Sabratha offers a thin‑film lithium niobate (TFLN) photonics platform that provides ultra‑high‑speed electro‑optic modulators, tunable high‑Q microring resonators, and Brillouin‑active waveguides for narrow‑band optical amplification and RF filtering. The platform includes a process design kit with over 100 verified TFLN building blocks, enabling rapid development of programmable photonic integrated circuits for 5/6G fronthaul and high‑performance datacenter links.
Funding
Funding not disclosed
Founders
Product
Problem
Current 6G and advanced datacenter networks require ultra‑high‑speed optical components and precise RF filtering, but existing silicon‑based photonic solutions struggle to deliver the necessary bandwidth, low loss, and tunability at scale.
Solution
Sabratha provides a thin‑film lithium niobate (TFLN) photonics platform that delivers high‑speed electro‑optic modulators, ultra‑high‑Q tunable microring resonators, and Brillouin‑active spiral waveguides for narrow‑band amplification and filtering. The platform includes a comprehensive process design kit (PDK) with over 100 verified TFLN building blocks, enabling rapid development of programmable photonic integrated circuits. By leveraging the strong electro‑optic coefficient of lithium niobate, Sabratha’s modulators achieve speeds suitable for 5/6G fronthaul and high‑performance datacenter links. The Brillouin‑based filters provide low‑noise, narrowband RF filtering directly in the optical domain, reducing system complexity. Together, these components form a scalable photonic backbone for next‑generation wireless and data communications.
Target Audience
Primary customers are telecom equipment manufacturers, network operators, and datacenter infrastructure providers developing 6G fronthaul and high‑capacity optical interconnect solutions.
Features
- Ultra‑high‑speed electro‑optic modulators built on thin‑film lithium niobate for 5/6G and datacenter applications
- Tunable microring resonators with ultra‑high quality factors for programmable photonic integrated circuits
- Brillouin‑active spiral waveguides enabling narrow‑band optical amplification and RF filter functions via stimulated Brillouin scattering
- Process design kit (PDK) offering a library of 100+ verified TFLN building blocks and IP for rapid circuit design
- Compatibility with silicon and silicon‑oxide platforms to facilitate heterogeneous integration