MicroVision’s patented MEMS scanner is at the core of our PicoP® display technology and is coupled with red, blue and green laser light sources to create the projected image. Each color pixel is generated by combining modulated red, green and blue laser light sources. The intensity of each of the light sources is varied to generate a complete palette of colors and shades. For example, red pixels require the red laser be turned on and the blue and green lasers turned off. For purple pixels, red and blue lasers are turned on and the green laser turned off. MicroVision’s PicoP® display technology includes the drive electronics that acquire and process signals from a data source to control and synchronize the color mix and placement of individual pixels.
The PicoP® display engine is made up two modules the Integrated Photonics Module (IPM) and the Electronics Platform Module (EPM). MicroVision’s approach to working with OEMs to integrate PicoP® display technology into their products is to offer licensing opportunities that enable the OEM to leverage its existing supply chain and manufacturing base to create the modules with components it secures from MicroVision (MEMs and ASICS) and others. With this approach each OEM can design the PicoP display engine into its product in the optimal way.
PicoP® display technology is in its second generation (PicoP® Gen2) and as a scanned beam laser display it results in a high performance, highly efficient optical engine: