CGD Participates in G7 and OECD Semiconductor Events

Cambridge GaN Devices (CGD) is actively engaging in two significant international events focused on enhancing the resilience of the semiconductor value chain and fostering information exchange and collaboration among governments in the semiconductor sector.

On 26th September, Simon Stacey, the Chief Commercial Officer (CCO) at CGD, will be participating as a panelist at the seventh meeting of the OECD Semiconductor Informal Exchange Network. Following this, Giorgia Longobardi, the CEO of CGD, along with other senior leaders from the company, will be taking part in the stakeholder forum preceding the G7 Semiconductor Points of Contact Group. This forum will be attended by key government officials and industry executives.

The global semiconductor industry has garnered increased attention from governments worldwide, especially in the wake of supply chain disruptions caused by the Covid-19 pandemic. The OECD Semiconductor Informal Exchange Network was established last year with the aim of assisting governments in identifying potential policy synergies for future collaborative efforts. The network's initiatives include mapping the semiconductor ecosystem, developing a semiconductor taxonomy, collecting semiconductor production data, and compiling a list of policies that support the ecosystem.

Andrea BricConi, the Chief Marketing Officer at CGD, expressed gratitude for the company's involvement in these crucial international discussions regarding the future of the semiconductor industry. BricConi highlighted the role of GaN ICs in revolutionizing the efficiency and power density of electronic systems. He emphasized the importance of raising awareness among governments, communities, and business leaders about the pervasive influence of electronics in various aspects of modern life, ranging from transportation and food to architecture and healthcare. BricConi underscored the significance of GaN technology in enabling more efficient power delivery compared to traditional silicon-based devices.

For more information about Cambridge GaN Devices and their contributions to the semiconductor industry, please visit www.camgandevices.com.