Split exit pupil multiple virtual image heads-up display systems and methods

A heads-up display for a vehicle comprising:

• a multiplicity of modules, each said module having:
• a solid state emissive pixel array imager, and
• a concave mirror disposed to collimate, magnify and reflect a first and second image generated by the solid state emissive pixel array imager toward a vehicle windshield to form a first and second virtual image that is viewable within an eye-box segment;
• the multiplicity of modules being disposed so that the eye-box segments combine to provide the heads-up display having a collective eye-box that is larger than the eye-box segment of each module, the collective eye-box being located at a nominal head position of a vehicle's driver;
• the solid state emissive pixel array imager comprising a first set of pixels associated with a respective first set of micro optical elements and second set of pixels associated with a respective second set of micro optical elements, wherein the first set of pixels is included in a lower region of the solid state emissive pixel array imager and the second set of pixels is included in an upper region of the solid state emissive pixel array imager;
• the first set of micro optical elements configured to project an image from the respective first set of pixels in the lower region of the solid state emissive pixel array imager in a direction outward from a surface of the solid state emissive pixel array imager whereby a first virtual image is generated that is viewable at a first distance from the collective eye-box and the first virtual image is viewable beyond the vehicle windshield;
• the second set of micro optical elements configured to project an image from the respective second set of pixels in the upper region of the solid state emissive pixel array imager in a direction inclined downward relative to the image from the respective first set of pixels whereby a second virtual image is generated that is viewable at a second distance from the collective eye box and the second virtual image is viewable beyond the vehicle windshield, wherein the second virtual image is viewable between the first virtual image and the windshield.