Russell Ellwanger
Analyst · Drexel Hamilton. Please go ahead
Thank you, Noit. Welcome to all of you and thank you for joining us today. 2015 has been a significant year. We recorded our highest annual and quarterly revenues crossing the $1 billion annualized revenue run rate in the fourth quarter of 2015. This was a lofty target for the company when we said it several years back. I congratulate all the TowerJazz employees for this notable achievement. According to the big clean report comparisons and our actual revenue, we reported leading year-over-year growth versus all other foundries at 16%. Our 2015 results demonstrate continued execution in both our operational and business strategies with record revenue, record EBITDA, strong margins increase and continued strength across all of our financial ratios. In the second quarter of 2015, we became GAAP net profit with a business and operational model that is allowing us to achieve sustainable and growing net profits. In addition, in the fourth quarter of 2015, we surpassed the 40% non-GAAP gross margin target that we announced a year ago with a 41% performance. I stated a foundry leading revenue growth of 16%. The organic year-over-year growth realized in 2015, meaning non-Panasonic and non-Micron revenues, was 27%. This type of organic growth is demonstrative of serving the right customers within growing markets especially when considering consecutive years of similar organic growth. Now, I’d like to discuss the end markets that are served within each of our main business units giving color to the revenue of each of the major groups as a percentage of the 2015 total company revenue, and which of the sub-groupings within these groups are our strategic focus. We are dividing our 2015 961 million corporate revenues into four groups; RF, power management and image sensors. All other products that do not fall into the three groups are grouped as mixed-signal others. We will continue to present for annual summaries in this fashion. Our RF group represented 31% or approximately 300 million of our 2015 revenues versus about 24% or 200 million in 2014; hence, 50% year-over-year increase. Within this group, we served the following two major sub-groupings; RF infrastructure and RF wireless. First, RF infrastructure. Our high-performance silicon germanium technology serves the wireline communication market. The wireline communication market includes all aspects of the data network from backhaul to communication within and between data centers and cloud computing centers to the connection between wireless base stations and the wireline network as well as high-speed wire connections to business and the home. Most of the products we manufacture are used in high-speed fiber optic connections within these end markets. Second, RF wireless. RF SOI and silicon germanium technologies that serve these wireless communication markets include all mobile platforms such as smartphones, tablets, wearables and IoT devices. This subgroup is a bit less than 20% of the corporate revenues. Our technology is used in the frontend modules used to receive and transmit wireless signals in these devices. The specific components we have built within these modules are RF switches with our RF SOI technology as well as low-noise amplifiers and power amplifiers with our silicon germanium technology. Thirdly, within the RF space we serve many RF and millimeter wave applications outside the infrastructure and wireless markets including applications such as television tuners, GPS receivers, automobile radar for collision avoidance, point-to-point microwave communications, as well as RF components used in anything from smart meters to garage door openers. Looking at these three subgroups I’ve just mentioned, the highest percentage revenue and the highest growth subgroup is the wireless. Due to the importance and growth of this group, it remains strategic with multiple generation roadmaps and new innovative technologies. In addition, we remain strategically focused on the silicon germanium-based infrastructure market, which provides higher end businesses. Moving to the power management, this group represents 28% of our 2015 corporate revenues or 265 million approximately versus 27% or approximately 220 million in 2014; hence, 20% year-over-year growth in revenue. Within this group, we mainly produce power ICs and discrete products. For power ICs, our BCD power technology enables power management and power driver ICs. Power management relates to power ICs that control the flow of voltage and current from the source, be it battery or an external power supply to the various other ICs in electronic systems such as processers, memories and analog components. Power drivers relates to the power ICs that provide the large voltage and currents that are required to drive external components such as displays, speakers or motors. The end markets of these applications is very broad and includes computing, enterprise, consumer, mobile and automotive markets. Our discrete business is divided