Aluminum-free laser diode specialist sells manufacturing assets to laser microprojector developer Compound Photonics.
Alfalight, the venture-backed Madison, Wisconsin, maker of laser diodes, has sold its semiconductor manufacturing assets and commercial product lines to Compound Photonics, which will use the technology in its laser projection “light engines” for mobile devices.
Under the terms of the deal, Alfalight will now focus on defense and aerospace applications, to develop and make ruggedized component and system-level solutions for its customers operating in those sectors.
Compound Photonics, based out of a former Motorola semiconductor facility in Phoenix, Arizona, will continue to make products for Alfalight’s commercial customers, while the two companies say that they will also cooperate strategically at the component level.
“This transaction enables Alfalight to increase [its] investment in the development and production of laser-based solutions for defense, aerospace, and related high-performance applications,” said Mohan Warrior, president and CEO of Alfalight. “With a fabless model, [we] can better expand our engineering capabilities and align our system manufacturing infrastructure for the challenging requirements of this market.”
Jonathan Sachs, the CEO of Compound Photonics – which was co-founded by semiconductor device pioneer Jerry Woodall – commented: “Adding Alfalight’s highly efficient and wavelength-stabilized diode laser components to our technology portfolio strengthens our position as a vertically integrated projection light engine manufacturer.”
“We look forward to continuing to supply Alfalight’s commercial customers with products they have come to rely upon, as well as delivering new, high-performance photonics components for their next-generation systems.”
As part of the transaction, the two companies have signed an agreement to ensure that Alfalight retains a supply of high-performance laser components, for applications including laser-based visible and infrared illumination, laser-initiated ordnance, targeting, tracking, and locating, and so-called “eye-safe non-lethal ocular disruptors” – that is, lasers used to dazzle rather than destroy the enemy.
To read more: http://optics.org/news/4/3/46