A light system, comprising: a first substrate ; a second substrate having the first substrate thereon, the second substrate including a center hub therethrough that provides a routing for conductors from the first substrate , and the second substrate having at least one locking opening formed therein; a plurality of light emitting diodes , in short LEDs, connected to a surface of the first substrate ; an over molded encapsulation layer covering the plurality of LEDs and covering and directly contacting at least a majority of the surface of the first substrate , the elastomeric encapsulation layer including a locking tab integrally formed therewith and extending into the locking opening to fill the locking opening and fasten the elastomeric encapsulation layer to the first and second substrates ; a driver compartment housing a driver assembly electrically connected to the first substrate by the conductors being routed from the first substrate through the center hub to the driver compartment ; wherein the elastomeric encapsulation layer covers and seals the center hub and the conductors extending therethrough, wherein a portion of the conductors is encapsulated in the elastomeric encapsulation layer ; and wherein the elastomeric encapsulation layer defines or eliminates an air gap between the plurality of LEDs and an interior surface of the elastomeric encapsulation layer characterized in that the over molded encapsulation layer is an over molded elastomeric encapsulation layer, and in that the light system further comprises a gasket extending around a periphery of the first substrate and positioned between the second substrate and the encapsulation layer. a first substrate ; a second substrate having the first substrate thereon, the second substrate including a center hub therethrough that provides a routing for conductors from the first substrate , and the second substrate having at least one locking opening formed therein; a plurality of light emitting diodes , in short LEDs, connected to a surface of the first substrate ; an over molded encapsulation layer covering the plurality of LEDs and covering and directly contacting at least a majority of the surface of the first substrate , the elastomeric encapsulation layer including a locking tab integrally formed therewith and extending into the locking opening to fill the locking opening and fasten the elastomeric encapsulation layer to the first and second substrates ; a driver compartment housing a driver assembly electrically connected to the first substrate by the conductors being routed from the first substrate through the center hub to the driver compartment ; wherein the elastomeric encapsulation layer covers and seals the center hub and the conductors extending therethrough, wherein a portion of the conductors is encapsulated in the elastomeric encapsulation layer ; and wherein the elastomeric encapsulation layer defines or eliminates an air gap between the plurality of LEDs and an interior surface of the elastomeric encapsulation layer characterized in that the over molded encapsulation layer is an over molded elastomeric encapsulation layer, and in that the light system further comprises a gasket extending around a periphery of the first substrate and positioned between the second substrate and the encapsulation layer. <EOS>