Thomas Eriksson
Analyst · Craig-Hallum Capital
Thank you, David. Good morning, everyone and welcome to the call. First off I would like to proudly announce that Neonode’s zForce PLUS multitouch PC solution has been selected by a premier PC OEM. Our technology has gone through multiple transformations and once again has shown its versatility in obtaining Windows 8 certification and addressing OEM demands for small to large display and purposes. Our multi-touch solution zForce Plus was selected due to its high performance [Indiscernible] design possibilities, manufacturing simplicity and technology roadmap. We are completing the low cost capacitive sensors such as metal-mesh and other optical part solutions. So put things in perspective it’s worth mentioning that we are also fighting against [Technical Difficulty]. Hello, everyone and sorry for this technical difficulty. Thank you, David for that introduction. Good morning, everyone and welcome to the call. Neonode posted a full year 2014 revenues of US$4.7 million, which was in line with our expectations. Lars will go into financials in more details later on. 2014 was a transitional year for us with new technology offerings such as zForce EDGE and zForce Curved. These new technologies made it possible for us to get into new market segments such as monitors where it is important with modern industrial design and good image quality with no glare. The focus on this call would be to talk about the customer activities and updates on our progress in new technology development. My primary focus on the business is PC, automotive and printer application. I feel very strongly that success in this market segment would mean success for Neonode and its stakeholders. So let us dive into the PC space and what we are doing here. It has been a long process, but we have now signed with one of the largest PC OEMs. This is the start of a beautiful relationship with this leading OEM and others to follow. With this agreement in place, Neonode will supply touch and proximity modules for different PC applications in close co-operation with our manufacturing partners. Our partners build and test our module, designed by us and ship them directly to the OEM customer’s manufacturing facilities. The first applications that will ship this summer are all in one PC and monitor. Signing this agreement with one of the leading PC OEMs has been a long, but important process for us. We now have successfully implemented our royalty-based business model even in the industry that normally is unfamiliar to pure licensing, except perhaps say Microsoft for the Windows license. Normally the OEMs buy a complete customized PC from the ODMs and they source the components and modules from their vendors and assemble the complete unit. I want to paint a picture of mass adoption of touch that has not taken place yet, and how we are taking on the challenge to change that. Today the touch penetration for PCs like notebooks is about 15% to 20% of the total shipment. The PC OEMs would like the touch and display to be a standard offering like the camera or the mousepad, where they do not have to build different hardware for touch and no-touch version. Our customers tell us for mass adoption of touch in PCs to happen the costs need to come down a lot and the touch technology need to support a consistent, slim industrial design with no degradation of image quality and other problems in production like lower yield. Our competitors that supply capacitive touch solution is today far too expensive for an increase in touch penetration, and add layers in front of the display creating glare and poor outdoor visibility and lower battery time due to the less brightness and power hungry touch controllers. Today most of the OEMs in the PC industry have many different models and types of notebooks, all in ones and monitors. Most PC products suffer from low margins and cannot compare to a company like Apple that enjoys high margin from just a few different devices. Our solutions now suddenly make it possible for OEMs to introduce a consistent design language with minimal bezels and reduced number of models with the potential to reach higher margins and higher volumes. Today we have four different technologies that we promote to the PC segment. That is zForce Air, zForce EDGE, and zForce Curved and zForce Air. These technologies address anything from large monitors and TVs with flat or curved displays to notebooks, small mouse, trackpads, keyboards with trackpad function. All of our technologies support very low cost hardware, nice industrial designed look and low-power consumption for long battery life. These are the areas where we excel. I like to start with cost. The cost of our touch models for monitors and all in ones is more than 50% lower than competing technologies like the low cost capacity solution. Our latest solutions for notebooks zForce Air are down to US$0.25 per inch display. This means that our OEMs can add touch on a 14 inch notebook for as low as US$3.5 plus our royalty fee. Most low cost capacitive touch solutions struggle to get below $1 per inch and in-cell touch and on-cell touch are currently more than US$1.5 per inch. Our solutions enable 20 US dollar cost saving on a notebook, which can be more or less the whole margin that OEMs have today. But everyone knows industrial design is today very important. When using our technology our customers can achieve a consistent look and feel across all their product lines, like notebooks, all in ones and monitors. This means that the OEM can design only one device and it will look the same with or without touch thus reducing the number of different devices. Another important factor today is power consumption. By adding layers on top of the display like most of our competing solutions do, you will have dramatically reduced brightness, add glare and annoying reflection and poor outdoor visibility. On a notebook, the backlight is one of the largest power drains. When you add a capacitive touch to notebooks the battery drains faster and