Microphotonics

Technology	Micro lens arrays (MLAs)
Applications	Projector MLAs, Backlight MLAs
Distinguishing Characteristics	The control of optical properties (flux, polarization, and wavelength) is possible through the integration of micro photonic devices. The integration may realize creation of new additional value not only in size reduction but also in the integration of optical functions designed for specific applications.
Related Documents	Papers: B-MLA

Technology	Replicated polymer optical waveguide: SPICA
Applications	Single mode optical waveguide module: Optical coupler module, VOA module, optical switch, optical module for single fiber bi-directional optical transceiver Multi-mode optical waveguide
Distinguishing Characteristics	Process utilizing metal molds. This high precision replication technology and stacked integration technology realizes revolutionary low cost and practical performance.
Related Documents	Replicated polymer optical waveguide: SPICA

Technology	DR-LED
Applications	DR-LED (Ultra high brightness LEDs) DR-LED is the best light source for the following applications: Automotive: HMSL, RLC LED signals: Traffic signal, rail and transit signal, delineator, etc.
Distinguishing Characteristics	- Two times brighter than conventional high brightness LED, or - Same brightness with half the energy consumption
Related Documents	S. Tamai, et al.: "Development of high efficiency LED module using double reflection structure," IEICE 2000 ELECTRONICS SOCIETY CONFERENCE C-3-121 T. Ayabe, et al.: "Development of lighting sources using LEDs," IEIJ 2003 Annual Conference 132 JP2002-94129, JP2002-176203, etc.