OTHER ELECTRONICS & NANOTECHNOLOGY

INDUSTRY UPDATE

 June / July 2019

McIlvaine Company

Table of Contents

Georgia Tech Research Institute Adds Specialized Tech Facilities

Source Photonics Expands Fabs

National Healthcare Photonics Centre Opens in UK

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Georgia Tech Research Institute Adds Specialized Tech Facilities

McCarthy Building Companies with Flad Architects acted as the design-build team.

Georgia Tech Research Institute (GTRI) has completed a $42 million redevelopment project that includes two specialized technical facilities across 350,000 sq. ft. on the Cobb South Campus in Marietta, Ga.

In December 2017, GTRI purchased four buildings on an unused 52-acre Lockheed Martin site adjacent to Dobbins Air Reserve Base. The Institute selected McCarthy Building Companies with Flad Architects as the design-build team to quickly redevelop two of the buildings into the research facilities.

The project included renovating 205,500 sf of retired office space into a research facility that features computing and electronics laboratories. It also included the 144,500 sq. ft. renovation of a 403,500 sq. ft. high-bay industrial warehouse, which GTRI will also use for research. The space incorporates two, 10-ton cranes and a 30-ton crane to handle heavy specialized large equipment.

The new space can house up to 600 personnel, which is enough room to grow for at least five years.

 

Source Photonics Expands Fabs

Source Photonics has secured $100 million in funding to support its growing data center and 5G business and to increase the scale of its operations. Planned developments include the creation of a new laser fab, upgrades to existing production facilities, and increased investment in the research and development of next-generation technologies.

Upgrades to the company’s fabrication facility in Taiwan have already been completed, and production operations have begun for a new fab in Jintan, China, using the latest funding. The funds will also be used toward investments for advanced coating technologies to enable next-generation lasers and transceivers for the fast-growing 5G and data center markets.

Doug Wright, Source Photonics CEO, said the Internet of Things (IoT), virtual reality, and cloud services are growing in popularity every day, increasing the demand for the best service possible.

“These applications all depend on the next standard of connectivity and 5G depends on the backing of a world-class optical network,” Wright said. “We are extremely proud that our investors have shown this confidence in us and are confident that the investment will support our ongoing work to enable the next era of connectivity.”

The sales of optical components and modules to cloud companies reportedly grew by 63 percent in 2016 and 64 percent in 2017. The growth rate is expected to average roughly 20 percent annually through 2023. Higher growth rates in 2020 to 2022 will be driven by first volume deployments of 400 GbE. This is a result of the rise of 5G and the cloud.

In order to keep up with demand, the new fabrication facility in Jintan will support the industry's global growth. This is projected to double the company’s capacity of indium phosphide (InP) lasers and related components and will augment its existing fab in Hsinchu, Taiwan, which has doubled its output over the past three years.

This investment follows recent expansions at the Taiwan facility that has been producing lasers for more than 20 years. These expansions include significant growth in MOCVD and advanced coating technologies. The Taiwan facility also recently completed expansions to support transceiver assembly in support of customers’ demands for resiliency in their supply chains.

The Jintan fabrication plant includes a fully integrated laser chip production capability, high-precision TO operations, and an advanced research and development facility to support its global technology roadmap and regional customers. Source Photonics’ chip capabilities include base wafer, regrowth, and chip processing, while its TO operations will support the advanced requirements emerging for high-speed PON and 5G markets.

“These new investments support our integrated manufacturing approach, which is critical to meeting the ever-growing needs of our customers,” Wright said. “Managing the entire value chain from laser production through transceiver assembly gives SP differentiated capability that enhances speed to market, yields manufacturing innovations, and offers flexibility our customers demand.”

 

National Healthcare Photonics Centre Opens in UK

The Centre for Process Innovation (CPI) in the U.K. has officially opened its state-of-the-art facility that will help develop next-generation light-based health care treatments.

Based at NETPark in Sedgefield, England, the National Healthcare Photonics Centre will support the advancement and commercialization of MedTech products and provide a hub for businesses and academic partners to work on imaging systems, innovative methods of diagnosing disease, and light-based treatment.

The two-story building encompasses more than 6500 sq. ft. and includes a suite of specialist laboratories for optical system development and testing. The facility also includes space for laser system applications development, biomaterials handling and testing, ionizing radiation imaging and testing, 3D printing, and electronics development and pilot manufacturing work.

In addition, the center features client office space to enable companies to locate onsite and work on projects alongside CPI staff. The infrastructure was created to enable businesses to drive forward innovative products and services at reduced risk and with increased capital efficiencies, and to encourage large companies to undertake more disruptive innovation in the health care market.

According to CPI, the National Healthcare Photonics Centre will provide facilities and expertise to help companies of all sizes develop their photonics-based technologies for health care, with an infrastructure to deliver prototyping, scale-up, and validation of medical devices at the required quality and consistency to feed into clinical validation studies.

The project officially broke ground on Nov. 10, 2017. The new center received initial funding from the North East Local Enterprise Partnership as part of the North East Growth Deal from the government.

 

 

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