Tyson Tuttle
Analyst · Loop Capital
Thank you, John. 2019 was a challenging year with macro weakness in broad based industrial and automotive markets, as well as trade policy volatility and export controls on key customers impacting growth. Total 2019 revenue declined 3.5% from 2018 with wireless leading growth and IoT offset by declines in infrastructure, broadcast, and access. Although these results are disappointing we are pleased to have outperformed the market with secular growth drivers in IoT and infrastructure, providing some offset to macro weakness. In 2019 we saw a strong design win activity which increased more than 30% year-on-year in lifetime revenue, providing a tailwind for future growth and a validation of our strategy in IoT, infrastructure, and automotive markets. As we enter 2020, we anticipate continued design win strength backed by a large and robust opportunity pipeline as we continue to drive funnel conversion and growth. Turning now to product and market updates, IoT delivered $488 million in revenue for full year 2019, up 5% from 2018. In 2019 wireless products achieved more than 1 billion units shipped to date and now represent more than 65% of total IoT revenue. Secular drivers contributed to 14% growth in wireless products for fiscal 2019 growth including ramps in smart home security and high volume lighting customers, progress in the UK smart metering market, continued integration of connectivity into gateways, and adoption of IoT in the broader industrial market. Growth in wireless IoT more than offset declines in MCUs which were impacted by broad based macro weakness. Silicon Labs is the leading provider of IoT wireless technology for the smart home market, which offers a tremendous opportunity. According to Navigant Research, global annual revenue from smart home platforms is forecast to grow from $3.2 billion in 2019 to $14.3 billion in 2028 achieving a compound annual growth rate of 18%. We are committed to standardization in the IoT and are collaborating with leading ecosystem partners to create alignment with the goal of advancing security, reliability, interoperability and compatibility in smart home devices. Future success for the smart home industry relies on ecosystems working seamlessly together towards a common goal. Device makers, chip makers, software providers, developers, retailers and consumers will benefit from this open collaboration while accelerating market adoption and driving growth. In Q4, ZigBee Alliance members joined together to promote the formation of a new working group, which plans to develop and promote the adoption of a royalty free connectivity standard to increase compatibility among smart home products. The Connected Home over IP or CHIP project embodies a shared belief that smart home devices should be secure, reliable, and work seamlessly together. The project's goal is to simplify smart home product development for manufacturers and increase compatibility for consumers to enable a common out-of-the-box experience. The project aims to enable communication across smart home devices, gateways, mobile apps, and cloud services and to define a specific set of IP based networking technologies for device certification. The Industry Working Group will use an open source approach to accelerate the development of this new unified connectivity framework, as well as to deliver time to market benefits to manufacturers which will drive faster consumer adoption. The Connected Home over IP project will leverage market proven smart home technologies, including Bluetooth, thread, and Wi-Fi to make it easier for device makers to build products compatible with smart home and voice services such as Amazon Alexa, Apple Siri, and Google Assistant. The working group encourages device manufacturers to continue innovating using technologies available today. Silicon Labs is one of two semiconductor companies joining the working group to contribute to this project. Participating ZigBee Alliance Board Members include Amazon, Apple, Google, IKEA, Legrand, NXP, [indiscernible], Samsung Smart Things, Schneider Electric, Signify, Silicon Labs, [indiscernible] and Williams. Complementing the creation of the Connected Home over IP project during the quarter, Silicon Labs and the ZWave Alliance announced plans to open the ZWave specification as a ratified multi source wireless smart home standard. With this change, semiconductor and software suppliers will be able to join the ZWave's ecosystem, contribute to future advancements of the standard, and develop and supply sub gigahertz ZWave connectivity devices and software stacks. In addition to maintaining its certification program the ZWave alliance will expand to become a standards development organization, helping to solve the interoperability challenges, hindering adoption of smart home devices. Alliance members will work together to advance a single sub gigahertz connectivity solution to expand the functionality needed to grow the IoT. With more than 100 million interoperable devices deployed, more than 3200 certified products, and over 700 member companies ZWave offers one of the most mature and pervasive smart home ecosystems in the market. Alliance members and smart home consumers will benefit from hallmarks ZWave features including interoperability, backward compatibility, the S2 security framework, easy installation with smart starts, low power functionality offering a 10 year battery life and long range with sub gigahertz mesh. Our goal is to accelerate consumer adoption of wireless products in the smart home market opening ZWave as the sub gigahertz smart home standard combined with our leading position in ZigBee positions us well to leverage Connected Home over IP to drive interoperability and compatibility among all smart home wireless standards. To further accelerate smart home market growth this September, we are hosting the Works With Smart Home Conference in Austin, a premier one of a kind event exclusively for industry leaders, designers, and developers interested in creating products that work with the world's largest smart home ecosystems. This groundbreaking three day conference, a first for the industry, will feature keynotes from Amazon, Comcast, and Google executives, technical training, interactive sessions, workshops, roundtables, and exhibitor demonstrations. According to the Bluetooth team, total annual Bluetooth device shipments are forecast to grow to more than 5 billion units in 2023. 