Underwater Optical Communication Hardware
✔ High-Power Blue-Green Laser Sources for Underwater Communication✔ Optical Transceivers for Turbulent Water Environments✔ Adaptive Beamforming & Aperture Averaging Receivers✔ LED & Laser-Based Underwater Optical Communication Modules✔ Compact & Ruggedized Underwater Sensor Nodes
Overview
At SCOPT Inc., we develop advanced underwater optical communication hardware optimized for short- and mid-range high-bandwidth data transmission in aquatic environments. Our systems are engineered to address the challenges of scattering, turbulence, and attenuation using adaptive optics, rugged housing, and wavelength-optimized components. Our modular hardware is ideal for oceanographic sensing, underwater vehicles (AUV/ROV), environmental monitoring, and covert military or rescue operations.
Components
| Component | Description |
| High-Power Blue-Green Laser Sources | Engineered for minimal absorption in water, our 450–550 nm laser modules are tailored for long-range, high-speed underwater communication. |
| Optical Transceivers for Turbulent Water Environments | Dual-purpose transmit/receive modules with real-time power adjustment and optical filtering to maintain link integrity under dynamic flow. |
| Adaptive Beamforming & Aperture Averaging Receivers | Custom-designed to combat underwater turbulence through beam shaping and spatial diversity techniques. |
| LED & Laser-Based Communication Modules | Energy-efficient, compact optical communication modules supporting OOK and PWM for near-field, wearable, or mobile platforms. |
| Compact & Ruggedized Underwater Sensor Nodes | Waterproof, pressure-tolerant nodes with integrated optical I/O for distributed sensing and real-time relay of underwater data. |