NLM has announced the development of the 1.6T DR8 photonic integrated circuit (PIC), utilising the company’s patented Selerion-HTX organic material. This innovative IC reportedly demonstrates performance improvements by an order of magnitude compared to conventional silicon photonics.
The 1.6T and 3.2T PICs were fabricated on Advanced Micro technology, which underscores the potential of integrating silicon photonics with organic materials. NLM asserts that their platform effectively bridges the gap between the volume manufacturing capabilities of silicon photonics and the enhanced performance and power efficiencies offered by silicon-organic hybrid technologies.
This advancement is significant for the field of photonics, as it may lead to more efficient data transmission methods and improved performance in a variety of applications, including telecommunications and high-speed computing. The integration of organic materials into photonic circuits presents a promising avenue for future research and development in this domain.
For those interested in exploring funding opportunities related to advancements in photonic technologies, various grants and funding programs are available. Researchers are encouraged to seek out these resources to support their innovative projects in silicon-organic hybrid photonics.