30 May 2016

Lumentum recognizes Sanmina with 'Excellence In Value Innovation' award

Sanmina Corp of San Jose, CA, USA, a provider of integrated end-to-end manufacturing solutions making optical, electronic and mechanical products, has been recognized for its outstanding performance with the 'Excellence in Value Innovation' award by optical and photonic product maker Lumentum Operations LLC of Milpitas, CA, USA.

The award acknowledges Sanmina's performance in areas including excellence in operations, engineering, cost optimization and NPI (new product introduction) services. Lumentum and Sanmina have been working together since 2009 to design and produce active and passive optical components, pump lasers, optical transceivers and optical circuit packs.

"Sanmina is more than a top supplier; they are a long-term partner we consistently rely on to meet dynamic market conditions," comments Joelle Prather, VP, supply chain at Lumentum. "Sanmina's design expertise in optical technology, their gateway business model, and global manufacturing prowess are important factors in our partnership," he adds.

"We are proud to be recognized for our ongoing commitment to excellence in design and manufacturing operations," says Mike Landy, Sanmina's ‎executive VP & chief operating officer, Asia, EMEA and global services. "Lumentum is developing some of the most advanced optical networking products available today, and we are proud of the partnership that brings these innovative products to market."

Sanmina's Optical, RF and Microelectronics division designs and manufactures products for the communications, medical, aerospace and industrial markets. The firm's design expertise includes the highest-speed optical transceivers and modulators, along with optoelectronics and complex systems. Sanmina also designs and produces RF technology for satellite systems, radar and industrial IoT (Internet of Things) products. 

Tags: Optical communications Laser diodes

Visit: www.lumentum.com

Visit: http://sanmina.com/solutions/optical-rf-microwave