Russell Ellwanger
Analyst · Drexel Hamilton. Please go ahead
Thank you, Noit, and thank all of you for joining us today. Our first quarter of 2018 revenues were $313 million, within our guidance range. EBITDA for the quarter was $84 million, with a net profit of $26 million. Our cash from operations was $75 million, generating a free cash flow for the quarter of $35 million. Looking at the second quarter, we guide growth with midrange guidance of $335 million, representing 7% quarter-over-quarter growth and a 3% year-over-year decrease. In power management, we have high demand for discrete products with power ICs having softened in the first quarter due to inventory corrections, and being presently stable to Q1 levels with orders forecasted to pick up in the latter part of this quarter. In RF, we continue to see high, even very high demand for infrastructure being met [ph] incrementally as additional silicon germanium capacity continues to come online and be qualified in Fab 3. The mobile sector continues to see weakness. However, customer-based activities remain strong. And for high-end image sensors, we see stable demand after a strong first quarter. As about 20% of our business serves the mobile RF market, we are seeing an impact of mobile demand weakness, and have received more conservative forecast from much of our customer base. With that in mind, we see the year more conservatively and target year-over-year mid single-digit organic growth. Within 2017, we reset several business strategies and tactics to enable greater value production shipments over those offerings which were starting to become commoditized. We begin to see the benefit and for the rest of the year based upon customer forecast, we target sequential quarterly revenue growth resulting in organic business unit growth of above 25% for the fourth quarter versus the first quarter of 2018. We remain committed to our previously presented financial model targets such as incremental gross, operating, and EBITDA margins of 55% to 60% for all incremental revenue growth. 2018 focuses in activities resulting in our aforementioned fourth quarter customer forecasted target establishes a strong foundation for organic growth for 2019 and subsequent years. Looking at utilization rates for the quarter, Fab 1, our six-inch factory in Migdal Haemek, Israel, was about 90% utilization; Fab 2 our eight-inch factory also in Migdal Haemek, Israel, was about 80% utilization. We are in advanced stages of increasing discrete capacity by 6,000 wafer per month, which increased or produced revenue shipments during the third quarter of this year. Fab 3, Newport Beach California, our eight-inch factory there was operating at about 80% utilization during the quarter. The three TPSCo factories had an average of approximately 50% utilization. Finally, Fab 9 our San Antonio factory was about 55% utilization. 2018 saw the first-half of Maxim contractual utilization decrease according to our 15-year contract, which was easily backfilled with third-party business targeted for further ramp throughout the year. We are progressing well to create additional silicon germanium qualified capacity, and hence an additional internal silicon germanium source at this factory in San Antonio. For a business overview, starting with RF, the RF high position analog business unit continues to see strong demand for high-performance silicon germanium platform driven by a 100 gigabit per second datacenter and cloud computing growth, where we manufacture fiber optic components used in high-speed connections. As we previously stated, we are increasing silicon germanium capacity in Fab 3 by 75% to accommodate the surge of demand, and are happy to report that the new capacity is now installed, and we are beginning to utilize it. This increases our ability to deliver additional silicon germanium wafers to customers to some extent starting in the second quarter, but more strongly in the third quarter, reaching full shipment capacity in the fourth quarter of 2018. In addition, we announced last quarter our intent to qualify silicon germanium in our San Antonio factory. And this is progressing well, contributing to a doubling of our total silicon germanium capacity at the end of the first day's qualification, and providing a path to help continue the strong silicon germanium growth for the next year. To expand our silicon germanium served market, we had announced a new silicon photonic offering, adding new content that we currently do not serve within the fiber optic market. This task order we announced availability of design kits for this process, which enables us to broaden our customer base in this new served market. We are seeing strong interest in this technology with multiple high-end serious engagements, and expect to generate initial production revenue this year, providing a strong platform for high margin growth for the coming years. Finally, our RF SOI business is doing well with respect to key customer, advanced platform wins, despite some well-publicized short-term softness in the mobile sector. We are very engaged with Tier 1 customers on the requirements of 5G system being developed today that will be rolled out in the coming years to increase data rate of mobile devices. For example, to serve some portions of this market, we are developing technologies such MEMS and other game-changer solutions that go well beyond the performance possible with today's RF SOI processes, and will provide us with strong competitive advantage and the most performance-hungry and margin-rich components of these systems. A global market for power semiconductor discretes has enjoyed continuous expansion in last year with annual growth rates of up to 80%. This is reflected in the demands of our main customers, but the largest markets for discretes are automotive and industrial sectors. The revenue from automotive are from devices being targeted in electric and hybrid electric vehicles, all the industrial sector, primarily from power elements, and motor drivers, and home appliances, mobile devices and modules for base stations of the cloud services. Our Tier 1 customers are the leaders in the market, and are interested in increased production capabilities. In 2016, TowerJazz succeeded to ramp up capacities in all its production sites for discrete device fabrication. For some of them, wafer capacity was increased more than 25%. Our strategy in discrete power devices continues to be co-development of next generation platform, incorporating our customer's demands, and focusing at the most challenging applications. On top of the already-in-production vertical high power MOSFETs, super junction diodes, protection modules et cetera, we achieved first-time success in demonstration of a novel advanced device in a joint R&D effort with one of our Tier 1 customers, and successfully continued R&D activities focused on the roadmap devices of our other customers. During Q1 2018, we have continued our focus on 300-millimeter offering of power ICs. The already available five-volt CMOS and low voltage power 65-nanometer 300-millimeter process continues to enjoy high traction from the markets with multiple customers designing products