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Photonics & Optics Engineering

Electro-Optical

Intelligence at the sensor–photon interface — detectors, laser sources, FPGA image processing and full EO payloads.

Service Overview

AISYS integrates detectors, cameras, laser sources and electronics into complete electro-optical subsystems. From CMOS/EMCCD sensor selection and readout electronics to laser driver design and detector cooling control — we bridge the gap between optical design and fieldable EO product.

Six sub-disciplines below cover camera integration, laser electronics, real-time image processing, thermal control, LiDAR and full EO/IR surveillance systems.

Intelligence at the Sensor–Photon Interface

Photon-to-sensor pipeline from optics and detector front-end through ADC and FPGA processing.

Camera and sensor integration (visible → LWIR)Laser source and driver electronicsFPGA / DSP real-time image processingTEC and cryo detector thermal control

Key Highlights

Multi-Band Detectors

CMOS, InGaAs, MCT and microbolometer integration.

Laser Electronics

CW to MHz-class pulsed laser driver design.

FPGA Pipelines

Real-time NUC, stabilisation and detection.

Full EO Payloads

Stabilised gimbals for UAV, ground and fixed-site.

0.4–14μm
Spectral Coverage
<10e⁻
Read Noise Floor
MHz
Frame Rate Capacity
SWaP-C
Optimisation Focus

Frequently Asked

Do you deliver full camera modules?

Yes — sensor + electronics + firmware + SDK, ready for system integration.

Cooled IR camera integration?

Yes — Stirling and TEC-cooled MCT/InSb detector modules are a core capability.

Ready to start your Electro-Optical programme?

Our engineers respond within one business day. No obligations, no fluff.