German company TRUMPF is going to acquire Philips Photonics, the VCSEL production units of Royal Philips, to expand its product portfolio for 3D sensing and data transmission applications. Back in November Philips Photonics announced a milestone of shipping one billion VCSELs and soon after that the company was said to have increased the capacity of VCSEL production in Ulm, Germany. And now it is selling 100 percent of the operation to TRUMPF. The two companies are planning to finish the operation transaction by the second quarter of 2019 and neith...

Philips Photonics announced that the company has reached a milestone of shipping one billion VCSELs thanks to strong growth in smartphone 3D sensing applications. With strong drives from the trends of proximity sensing and 3D facial recognition technology in consumer smartphones, the company also unveiled its plan to increase production capacity. According to Philips Photonics, it has doubled its production capacity by early 2018, which was in line with the company’s plan. Now Phiilips Photonics plans to further expand its production at the facility in Ulm, Germany...

VCSEL (vertical-cavity surface-emitting laser) technology has been at the center stage in the tech world of late, in the wake of the debut of the new iPhone X, which contains a 3D sensing module with VCSELs as its core components. Their importance even made Apple fork over quite an amount of money to secure some of the VCSEL shipment from Finisar, a laser chip producer.

Philips Photonics, expert in VCSEL (Vertical Cavity Surface Emitting Lasers) technology solutions for data communications, consumer and industrial applications, announced the successful completion of its ‘VIDaP’ project (VCSEL Pilot Line for Illumination, Datacom and Power Applications), a €23 million project jointly sponsored by the German Federal Ministry of Education and Research (BMBF) and the EU, and executed under the umbrella of the European ECSEL program.

Philips Photonics, a wholly owned business of Royal Philips announced that it is doubling capacity at its laser-diode facility in Ulm, Germany, to provide the key components for some of the latest developments in data communication, consumer sensing and industrial thermal processing.