Morris Young
Analyst · BWS. Your line is open
Thank you, Gary, and good afternoon everybody. Our Q4 results capped off a strong year of execution for AXT. We delivered healthy growth in 2017, including record indium phosphide revenue and solid performance across our product portfolio. In addition, we achieved improvement across our key financial metrics, driving an 80% increase in our net profitability over the prior year. We also made good progress on the relocation of our gallium arsenide manufacturing facility and we are on track with our stated goal to provide qualification wafers in Q1. As we move into 2018, we are excited to see a resurgence of demand for compound semiconductor substrate in new applications across our product portfolio that has the potential to reshape the technology landscape over the coming decades. As such, we will continually invest in the advancement of our products, our customer support capability, and believe that we are positioning the Company well for continued growth and new opportunities in 2018 and beyond. For example, indium phosphide was a strong driver for our business in 2017, and is expected to be a significant contributor in 2018. This is largely due to the strength of our technology and market position, as well as growth in demand from both established and emerging applications. One of the fast-growing applications currently for AXT is data center connectivity, driven by indium phosphide based silicon photonics. This technology solves the key data center networking challenges, including latency, bandwidth, power [dissipation] [ph], and signal integrity. Leading industry analysts believe that silicon photonics is reaching a tipping point of widespread adoption. As evidence, optical transceivers and other components based on this technology are now in volume production by a growing ecosystem of providers. Hyperscale data centers such as Facebook and Amazon Azure have also publicly announced its adoption. In addition, data center expansion in other parts of the world such as China, Japan and U.K. could provide additional demand in 2018 and beyond. In particular, China now has more than 700 million Internet users and companies such as Tencent and Baidu continue to build hyperscale data centers to accommodate growing Internet traffic. During 2017, data center connectivity surpassed passive optical networks as the largest driver of our indium phosphide revenue. Prior to this, the EPON and GPON markets were key contributors for indium phosphide demand in applications such as fiber-to-the-home and fiber-to-the-office. Throughout the past year, a slowdown in purchasing from carriers as well as the inventory buildup in the supply chain constrained market growth. However, we have been encouraged by recent indications from our customers that suggest conditions are improving in key regions such as China. This strengthening of demand may drive improvement in the PON market in 2018 and give AXT another avenue for growth. We will be watching this closely as AXT supplies into a number of regions and customers worldwide is well positioned to benefit as market improves. And finally, a third area of focus for indium phosphide is telecommunications, where the current infrastructure upgrade cycles and preparation for 5G are providing opportunities in short haul, long haul, and networking deployments. Though still a relatively small portion of our indium phosphide revenue, we believe that this application could be a contributor to our revenue growth for years to come. In total, we believe that we are in an early stage of a multiyear opportunity for our indium phosphide business. This is a highly specialized material in which AXT has made considerable market progress, both in terms of outstanding technical properties of our material as well as our customer traction. As a result, we are currently increasing our indium phosphide capacity in a meaningful way in order to meet the expected increase in demand for our product in 2018 and beyond. Now turning to gallium arsenide, over the last 2.5 decades, the application that has driven our gallium arsenide business has certainly evolved, and yet the material is as relevant today to the unfolding technology landscape as it was when it was first commercialized, our VGF gallium arsenide substrate, in the late 1980s. Applications such as 3-D sensing, augmented and virtual reality, 5G wireless, LIDAR for autonomous cars, retina recognition, [indiscernible] based Internet connectivity, and many others are emerging and will require the performance characteristics and adaptability that gallium arsenide uniquely offers. Further, the stringent technical specification of these high end applications continues to severely limit the number of companies that could produce substrates in enough volume to meet global demand. As a pioneer in VGF gallium arsenide substrates, AXT continues to bring innovation and deep expertise in material science to our markets, helping our customers to unlock the potential of new technology by overcoming technical barriers. Our work in gallium arsenide based [indiscernible] solar cells for the automotive market is a perfect example. Working with our customers, AXT engineers developed substrate that feature unique [indiscernible] and specialized properties for this application. Audi and BMW are now using gallium arsenide based solar panels on certain new models to provide power to the vehicle's climate control system fan without draining the battery. In addition, Audi and Alta Devices are also integrating solar cells into panoramic glass roofs of Audi models to generate solar energy that extend the range of Audi electric vehicles. We are also excited about the potential of 3-D sensing