- Layer-specific absorbances
- Spectral penetration of external illumination
- Surface roughness
- User-defined illumination spectrum
- User-defined illumination intensity
- Photon absorption rate profile
- Polarization optics
- Optics of arbitrary combination of coherent and incoherent multi-layers
- Energy flux calculation with electric field squared amplitude and phase
- Passive optics characteristics (reflectance, transmittance, absorbance spectra)
- Layer-specific maximum photocurrent
- Layer-specific light-incoupling efficiency
   

- Charge drift-diffusion and trapping
- Excition generation, diffusion, energy transfer
- Transient and steady-state solver
- Field, temperature and density dependent mobility model, extended Gaussian disorder model (EGDM)
- Customizable numerical methods
- User-defined charge distribution initialization
- Mobility models implemented
      ▷ Constant mobilities
      ▷ Field dependent mobilities
      ▷ Field and Temperature dependent mobilities
      ▷ Extended Gaussian Disorder model
      ▷ Charge-Density dependent mobilities
      ▷ Emission Module
   

- Dipole emission model
- Multiple emitters in any desired layer
- Exctraction of the emission zone and source spectrum
- Analysis of emitted vs. radiated power
- Top and bottom emission
- User-defined dipole distribution
- Incoherent substrate definition
- Interface roughness
- Arbitrary dipole orientation
- Quantitative physical units
- Emission color characteristics (CIE, CRI, etc.)
- User input of the applied current density
- Passive optics characteristics (reflectance, transmittance, absorbance spectra, scalar figure-of-merits, - angular dependences)
- Polarization optics
- Coherent thin film optics