Opnext Upgrades Red Laser Diodes
Tokyo, Japan and Eatontown, NJ — Opnext, Inc., a global leader in state-of-the-art laser technology, recently introduced significant upgrades to the Company's red laser diodes offering, resulting in the highest optical output power red laser diodes available for use in next-generation display applications, industrial and medical sensor light source, and measurement equipment. Through the low-operating current, these products make it possible to lower the power consumption needed without sacrificing the 90mW high optical output power. In addition, these diodes extend the battery life for battery-powered equipment ultimately resulting in energy savings. Volume shipments of the HL6366DG, HL6367DG and HL6378DG are scheduled to begin in February 2007.
Laser diodes are ideal for digital information applications and use in the fiber optic communication field, offering features including single wavelength lasing, directivity and a small size. Opnext's new red laser are suitable for applications in display, medical equipment, laser levelers, distance meters, optical fiber checkers, as well as positioning sensor such as chip mounters.
"By improving Opnext's previous laser diodes by offering higher optical output, Opnext is well-positioned to meet the growing industry demand to support display and medical applications," said Tadayuki Kanno, senior vice president, Opnext module and device business units. "These new red laser diodes are another example of Opnext's commitment to support new product development for applications in emerging technology fields."
About the HL6366DG, HL6367DG and HL6378DG
The Opnext HL6366DG, HL6367DG and HL6378DG offer the world's highest optical output power, 90mW in 640nm wavelength band. This achievement was accomplished through a new process which includes a new waveguide structure and optimized structure parameter. The active layer thickness and facet reflectivity, results in a lower level of power consumption and extended battery driven time. These products make it possible to meet new application field.
SOURCE: Opnext