Lepto designs and manufactures high‑performance terahertz (THz) devices for space, 6G communication, and related applications.
Funding
Funding not disclosed
Founders
Product
Problem
Terahertz (THz) communication components such as filters, polarizers, and gratings often suffer from high insertion loss, limited bandwidth, and lack of customization, which hampers the performance and scalability of 6G, satellite, and other high‑frequency links.
Solution
Lepto designs and manufactures high‑performance THz devices that address these limitations through patented low‑loss processes and precision engineering. The company offers custom‑tuned band‑pass filters, thin‑film polarizers, and diffraction gratings covering 50 GHz to 20 THz, delivering transmission efficiencies above 90 % and sharp spectral selectivity. Devices are supplied as engineered stacks with precision holders, enabling rapid integration into laboratory and field systems. Lepto’s scalable production approach supports a range of form factors and can be tailored to specific atmospheric windows or system requirements, facilitating reliable backhaul, inter‑satellite, and terrestrial THz links.
Target Audience
Primary customers are research institutions, satellite communication providers, and 6G system developers that require low‑loss, custom THz components for high‑frequency signal routing and beam manipulation.
Features
- Customizable THz band‑pass filters with selectable central frequency, bandwidth, and low insertion loss for clean channel isolation
- Thin‑film polarizers with high extinction ratio and rotation mounts for easy polarization control
- Engineered diffraction gratings with selectable line geometries and substrates delivering high diffraction efficiency and uniform angular response
- Patented low‑loss manufacturing processes achieving >90 % transmission across 50 GHz
- 20 THz
- Precision‑machined holders and stackable modules for straightforward mechanical integration
- Capability to develop additional components (low‑pass filters, beam splitters, waveplates, waveguides, mirrors, lenses) on demand