technology for our business. While AXT is not currently participating in the initial deployment of 3-D sensing technology for Apple iPhone X, we believe 3-D sensing technology present a significant long-term opportunity for AXT. In addition to Apple, we are hearing from a number of sources that 3-D sensing capability are on the product roadmaps of several other device manufacturers and we believe we will see more widespread adoption by 2019. The strict technical requirements of 3-D sensing provide a strong barrier to entry to new low-end players. Today, only three competitors, including AXT, are able to provide low EPD substrates in significant volume for production ramp. We understand that our product meet the technical qualifications and perform well for this application. With the relocation of our gallium arsenide manufacturing facility showing good progress, we are on track to have the first 3-D sensing substrates from our new site for customer qualification this quarter. Once submitted, the length of qualification process will depend on the sense of urgency within the supply chain. We believe that we could see modest amount of incremental opportunity from this application in 2018, but with more meaningful contribution in 2019. It is however very important to note that the mobile device application is likely just the beginning of many applications that will be using 3-D sensing technology in the coming years. Some analysts have stated that by the year 2020-2022, the volume of gallium arsenide used for 3-D sensing in autonomous vehicles will be equal to or greater than that used in mobile phones. We are hearing that development work is already underway with these applications. We'll continue to monitor this and other new applications closely and believe we are well-positioned to participate in their adoption. In total, we are enjoying stable revenue from our traditional markets for gallium arsenide, including power amplifiers for mobile phones as well as LED lightings, signage and display. In addition, we are encouraged to see our substrate selling into a wide variety of nascent applications that have the potential to become meaningful to our business over the coming years, underscoring the long-term nature of our product portfolio. Now turning to germanium substrates, this segment of our business was again strong in Q4 as the satellite industry continued its potential positive trend. We typically see a fairly constant demand for germanium substrate used in satellite solar cells, but in 2017 our germanium substrate revenue grew approximately 30%. Though we are not expecting this level of growth in 2018, but we do believe that positive market conditions are likely to provide continued opportunity for growth over the coming quarters. Finally, with regard to our partially owned raw material companies in China, recently we have begun to see an increase in raw material pricing, particularly gallium, largely a result of overall improvement in commodity pricing. The increase to-date remains modest, and on the whole has served to bring suppliers close to breakeven levels, following a very significant decline in pricing over the last two years. We do believe that as the demand for compound semiconductor substrate continue to increase, our holdings will provide important leverage for our operations as well as opportunity for positive contribution to our overall financial model. Now before I close, I'd love to give you an update on the relocation of our gallium arsenide manufacturing to our new facilities in the city of Dingxing, China. With the continued solid execution of our team, we are on schedule with our plans and pleased with our progress to date. This new technically advanced facility gives us the opportunity to plan our business for our next stage of growth and to support long-term requirements of our customers. We are excited for this facility to become a showcase for our capabilities for customers and investors alike. As we have discussed, we are executing a staged relocation of gallium arsenide throughout 2018, which means that we will produce substrates from both our current site in Beijing and the new Dingxing site for a period of time, and then gradually increase production volume at the new site. In closing, this year we will celebrate 32 years in business, including 20 years as a public company. Over that time, AXT has grown and evolved significantly. Our business focus and operational discipline developed over time has allowed us to hold our ground against much larger competitors, to weather significant technology transitions in our industry, and build a sustainable business model of growth and profitability. With the enduring entrepreneurial spirit of AXT, that has driven us to embrace new applications for our technology and our product, to recognize future growth opportunities, and develop the core competencies to supporting and to identify the strategies [indiscernible] of vertically integrating our supply-chain. I'm very grateful to the entire team at AXT for their talent, their dedication and their tireless effort on behalf of our Company, our customers and our shareholders. We are very proud of the unique Company we have built together and we are excited about our future. We see great upside potential for all the applications across the product portfolio that we have already qualified into and supplied. In addition, new applications and opportunities from incremental applications such as 3-D sensing hold promises for 2018 and beyond. This is exciting time for our business and we look forward to reporting to you on our progress. This concludes my prepared comments. I will now turn the call back to Gary for our first quarter guidance. Gary?