Key Features:

• Bandwidth 60 KHz to 30 GHz, AC coupled.
• DC to 30 GHz, DC coupled.
• Highly linear to 30 mW+ input power.
• Operating Temperature from -10 °C to +60 °C (TQ Version: -45 °C to +75 °C).
• High current handling up to 35 mA.
• Flat frequency response, ± 1 dB.
• Useful spectral range 850 nm – 1650 nm.
• Very high gain.

Applications:

• 30 GHz Analog RF over Fiber
• Optically amplified photonics link
• Data rate up to 20 Gb/s
• Coherent lightwave systems
• Front-End O/E converter for test instrument

Key Features:

• InGaAs Photodetector with transimpedance amplifier
• High bandwidth range
• +3.3 to +5V power supply
• Spectral range 1100-1650 nm
• Differential and single-ended output
• Free space as well as fiber-coupled (as per user requirement)

Applications:

• High-speed optical communications
• Optical wireless network
• Free space optical communication (FSOC)
• Laser ranging and LiDAR Systems
• Fiber optic communication
• Medical imaging

Key Features:

• Single Mode Beam
• DFB LD
• With Non-spherical lens (options to have flat or spherical lens)
• Built-in PD
• Typical operating current is 90 mA
• Typical operating voltage is 1.4V

Applications:

• Optical Fiber Communication
• Free-space Optical Communication
• Medical Imaging and Diagnostics
• Aerospace and Defense

Key Features:

• Measures distances up to 5 km with ±5 m accuracy.
• Compact, lightweight, and mountable on various platforms.
• Operates in extreme temperatures (-32°C to +55°C).
• Eye-safe design following MIL-STD-1275B standards.

Applications:

• Military Targeting
• Geospatial Mapping
• Autonomous Navigation
• Environmental Sensing

Key Features:

• The optical source and transmitter generate and send precise optical signals, ensuring stable and reliable communication performance.
• The tip-tilt platform allows fine adjustments of optical components in two axes, maintaining alignment and compensating for any minor misalignments or vibrations.
• A mini optical breadboard provides a stable and versatile base for mounting and reconfiguring various optical components within the experimental setup.
• The mirror steering platforms, with their precision control, accurately directs the optical beam, simulating different transmission scenarios.
• High-reflectivity mirrors are employed to direct and shape the optical beam, ensuring minimal signal loss and accurate beam propagation.
• The atmospheric turbulence chamber with one side made of transparent glass, simulates various atmospheric conditions while allowing for visual inspection and monitoring of the optical path and components during experiments.

Applications:

• Satellite Communication Testing
• Atmospheric Research
• Urban Infrastructure
• Defense and Security

Key Features:

• 1550 nm Wavelength for Enhanced Performance
• Established 2 km and 5 km Links
• In-House Designed Transmitter & Receiver
• BER (Bit Error Rate) Measurement Boards
• Weather-Resilient Communication
• Plug-and-Play Deployment

Applications:

• High-Speed Urban Networking
• Fiber Alternative
• Military & Secure Communications
• Disaster Recovery & Emergency Networks
• Aerospace & Remote Sensing

Key Features:

• 1550 nm Eye-Safe Laser Range Finder (LRF)
• 10x Magnification for Long-Range Viewing
• Superior Optical Performance
• Fast & Accurate Ranging
• Robust & Ergonomic Design
• Multiple Viewing Modes
• Easy Operation & Connectivity

Applications:

• Military & Defense Operations
• Hunting & Wildlife Observation
• Sports & Tactical Shooting
• Search & Rescue Missions