as a result the time you can operate on battery will be reduced. This is one of the reasons why non-touch notebook can run on battery longer than a capacitive touch enabled device. Since we do not need a sensor layer in front of display, products with our technology enjoys longer battery operating time with crisp clear display with great indoor and outdoor visibility. With zForce low power technology we can also expect almost the same battery life time as a non-touch notebook. And now let us move to talk about the success in our automotive space. I decided a few years ago that we should invest in this space. I know at the time that this would require long development cycles, but eventually would give us a large return on our investment. This investment is now starting to pay off and we can see the first cars installed with our technology hitting the market, and they work really well and are receiving great reviews. We have started to be recognized as a premier touch supply to the automotive industry, where they have moved from resistive to capacitive and now to optical touch for superior user experience and performance. The Volvo XC90 is a premium car that uses zForce touch along with an intuitive, elegant and simple to use interface, which supports other functions like Apple CarPlay. This car has received great reviews all over the world and Volvo now leads the trend towards reducing the number of buttons to achieve an easy to use infotainment system. We have expectations that this touch platform, including our touch, will be used as a base for many other Volvo cars during the years to come. Another exciting observation is that many of our automotive OEM customers are now in full production and we expect up to 10 cars to be in production this year. During the Geneva Motor Show, Koenigsegg launched a new hybrid megacar called the Regera. It is one of the most prestigious fastest sportscar in the world. The Regera is using zForce Core technology on a 9 inch display in the centre stack. We are aware that this vehicle is a low volume car, however, we think it is an important customer because this car is an extremely high-end and sophisticated product that really showcases the performance level of our technology. During the past years we have been developing a new type of sensor that can be integrated into the ring of the steering wheel. We call it zForce Drive. This technology is what the mouse is for the PC, a relative position intersystem that seamlessly connects the driver with the car and send out information to the embedded computers in the car, and tell the driver what he is doing and the position of the driver’s hand. The primary application for this technology is increased safety. But it also enables the driver to control all of the switches and functions in the car like changing the volume or answering the call. The driver can control the car without removing the hand from the steering wheel and keep the eyes on the road. The sensor steering wheel also supports a simple and elegant handover function between the driver control and the car and self driving mode. If you release your hand of the steering wheel the car will drive on its own and when you grip the steering wheel again you are back in control. After a long development cycle of zForce Drive, we are very excited to announce that we have signed a license and development agreement with Autoliv. Autoliv is a $10 billion public company and one of the largest safety and security system suppliers in the automotive industry. This is a huge recognition of our technology. With this agreement in place, we have a partner that already has most of the global steering wheel automotive OEMs as customers. Autoliv is also a great partner that not only promotes and sell, but more importantly manufacture the complete solution for mass production. The timing for this technology is perfect as most of the OEMs are designing self-driving/assisted driving vehicles for improved safety. The zForce Drive application we also believe that our license fee will be higher than average compared to our other technologies. Let us move over to the printer segment. We are happy to see there is a lot of reports and reviews on the Internet on the HP printer with our touch where users really liked the new responsive touchscreen. We have seen a steady increase of models hitting the market, now with over 20 models in the stores. Our printer customers are progressing nicely and we are seeing an increase of our license fees. We are currently engaged with the major printer OEMs, who are currently integrating and evaluating our technology. Our printer customers combined represent the majority of the volumes in the printer global market. We expect revenues from our printer customer to keep growing in the next 12 to 24 months and beyond. And now a short update on the e-reader segment. We continue to do well in the e-reader segment. Our zForce Core and zForce Air technology is used by the major OEMs in this space. In the fourth quarter 2014, Amazon successfully launched a new Kindle incorporating our technology. We will not recognize any revenue from Amazon for 2014, but we are very pleased with their product launch. And finally a little bit update on our new exciting technology. One of our latest technology that we have developed is a touch solution for small to large curved displays. This is an extension of zForce EDGE, now supporting Windows 10 for curved displays. This solution as our other solutions provide a glare-free display with excellent brightness, and a very low module cost, typically less than one dollar per inch display. Currently capacitive and other touch solutions need a glass in front of the LCD, which reduce image quality and create glare and annoying fingerprint, which are all unwanted optical effects and mostly unacceptable to professionals and gamers. This technology is now ready for market with products like the latest car monitors and the coming all in one PC. And now I would like to hand over to Lars, who will talk about the financials.