synchronization in wireless, transport and access networks. IEEE 1588 distributes time of day across packet-based networks to provide precise network synchronization for a wide range of fast-growing applications, spanning small cells, optical transport, smart grid, automotive and 5G wireless infrastructure. The financial impacts of this transaction are not material. Moving on to Broadcast. Seasonal strength in third quarter TV tuner sales drove sequential growth in Broadcast consumer with Broadcast automotive up slightly. Total Q3 Broadcast revenue increased 30% sequentially. There’s a growing need for automotive radio manufacturers to support all global digital radio standards with a common platform. To address this need, during the quarter, we introduced Silicon Labs’ first automotive radio tuner, supporting the Digital Radio Mondiale, or digital – DRM standard, which is prevalent in India with trials underway in Russia and South Africa. Our new tuners include hybrid software-defined radio capabilities to deliver the highest integration and reception performance and the lowest BOM cost of any automotive SDR tuners in mass production today. Advanced digital radio features enable radio manufacturers to develop a single platform to demodulate and decode worldwide digital radio standards, greatly simplifying car radio designs and reducing system cost. I’m thrilled to welcome our new Chief Marketing Officer, Megan Lueders, to our leadership team. Megan joins Silicon Labs with more than 20 years of high-tech executive experience in a variety of marketing disciplines, including brand awareness, corporate communications, channel and strategic partnerships and global demand generation. Megan has the strong leadership skills and business acumen we need to clearly communicate our vision, engineering excellence and culture of innovation to our customers, partners and the industry as we scale our revenue to the next level. Silicon Labs’ strong track record of driving revenue growth starts with an innovative, passionate and collaborative team. I’m proud to report that for the third year in a row, we have been awarded the Great Place to Work certification. Most notably, employees regard Silicon Labs as a respectful workplace, offering a high trust culture where they can bring their whole selves to work. While macro headwinds continue and the level of policy uncertainty and market volatility remains high, we believe Silicon Labs is strategically well positioned in long-term secular growth trends and with key ecosystem players. Our role in the large and growing smart home, industrial IoT and Infrastructure markets is increasingly important as we offer a combination of innovative products, best-in-class software and scalable solutions. Thank you for your time and attention. Before we take your questions, I’d like to turn the conference call over to Jalene. Jalene?