EU-Backed STARLight Project Aims to Lead 300mm Silicon Photonics by 2028
The STARLight project, backed by the EU CHIPS Joint Undertaking, aims to propel Europe to the forefront of 300mm silicon photonics (SiPho) technology by 2028. Led by STMicroelectronics, the consortium seeks to develop a photonic processor optimized for AI processing, boasting superior size, speed, and energy efficiency.
STARLight's objectives are vast and varied. It will create application-driven solutions for datacentres, AI clusters, telecommunications, and automotive markets. Initially, the project will construct datacom demonstrators capable of managing up to 200Gb/s for datacentres. Additionally, it will develop prototypes for free-space optical transmission systems.
The project's outcomes are set to benefit the wider ecosystem of autonomous robot manufacturers, both indoor and outdoor. STEERLIGHT, a key partner, will develop a new generation of 3D vision sensors for LiDAR systems within the project. Furthermore, THALES will focus on developing intricate waveform sensors that generate, distribute, detect, and process signals.
The STARLight project, led by STMicroelectronics, is poised to revolutionize various industries with its advanced silicon photonic devices. By 2028, it aims to establish Europe as a leader in 300mm silicon photonics technology, driving innovation in AI processing, autonomous robots, and telecommunications.
Read also:
- American teenagers taking up farming roles previously filled by immigrants, a concept revisited from 1965's labor market shift.
- Weekly affairs in the German Federal Parliament (Bundestag)
- Landslide claims seven lives, injures six individuals while they work to restore a water channel in the northern region of Pakistan
- Escalating conflict in Sudan has prompted the United Nations to announce a critical gender crisis, highlighting the disproportionate impact of the ongoing violence on women and girls.
