JESSUP, Md. -- Quantum Photonics, Inc. (QPI), a developer and producer of low cost, high performance optoelectronic components, modules and sub-systems for the telecom and datacom markets, announced today it has begun sampling its high power Fabry-Perot (FP) laser diode, which is based on a high-power InP ridge waveguide laser structure. "We are very excited about the suitability of QPI's FP Laser Diode as a high power optical source for optical wireless applications," said Ed Miskovic, Vice President of Marketing and Business Development at QPI. "Among the product's many unique features are a ridge waveguide laser design combined with an integrated mode transformer, which provide nearly circular output beam characteristics." In a separate release: Quantum Photonics, Inc. (QPI), a developer and producer of low cost, high performance optoelectronic components, modules and sub-systems for the telecom and datacom markets, announced today it has begun sampling its Single Angled Facet (SAF) gain chips. These devices are Fabry-Perot lasers with one, specially designed, ultra-low reflectivity facet. "We're pleased with initial customer feedback that indicates our Single Angle Facet laser diodes are exceeding the laser performance and quality expectations of module and subsystem providers," said Ed Miskovic, Vice President of Marketing and Business Development at QPI. Quantum Photonics Inc.