to this platform. In parallel, we focused heavily in the fast development and the state-of-the-art power management 65-nanometer BCD platform with best in the world performance. Process design kits were released, and we are closely working with selected early adopters on products, targeting to ramp during the fourth quarter of 2018. The 65-nanometer BCD platform provides multiple significant advantages over competitor's low voltage power platforms. First, providing breakthrough performance such as lowest RDS on, less than 1 million square millimeter for a five-volt LD mass, very low QGD, down to 2.6 million nano columns for newest or for new application requiring operating megahertz switching frequencies and as well high digital integration capabilities. And secondly, providing superior cost-effectiveness due to a very low mass count by digital fins to 65-nanometer and best-in-class cycle time. These advantages will provide our customers with market superiority, as well as with new opportunities for integrating multiple dyes into a single dye to further and significantly reduce the overall system level costs. The 65-nanometer BCD platform positions us as the technology leader in the multibillion dollar low voltage up to 16 volt operation power management IC market addressing a very wide variety if ICs. IHS market forecast of 2018 are 9.4 billion and growing available market at our new process serves. This part of the power management market addresses about 50% of the overall PM market and supports many end applications ranging from battery-operated products that need a very high power efficiency, such as mobile wearable powerbanks, tablets and cameras typically using five volt devices as well as servers, set-top boxes, hard drives, and other products using seven-volt up to 16-volt devices. In the higher voltage arena, we released in Q1 2018, a 90-volt low RDS on and isolated 180 nanometer power platforms, targeting the demand for higher operating voltages of motor drivers, DC-DC converters, and battery management ICs used for consumer and industrial products such as drone, robots, power tools, garden tools. This platform also will address the 48 volt DC-DC converters in datacenters and high voltage power over Ethernet ICs for the computer market. For the automotive market, this new offering can support a wide range of applications from motor controls, drivers to LED lights, and radar to the new 48-volt power architecture in new hybrid EV vehicles. Multiple customers are in design phase planning to tape out in Q3, Q4 this year. For the rest of the year, our main focus will be to qualify the 65-nanometer BCD platform and ramp the production multiple customers as well as further expanding this platform's capabilities to cover higher voltages, to best address additional market segments such as fast growing USB Type C and wireless charging, both requiring high digital integration combined with 30-volt operation. In the CMOS image sensor business unit, where we see recently very good results of our smallest in the world 2.5 micron global shutter pixel developed in our 300-millimeter 65-nanometer Uozu fab in Japan. We have two lead customers in the machine basic market, we have received silicon and plant provide prototype soon to their anxiously-awaiting customers. One of the products is a high resolution sensor for machine vision applications that with this pixel size gives a 4x resolution improvement with industry best current and quantum efficiency yielding much better performance than what is otherwise available in the market. We are supplying a wide range of pixel sizes for different machine vision applications on global shutter technology platform that will enhance our leadership in this market. We expect to start production on this platform by the end of the year. In the medical X-ray market, we just prototyped a one dye per wafer device. We are one of the world's leading X-ray sensor suppliers and plan to ramp the high volume by the end of this year with three different products, all targeted to be high runners. In addition, as previously discussed, our 300-millimeter development of a 21/21 centimeter X-ray device for tiled and non-tiled applications has lead customer having demonstrated excellent pixel performance on prototypes and as well as excellent product yield. These results have attracted activities with other market leaders. We are moving according to our plans with the leading DSLR camera supplier and we will start soon as second even more ambitious project, which includes stacked backside illuminated wafers for this market. This will continue to position us as a leading foundry for high-end photography applications. All these exciting activities will bear fruits in the coming two to three years in a steady high volume, high margin production as the world-leading provider of CMOS sensors for high-end applications. In addition, we are working today on several exciting projects that will drive very high volume in the augmented reality and virtual reality markets for both sensors and displays, and on a very unique embedding of artificial intelligence into imaging and other sensors. This should yield very high volumes in the coming three to five years and beyond. Looking at sensors in general, smart automotive and mobile applications influence strongly the directions of TowerJazz sensor activities. We are developing a strong suite of sensor application platforms. This includes a successful after production of several flavors of a magnetic tunnel junction base field sensors developed together with focused technologies and significant progress towards productization of this flow for automotive sensors for a Tier 1 customer. We have processed a various prototypes of radiation sensors based on floating gate principles fabricated without additional mass to the core CMOS low. It's completed feasibility of several sensors fabricated on our gallium nitron silicon production platform, in particular, sensors of magnetic field temperature, absolute UV, and pressure sensors that can operate at high temperatures for fabricate and then tested. Original gallium nitride devices for gas sensing are also fabricated on GaN on silicon wafers. Another gas sensing platform is developed on SOI and features nanowire type sensing elements. Both gallium nitride and SOI platforms include transistors for signal processing. We continue to produce infrared sensors not only for iOS and Android mobile platforms as previously announced, but with strong presence across industrial and specifically growing and automotive night-vision driver systems application complementing our driver system silicon germanium technology based radar has happened previous pretty odd and growing with denser portfolio out there. To summarize, we continue to strongly advance our mission statement to provide unique value to our customers by long-term roadmap alignment. In each of our business units, we continue these activities, and as well a few additional target activities with specific market leaders, which when successful, should provide new market game-changing capabilities. With that, I would like to turn the call over to our CFO, Oren Shirazi. Oren?