Low-loss transmission
Designed to minimize insertion loss while keeping THz beams clean and controllable.
Technology
Engineering the THz layer
Lepto’s technology platform enables efficient control of THz beams through low-loss filters, polarizers, gratings, and custom components designed for real integration.
Technology
Low-loss THz components with sharp selectivity
Patent-pending technology for tunable designs targeting key 6G and Earth-to-satellite windows.
Energy efficient and lightweight
Temperature resistant –100 to 150°C
Scalable custom designs
Now – 5G
We need 6G
50 GHz – 20 THz
Operating range
>90%
Transmission target
Custom-design
Manufacturing
4–6 weeks
Typical lead time
Capabilities
Designed for precision, durability, and integration
The technology platform is built around controllable frequency response, low-loss operation, and mechanical practicality.
Environment tolerance
Engineered for demanding conditions, including temperature variation and system-level integration.
Custom geometry
Device shape, size, frequency response, and mechanical holders can be adapted to the application.
Integration-ready
Components can be delivered with mounting and alignment considerations for easier adoption.
Applications
Built for the systems that need THz most
From 6G networks to space payloads and imaging systems, Lepto components help teams shape cleaner signals and build better THz architectures.
Space communication
THz components for ground-to-satellite links, inter-satellite communication, and compact payloads.
6G networks
Filtering and beam-control components for high-frequency backhaul, fronthaul, and research systems.
Imaging and security
Components that improve image contrast, reduce background signal, and support THz imaging systems.
Spectroscopy and research
Precise THz devices for spectroscopy setups, quantum information experiments, and advanced labs.
Technical inquiry
Need a THz device for a specific setup?
Share your frequency range, bandwidth, geometry, and integration constraints. We’ll help define the right device.