Thank you, Chuck. Before opening the call for questions, let me comment on 2 questions that several investors have asked recently. The first question is what is our current and anticipated future participation in the electric vehicle and hybrid electric vehicle markets. As most of you know, our largest product line is baseplates for power modules. Power modules consist of insulated gate bipolar transistors, known as IGBTs, which are very high-speed, high-efficiency switches that convert the electricity stored in the battery into the right form for use by the motor. Most automotive OEMs purchase power modules from a module producer. A small number of OEMs produce some of their own modules. Our baseplates today are being used in modules for some specialty EV and HEV applications, for example, in some military trucks and in some race cars. CPS is very active with most major - with most major module makers, primarily in Europe but also in Asia and the United States. We're providing prototypes for new product development, and CPS has been chosen by some module makers as the vendor for some modules for which the development has been completed, and the module makers are now marketing the module to automotive OEMs. We can't predict how successful any specific module will be in the marketplace, but we do believe that over time, modules containing CPS baseplates will be used in some mainstream automobiles, particularly for higher performance vehicles. Most of you know that in the past, we've supplied hundreds of thousands of automotive baseplates to Continental Automotive, a European module maker. And those modules, in turn, are now in automobiles on the road made by Audi, Mercedes, Renault and Smart car. Although this specific program has ended, the success of this program demonstrated both to module makers and automotive OEMs that AlSiC is the highest reliability and highest performance baseplate material. It is, however, higher cost than the lower-reliability and lower-performance materials. The automotive market, in general, is very cost driven, but there certainly is a performance and reliability driven segment. And it is in this segment that we believe modules containing our baseplates will primarily be used. There's a great deal of press regarding EVs and HEVs, and there's a tremendous amount of development activity ongoing, both at the OEMs and the module makers, but they are still a very tiny part of the market. In other words, the unit growth, the volume growth is still to come. The second question regards the penetration of silicon carbide die into power modules and what this means for CPS. Silicon carbide IGBTs operate at higher temperatures and are more efficient than silicon-based IGBTs. They switch the power with less loss than silicon IGBTs. They are, however, much more expensive today than silicon-based IGBTs. Because they do operate at higher temperatures, thermal management is even more important, and that is where AlSiC provides real advantages. Today, silicon carbide IGBT modules are beginning to penetrate niche applications where the increased performance justifies the higher cost. Revenues to date from this segment have primarily been revenues from prototype purchases of AlSiC baseplates by module manufacturers. Our customers are now introducing the modules that contain our baseplates into the marketplace and starting to book orders. Based on customer-provided forecast, we expect revenues from recurring manufacturing of silicon carbide-based modules to come soon, again, initially from niche applications, but certainly, over time, as the cost of the die come down, we're confident that silicon carbide-based IGBTs will penetrate higher-volume applications such as automotive applications. Let me now open the call to questions from others.