The US-based company develops and manufactures compound semiconductor epitaxial wafers for application in optical components, wireless devices and high-speed communication systems. The expansion is expected to be complete by mid-2017 and will enable a quadrupling of capacity in Champaign over the next three years.
In addition to substantial epitaxial wafer production space, the new cleanroom will house a state-of-the-art wafer characterisation and test laboratory.
To operate the new facility, EpiWorks is actively recruiting experienced managers, engineers and technicians.
This aggressive expansion enhances EpiWorks’ position in the global compound semiconductor industry, supporting the performance and volume requirements for several key components that enable multiple growing markets.
These include InP and GaAs-based optoelectronic communication components for cloud computing and datacenters, VCSELs for 3D sensing and next generation wide bandgap devices for 5G wireless infrastructure.
'High-performance compound semiconductors are required to meet the performance needs of modern communication networks, sensors, smartphones, wireless communications networks, and datacenters. Our technology is being adopted in many applications, and we are ensuring that our capacity continues to meet customer demand now and in the future,' said Giovanni Barbarossa, Chief Technology Officer and President of the Laser Solutions Segment.
'The new capacity will support our RF and photonics businesses, and we will have more resources to research and develop new materials and products.'
'Immediately after merging with II-VI in February, we ordered three new MOCVD production tools and filled our current cleanroom space. These systems have already been installed, and we have now moved into the next phase of growth by expanding our cleanroom space, launching an aggressive hiring plan, and working to build the industry’s most technologically advanced and efficient manufacturing line.' said Quesnell Hartmann and David Ahmari, co-founders of II-VI EpiWorks.'