between a foundry offering, for example, within our Tonami factory and our TOPS business whereas explained in previous calls customer flows are transferred into our factories and in any instances are jointly developed within our factories. These flows do not become a generic foundry offering but remain restricted to the specific customer. Most of the TOPS business has a long-term sole supplier status for the flows that we provide and/or take or pay agreements providing stable revenues and long-term assurance. The end markets are similar to the power ICs with an additional strong presence in white goods. In some instances, the discrete and IC are packaged together for specific novel applications and our marketed as a module with enhanced performance and reduced costs. Every electronic system contains power management units with ever-increasing requirements for green efficiency. Hence, we are strategically focused with customer aligned power efficiency roadmaps focusing on RDS(ON) figure-of-merit. Our recently released advanced 0.18 micron power management process offers best-in-class RDS(ON), which translates directly into efficiency improvement, lower power consumption or reduction in the size of the circuit. This platform targets more than 40% of today’s power market including computer, wireless, industrial and automotive applications. For the discrete business, we remain strategically focused on alignment for next-generation higher functionality and higher integration co-developments having generated partnerships with the industry leaders. Our image sensor group represented 17% of our corporate revenues in 2015 or 166 million versus 15% or approximately 125 million in 2014, representing 33% year-over-year growth. On the CIS front, we focus on high-end sensors for the following markets; high-end photography for still DSLR and mirrorless cameras as well as high-end video such as broadcasting and cinematography cameras. High-end industrial sensors, which is a broad and fast-growing market covering sensors for monitoring production lines, food, industry and even traffic control. Intra and extra-oral dental x-ray large sensors as well as medical large x-ray panels made up very large 1 die per wafer sensors. Automotive sensors for rear and forward-looking auto driving assistance cameras as well as side cameras replacing conventional mirrors and even internal cameras for gesture control; high-end security cameras, HD and full HD moving to superHD and even 4k, a very fast growing market; 3D sensors for gesture recognition and 3D rendering for use in 3D printing and high-end cellular front cameras. The largest subgroups for us currently are the medical and industrial camera. Our market share in the dental x-ray market is higher than 50%. There is now a strong opportunity for growth in the direct medical business with advanced CMOS tiling versus more of a silicon TFT panels. In 2015, we began several strategic activities in the medical x-ray market, one in particular with the CMOS leader. Our strategic focuses are firstly next-generation platforms for industrial cameras including global server capabilities for small pixel size, in which case an advanced platform is being developed presently with four customer partners. And secondly, using our 65-nanometer 300-millimeter wafer size capability to create most advanced and highly integrated security sensors. Lastly, the mixed signal others group represented 24% of the 2015 corporate revenues or approximately 230 million. This is compared to 33% or approximately 280 million in 2014, including Micron or approximately 27% or 220 million excluding Micron, which DRAM products is not a flow we provide or a market we serve and hence was not replaced upon contract fulfillment. The products within this group include microcontrollers, A6, ID tags, logic standard cells, certain special CMOS-embedded memories and advanced sensors. These products serve computing, industrial, consumer and automotive end markets. A second grouping is our Aerospace and Defense business in the U.S. providing ITAR and trusted access to our commercial technologies for military and space applications in our Newport Beach, California facility. In the mixed signal others group, we are strategically focused on advanced sensors including magnetic sensors and infrared bolometers. To summarize, our business units and markets that we serve, these markets and technologies focuses are well diversified between the different groups end markets and products. Our single largest end market, namely RF wireless communication, does not exceed 20% of our total revenue. In addition, we had strong growth in all of our chosen technology groups which were dominantly those driving the three main trends in the industry, namely seamless connectivity, green everything, power efficiency and smart systems, sensors and cameras. These are the backbone of the Internet of Things. Our customer demand remains strong with our present offering while we work together producing platforms, which will create next-generation