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A system and method for a hyperspectral illuminator. The hyperspectral illuminator includes an LED array for generating light of a predefined spectra. The hyperspectral illuminator further includes multiple collimators. Each of the multiple collimators is associated with one an LED of the LED array

A system and method for a hyperspectral illuminator. The hyperspectral illuminator includes an LED array for generating light of a predefined spectra. The hyperspectral illuminator further includes multiple collimators. Each of the multiple collimators is associated with one an LED of the LED array and focus the light into beams. The hyperspectral illuminator further includes multiple dichroic filters. The dichroic filters filter the beams. The hyperspectral illuminator further includes one or more integrator lenses for mixing the filtered beams into a uniform pattern for projection on to a target.

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1. A hyperspectral illuminator, comprising: an LED array for generating light of a predefined spectra;a plurality of collimators, wherein each of the plurality of collimators is associated with an LED of the LED array and focuses the light into beams;a plurality of dichroic filters, wherein the dich

1. A hyperspectral illuminator, comprising: an LED array for generating light of a predefined spectra;a plurality of collimators, wherein each of the plurality of collimators is associated with an LED of the LED array and focuses the light into beams;a plurality of dichroic filters, wherein the dichroic filters filter the beams; andone or more integrator lenses for mixing the filtered beams into a uniform pattern for projection on to a target. 2. The hyperspectral illuminator according to claim 1, wherein the LED array is configured to produce at least three predefined spectra during a visualization process. 3. The hyperspectral illuminator according to claim 1, wherein the hyperspectral illuminator is encompassed in an overhead light. 4. The hyperspectral illuminator according to claim 1, wherein the integrator lenses are fly eye lenses. 5. The hyperspectral illuminator according to claim 1, wherein components of the hyperspectral illuminator are integrated within a printed circuit board or application specific integrated circuit. 6. The hyperspectral illuminator according to claim 1, wherein illumination of the target across a plurality of spectra is sequentially synchronized. 7. The hyperspectral illuminator according to claim 1, wherein the target is a tissue sample of a patient being visualized utilizing hyperspectral imaging. 8. The hyperspectral illuminator according to claim 1, wherein LEDs in the LED array are interchangeable to generate a plurality of spectra. 9. The hyperspectral illuminator according to claim 1 further comprising a polarizer disposed between the one or more integrator lenses and the target, wherein the uniform pattern is polarized prior to projection on to the target. 10. A method for hyperspectral illumination, the method comprising: activating a plurality of light emitting diodes (LEDs) in synchronization with a camera to generate light;collimating the light from each of the LEDs into beams;filtering the beams utilizing dichroic filters corresponding to each of the LEDs to narrow band wavelengths to generate filtered beams;mixing the filtered beams to generate a uniform pattern; andilluminating a target utilizing the uniform pattern. 11. The method according to claim 10, wherein the mixing is performed by a beam homogenizer. 12. The method according to claim 11, wherein the beam homogenizer is one or more integrator lenses, and wherein the uniform pattern is focused by a focus lens. 13. The method according to claim 10, wherein the synchronization is performed at least three times utilizing three different spectra. 14. The method according to claim 10, further comprising: configuring a size of an illumination field covered by the uniform pattern utilizing the focus lens. 15. The method according to claim 10, wherein each of the dichroic filters are tilted at a different angle to tune the beams for each of the LEDs. 16. The method according to claim 15, further comprising: dynamically tuning the dichroic filters to reach the narrow band wavelengths. 17. The method according to claim 10, further comprising: sensing the absorption and reflection of the uniform patter off of the object, wherein the object is organic. 18. The method according to claim 10 further comprising: polarizing the uniform pattern prior to the illuminating the target with the uniform pattern. 19. A hyperspectral illuminator, comprising: an LED for generating light of a predefined spectra;a collimator associated with the LED arranged to focus the light into a beam;a dichroic filter adapted to filter the beam; andan integrator lens for mixing the filtered beam into a uniform pattern for projection on to a target. 20. The hyperspectral illuminator of claim 19 further comprising a polarizer disposed between the integrator lens and the target, wherein the uniform pattern is polarized prior to projection on to the target.