Iris Light Technologies develops photonic inks that enable the production of active opto-electronic components, such as lasers and LEDs, on silicon chips using high-quality semiconducting nanomaterials. This technology addresses the need for efficient manufacturing methods in the silicon photonics and printed electronics industries, particularly for energy-efficient data center applications.
Funding
$890K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
The production of active opto-electronic components, such as lasers and LEDs, on silicon chips typically requires complex and expensive manufacturing processes. Existing methods often struggle to integrate high-quality semiconducting nanomaterials efficiently, hindering the development of energy-efficient silicon photonics and printed electronics.
Solution
Iris Light Technologies develops photonic inks that enable the direct printing of active opto-electronic components onto silicon chips. Their technology utilizes high-quality semiconducting nanomaterials to create lasers, LEDs, and detectors through a simplified manufacturing process. This approach reduces manufacturing costs and enhances the integration of opto-electronic functionality in silicon photonics and printed electronics applications. The photonic inks facilitate the creation of energy-efficient devices, particularly for data centers, by enabling denser integration and improved performance.
Target Audience
The primary customers are manufacturers in the silicon photonics and printed electronics industries, particularly those focused on energy-efficient data center applications.
Features
- Photonic inks formulated for printing active opto-electronic components
- Compatibility with existing silicon chip manufacturing processes
- Enables the creation of lasers, LEDs, and detectors using semiconducting nanomaterials
- Facilitates the production of energy-efficient opto-electronic devices
- Suitable for both silicon photonics and printed electronics applications