90% of these devices are expected to include Bluetooth Low Energy with secure connectivity and extremely low power consumption is fundamental requirements. Expanding our share on the Bluetooth market is one of our most important initiatives in 2020. To meet this goal earlier this month at CES in Las Vegas we announced a new low cost Bluetooth SoC solution to meet the demand for high volume battery powered IoT products. These new BG 22 Bluetooth SoCs deliver a market leading combination of security features, wireless performance, energy efficiency, software tools, and stacks. We've significantly strengthened our Bluetooth offering in recent years. We were first to market with Bluetooth Mesh and Bluetooth 5.1 direction finding and we continue to lead the industry with new innovations now including Bluetooth 5.2. Our new SoCs give developers the right balance of feature, security, and performance at cost points that help drive adoption of Bluetooth across a wide array of IoT products. Targeted smart home consumer, commercial, and industrial applications include low power Bluetooth Mesh nodes lighting, smart door locks, personal healthcare, and fitness devices. Asset tracking tags, beacons, and indoor navigation also benefit from the SoCs Bluetooth angle of arrival and departure capabilities and sub one meter location accuracy. Bluetooth direction finding solutions target a wide range of indoor positioning navigation and asset and people tracking applications for industrial IoT commercial and retail use cases. At CES Silicon Labs and Quupa, the world leader in advanced location systems announced their collaboration to deliver a highly accurate indoor asset tracking solution combining Quupa's intelligent location system with asset tags based on our best in class Bluetooth products including the new BG 22 SoCs. Turning now to infrastructure, full year 2019 revenue declined 8% to $183 million with weakness and timing in isolation due to macro factors offset some by secular growth in 5G, solar, and electric vehicles. Silicon Labs isolation products continue to replace traditional [indiscernible] and outperform competing digital isolators enabling superior surge performance, greater reliability, higher integration, and best in class safety for system designs requiring protection from high voltages. In 2019 we saw strength in solar and automotive applications with some rebound in industrial in the fourth quarter. We have established ourselves as the leading provider of digital isolation technology to the cloud, telecom, solar, and electric vehicle markets. Traditionally our timing products have targeted the core and metro optical networking markets. Over the past few years we have expanded and diversified our timing portfolio to address adjacent opportunities in industrial, datacenter, wireless infrastructure, and automotive markets which combined now represent more than 40% of our total timing revenue. Four out of the top five suppliers of wireless infrastructure equipment use Silicon Labs timing solutions in their initial 5G deployments including a broad array of 5G wireless equipment from remote radio heads and baseline units to mobile backhaul and small cells. We are well-positioned to address this large and emerging growth opportunity with current and roadmap products. Timing plays a key role in the transfer of data in wireless and wireline networks which rely on accurate clocks. Easy to access tools for validating timing solutions accelerates development and adoption of new technologies. To address this need this month we announced our collaboration with key site, a test and measurement solutions provider to streamline the validation of timing solutions critical to system level designs for wired and wireless communications, medical imaging, and automotive applications. During the quarter Silicon Labs won for the fifth year in a row the global semiconductor alliance's most respected public semiconductor company award. It is a great honor to be chosen by industry peers based on best products, vision, and future opportunities. Our commitment to empower and encourage employees to strive for excellence across all facets of the organization is reflected in the industry awards we received in 2019 including full product excellence awards, a supplier of the year recognition, four Culture and Community Engagement awards and a great place to work certification. Our dedication to integrity across product development, workplace culture, and community engagement sets Silicon Labs apart in the industry. Silicon Labs leadership team has created a hard to beat workplace environment resulting in market leading products for our customers and continued growth for our company. We're pleased to see positive signs of some macro turnaround in the fourth quarter with growth in broad based industrial and automotive markets, some improvement in the trade environment, and increasing optimism for 2020. We believe Silicon Labs is strategically well positioned in long-term secular growth trends. IoT and infrastructure now represent 80% of our total revenue mix with each offering a double-digit growth opportunity backed by our large pipeline and strong market traction. Thank you for your time and attention. Before we take your questions I'd like to turn the call back to Jalene. Jalene?