Alexander Tokman
Analyst · Ladenburg Thalmann
Thank you, Dawn. Great morning. Thank you for joining us for a discussion of Microvision’s second quarter 2017 business results. We have made significant progress in the past 3 months executing our engine plants, while creating new home-run opportunity that could significantly improve our growth trajectory over the next 3 years. First in April, we signed a $24 million contract with a top technology company for a high resolution display application, which included a $10 million upfront payment that we received in the second quarter. Second, we delivered initial commercial units of the small form factor display engine to Ragentek, a Chinese smartphone maker at the end of June and begun production shipments in July. Third, we just announced the first shipment of development kits of the interactive display engine to select customers for application development and evaluation. The timing of this shipment is consistent with the schedule we discussed on the last call. Let’s start with the $24 million contract we signed in April. As we discussed in the last earnings call, the April development agreement with a leading technology company is to develop a high resolution laser beam scanning display and future production of Microvision’s specific components for this display system. The contract includes two elements, a $14 million in development fees for work that is expected to span 21 months and a $10 million upfront payment that is expected to be applied to future component sales. On the development portion, once the development portion is completed, we expect to be providing a new generation of MEMS, ASICs and firmware for the high resolution display system. This could add significant product revenue for us starting in 2019. The technology company plans to produce a high resolution display engine to be incorporated inside its end product. The development work against this contract begun in the second quarter and we recognized some revenue already. We also received the $10 million upfront payment as I mentioned earlier as well as additional $4 million in payments for the early milestones. We are very excited about this opportunity, because it encompasses three critical to success factors. First, it’s a major technology company with a clear goal to market plan. Second, the product they are targeting addresses a large market opportunity. And finally, the product would be based on the differentiated platform technology from us. Way to the engine programs update next, starting with the small form factor display engine. We made an initial shipment of this ultra miniature display engine to Ragentek at the end of second quarter and we follow it with the first production shipments in July. Ragentek who makes smartphones for China, India, Brazil and other countries placed a $6.7 million order with us in March, for a customized display engine to be embedded inside its VOGA flagship smartphone. The VOGA smartphone was revealed by Ragentek on June 28 at the Mobile World Congress in Asia and received positive reaction from Chinese media outlets for its sleek look and innovative features. During second quarter, we made progress with several other customers on opportunities around this display engine and anticipate new orders in the next few months. Our engine portfolio includes two additional scanning engines, one for the interactive display and the other for 3-D LIDAR sensing applications. And speaking about the interactive display engine, we were very pleased to announce yesterday that the first samples of the interactive display engine were shipped to select customers as planned. These initial development kit samples can be used by our prospective customers to evaluate the technology, but more importantly to start developing software applications for their specific products. Think of the possibilities, this engine is expected to offer features and functionality that could be invaluable to the emerging Internet of Things, IoT smart home connected products. The benefits include one-stop shop display and sense solution, multiple 3-D sensing modes, multi-surface operation capability and ease-of-use. It’s a lot. Let me explain each. Starting with the integrated display and sensing solution. What it means is that 3D time of flight sensing and projection functions are combined in a single integrated package. This is an important attribute for OEMs and ODMs as it provides one-stop shop solution for their products. Another attractive feature is the ability to operate in the multiple 3D sensing modes. What this means is that our 3D point cloud can be converted into touch events, aired gesture events and other events to suit multiple interactive applications. This could be a valid feature for the end user as they are not locked into a tabletop mode only as exhibited by most devices today. The third unique benefit is what we term a multi-surface display in 3D sensing capability, where both projected display and 3D time of flight sensor can fully function when directed at the tabletop at a wall, at a ceiling without any additional calibration of focus adjustment. Again, this could be a valuable feature for the end user who wants to move their smart home connected devices from room to room. The final benefit of this system is its ease of use, translation. It works on any surface, flat, curved, wet, dry etcetera, when foreign objects enter the field of view they will interrupt the operation of the system as it is with other solutions to-date. Imagine a scenario where someone is preparing the dinner in the kitchen. They use their IoT smart device to display a recipe and they want to virtually page through the summary. If the tabletop surface upon which the image is being projected is uneven or it’s wet or contains food crumbs, our time of flight system fully functions and responds to users’ gestures, which is not true for most other technologies. The interactive display engine is unique because it outputs both visible images and 3D point cloud necessary to enable the interactive display application. There is an additional step required here developing software that interprets the 3D point cloud generated by our interactive engine to recognize touch, gesture and other specific events for products. We are targeting customers who are enthusiastic about such products and who have the skills to do such development work. Finally, a brief update on the third engine, we continued the development of the LIDAR 3D sensing engine with the goal of having initial samples in the first half of next year. Overall, we continued to believe that the demand for these engines could result in revenue ranging from $30 million to $60 million over 12 months to 18 months starting Q3 of this year. Let’s now move to NRA activities other than April contract. In first three months we continued work on two additional development contracts. One is for augmented reality and the other is for automated driver assistance systems or ADAS. We expect to complete work on both of these development contracts this year. At this point I will pass it back on to Steve to review financials.