Choosing an Optical Design Software Solution

I need software to model imaging or free-space telecommunication systems...

Solution: CODE V

Description: Software for designing imaging systems, where you are trying to image a point (or plane wave) in object space to a point (or plane wave) in image space. This includes any application where you want to optimize for the best image. Typical performance metrics are MTF, point spread function, and spot size. There is also functionality for maximizing fiber coupling efficiency for telecommunication, and free-space beam propagation analysis for accurate evaluation of diffraction effects.

Application Examples:

• Freeform optics
• Automotive imaging systems
• Digital camera lenses
• Free-space photonic devices
• Grating spectrometers
• IR & UV systems
• Laser scanning systems
• Machine vision
• Medical devices
• Microlens arrays
• Microlithographic systems
• Projector systems
• Space-borne systems
• Telescopes
• Zoom lenses

I need software to model illumination system designs...

Solution: LightTools

Description: Software for designing illumination systems, where you are trying to control the distribution of light and are typically not concerned with forming an image. This includes general lighting, display uniformity, and stray light applications. You can define detailed characteristics of the light source, and trace millions of rays to optimize any desired illumination pattern on a receiver.

Application Examples:

• Backlit displays
• General lighting
• LED-based sources
• Lightpipes
• Machine vision
• Medical devices
• Projector systems
• Runway lighting
• Stray light simulations
• Traffic control
• Solar concentrators
• Vehicle interior lighting

I need software to model automotive lighting system designs...

Solution: LucidShape

Description: Software for the design and real-time simulation of automotive forward, rear, and signal lighting.

Application Examples:

• Automotive lighting (headlamp, tail light, exterior)
• Reflectors
• Retroreflectors
• Projector lamps
• License plate illumination

I need software to model photonic components...

Solution: RSoft Photonic Component Design Suite

Description: Software for the design and simulation of passive and active optoelectronic components and subsystems.

Application Examples:

• Device: Silicon photonics, LEDs, waveguide devices, fiber devices, gratings, AWGs, WDM devices, sensors/filters, aniosotropic devices, solar cells, plasmonics, metamaterials, imaging, communications, photonic crystals
• Application Case Study: All-Optical Wavelength Conversion in Optical Networks
• Application Case Study: Arrayed Waveguide Grating (AWG)
• Application Case Study: Graphene-Based Electro-Optic Nano-Modulator
• Application Case Study: Nano-Patterned Photonic Structure
• Application Case Study: OLED-Based Display
• Application Case Study: OLED with Moth-Eye Coating
• Application Case Study: Reconfigurable Optical Add/Drop Multiplexer (ROADM)
• Application Case Study: Silicon-Based Optical Interconnect
• Application Case Study: Spot Size Converter

I need software to model optical communications...

Solution: RSoft Photonic System Design Suite

Description: Software for the design, optimization and planning of optical communication systems.

Application Examples:

• Device: Transmission impairments, performance estimation, modulation formats, optical amplifiers, receivers, multichannel systems, analog systems, multimode fiber and systems, coherent communications, partial DPSK
  
• Application Case Study: Advanced Driver Assist Systems
• Application Case Study: All-Optical Wavelength Conversion in Optical Networks
• Application Case Study: Collimated Beam Optics-Based Transmitter Packaging
• Application Case Study: Estimation of Silicon Photonics Foundry Yield
• Application Case Study: Multilevel Intensity Modulated Automotive Optical Interconnects
• Application Case Study: Parameter Extraction of Laser Diodes from Datasheets
• Application Case Study: Reconfigurable Optical Add/Drop Multiplexer (ROADM)