products for future market needs. The strong customer demand we experienced is reflected in the utilization levels. We define utilization in the following way. 100% is the maximum possible wafer per month of the bottleneck took, which is typically photolithography being the most expensive tools in the fabrication area at 100% availability. However, photolithography capability is not always the capacity constraint for any given flow type or combination of flows. Availability is calculated by deducting schedule downtime and historical non-schedule downtime. Hence, our 100% is the absolute maximum that a manufacturing facility can potentially produce. Our operational model is to run at 85% utilization. Utilization levels above 85% may have negative impacts on cycle time, especially if maintained over long periods. The following were the utilization rates for the fourth quarter of 2015 against total available photolithography layers. Fab1 Migdal HaEmek, Israel 6-inch factory, 65% utilization; Fab2 Migdal Haemek, Israel 8-inch factory, 91% utilization; Fab3 Newport Beach, California 8-inch factory, 91% utilization and the three TPSCo factories had similar utilizations with an average of about 41%. Fab2 and Fab3 are both running above the 85% operational model. Therefore, we are actively increasing the capacity at both of these factories. As compared to the first half of 2015, the 2016 capacity of each of Fab2 and Fab3 has increased by 15%. And as well, we will enable a higher mix of more advanced technologies driving higher selling prices and also better operational efficiencies. We have qualified our TPSCo Fab5 with two high-volume BCD power platforms and additional high-volume specialty platforms to enable offloading from Fab2. The Fab5 offload ramp is happening over this in the following quarters and will drive continual utilization increase in Fab5 while maximizing Fab2 performance to match the high customer demand for its specialty flows. All three TPSCo factories are running at measurably higher utilization rates and at the time of acquisition and will increase over this year targeting to reach incremental third-party revenues of 25 million quarterly within this year. It is notable and a verification of our analog model that Fab1 having been built in 1984 is profitable with truly immaterial new CapEx for capacity capability having been added in the last decade, and several new and exciting projects being ramped and additional projects being pursued. The free cash flow breakeven for Fab1 is approximately 50% utilization. Finally, at the beginning of this month, we announced the expansion of our worldwide manufacturing capabilities with the acquisition of an 8-inch wafer manufacturing plant in San Antonio, Texas for Maxim. We are thrilled to expand our existing long-term partnership with Maxim with this incremental business. The 15-year supply agreement will allow us to manufacture products for Maxim in the San Antonio facility in a quantity enabling a gradual ramp and hence increase availability of capacity for additional foundry customers, be they new and/or existing. In addition, this approximate 28,000 wafer per month in the San Antonio factory will provide us with additional manufacturing flexibility and cost efficiencies. This brings our overall capacity at TowerJazz and TPSCo to a level of over 2.3 million wafer per way according to the present mix of our production flows. We are already well underway in qualification of three of our advanced RF flows and have begun transfer of one of a substantial TOPS business flow from Fab2 into the San Antonio factory. To summarize, operations for 2016, our focuses are firstly, timely capacity increase realization in Fab2 and Fab3 with the associated efficiencies. Secondly, continued offloading to TPSCo and San Antonio factories, balancing the loading in our worldwide factory and hence an optimal increase in wafer manufacturing. And three, successful integration of the San Antonio fab into the TowerJazz family with associated flow, customer product qualifications to serve our increasing customer demand. Looking now at our guidance, we expect revenues for the first quarter of 2016 to be 276 million with an upward or downward range of 5% representing approximately 22% year-over-year revenue growth as compared with the first quarter of 2015 and 8% growth as compared with the fourth quarter of 2015. To summarize, in 2015, we realized multiple goals some having been established as visionary milestones such as the target to cross the $1 billion annual run rate and also some that were short-term, tactical targets such as to reach 40% non-GAAP gross margin, which we surpassed and having achieved a business and operational model for sustainable and growing GAAP net profit. We have also strategically enabled capacity at a model where the fixed costs is predominately covered and the equipment in place with the potential to achieve about 1.5 billion of annual revenues. With that, I would like to turn the time to our CFO, Mr. Oren Shirazi. Oren?