Lightwave Logic provides a technology platform of proprietary electro‑optic polymers and polymer slot modulators that convert electrical signals to optical signals with higher speed, lower loss, and reduced power consumption than traditional lithium niobate, indium phosphide, or silicon devices. The polymers are engineered with high‑performance chromophores and a poling process that locks alignment, enabling fast index‑of‑refraction changes and compatibility with existing transceiver architectures for scalable, high‑volume production. This allows telecom equipment makers and data‑center networking vendors to deliver higher‑data‑rate optical links without redesigning the broader internet infrastructure.
Funding
$25M 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
Current optical transceiver technologies rely on materials such as lithium niobate, indium phosphide, and silicon, which limit data‑rate scaling, increase power consumption, and add cost to expanding internet infrastructure. As network traffic grows toward the projected $100 billion market by 2030, existing solutions cannot meet the speed and efficiency demands of next‑generation services.
Solution
Lightwave Logic provides a technology platform based on proprietary electro‑optic (EO) polymers that convert electrical signals to optical signals with higher speed and lower loss than conventional materials. By embedding hyper‑polarizable chromophore molecules into standard host polymers and aligning them through a poling process, the resulting polymer slot modulators achieve faster index‑of‑refraction changes with minimal power draw. The platform is designed for integration into existing transceiver architectures, enabling higher data‑rate links without redesigning the broader network. Scalable manufacturing processes allow the polymers and modulators to be produced in volume, facilitating widespread adoption across the telecom supply chain.
Target Audience
Primary customers are telecom equipment manufacturers, data‑center networking vendors, and large‑scale internet service providers seeking higher‑speed, lower‑power optical transceiver solutions.
Features
- EO polymers engineered with high‑performance chromophores that provide superior electro‑optic coefficient and low optical loss
- Polymer slot modulators that deliver faster modulation speeds and lower drive voltage compared to lithium niobate or silicon devices
- Poling and cooling process that locks chromophore alignment, ensuring stable performance after the electric field is removed
- Compatibility with standard photonic packaging, allowing retro‑fit into existing transceiver designs
- Scalable polymer synthesis and device fabrication processes for high‑volume production