VIGO Photonics Showcasing Mid-Infrared Solutions for Polish Defense at MSPO 2025

The 33rd International Defence Industry Exhibition (MSPO), one of Europe’s leading defense trade shows, will take place in Kielce from September 2 to 5. This prestigious event brings together global industry leaders, policymakers, and defense experts to present the latest advancements in defense technology.

VIGO Photonics will join the exhibition as part of the Polish Photonics Technology Platform (PPTF) in Hall 5, booth A.22, highlighting state-of-the-art mid-infrared (Mid-IR) technologies developed with the needs of the Polish and Allied defense sectors in mind.

Our portfolio on display will include advanced infrared arrays, detectors, and detection modules – key enablers of next-generation defense systems. VIGO’s solutions support applications such as High-Performance Infrared Imaging Systems, Advanced Seeker Heads for Precision-Guided Munitions, UAV Detection and Countermeasure Systems, as well as Laser Warning Systems.

A key focus of VIGO Photonics’ presence at MSPO will be its focal plane array (FPA) technology – the company’s flagship product for the defense sector. Starting in 2026, VIGO Photonics will begin serial production of FPAs for PCO S.A., a leading Polish manufacturer of optoelectronic equipment for the armed forces. This milestone marks an important step in strengthening domestic capabilities in advanced infrared imaging and underscores VIGO’s commitment to supporting both Polish and Allied defense industries.

One example application of our solutions, which will be presented at our booth is the Helmet Laser Impulse Observation System (Helios) – a proof-of-concept prototype built to demonstrate our infrared technology. It detects short pulses of infrared radiation and operates in the spectral range of 800 nm to 1650 nm.

VIGO Defense Solutions to be Presented at MSPO

MWIR Focal Plane Array – Eagle 

The cooled MWIR focal plane array is a 640×512 InAs/InAsSb superlattice-based detector developed with VIGO Photonics’ 15 μm pixel technology from epitaxy to final housing. Designed for demanding applications.

IR Detection Module Series with 32-element Linear Detector - 32EM-5-01/02 

The 32EM-5-01 is a detection module with a 32-element linear thermoelectrically cooled photovoltaic IR detector based on HgCdTe, each element measuring 0.125 mm × 1 mm. It includes an integrated first-stage transimpedance amplifier but requires external heatsinking and a TE cooler controller for operation. 

IR Detection Module with 32-element Detector Array - 32MM-5 

This module features a 32-element thermoelectrically cooled photovoltaic IR detector array based on an InAsSb superlattice, with an integrated transimpedance AC-coupled amplifier and TE cooler controller. 

Affordable Room-Temperature IR Detection Module - AM03100-02 

The AM03100-02 is a cost-effective infrared detection module optimized for wavelengths up to 5 µm. It features a built-in differential amplifier for high EMI immunity. With wide bandwidth, low noise, and compact PCB design, it enables efficient measurements with common radiation sources and easy integration into target devices.

Affordable Temperature-Stabilized IR Detection Module - AMIS8140-01 

The AMIS8140-01 is a cost-effective solution for high-volume applications. It features a built-in amplifier and temperature controller for stable responsivity across varying ambient conditions. With wide bandwidth, low noise, differential output for high EMI immunity, and compact size, it ensures efficient measurements and easy integration into target devices.

Optically Immersed Photovoltaic Multi-Junction IR Detector Series - PVMI-4TE-10.6-1x1-TO8/TO66-wZnSeAR-36 

Four-stage thermoelectrically cooled (4TE) photovoltaic multi-junction IR detectors based on HgCdTe heterostructures, optically immersed for enhanced performance, with a specific wavelength (λspec) of 10.6 µm and an optical area (Ao) of 1 mm × 1 mm. They are offered in TO8 and TO66 packages with a 3° wedged ZnSe anti-reflection coated window (wZnSeAR) to eliminate interference effects.

HgCdTe Quadrant IR Detector - PVMQ-10.6-1x1-TO8-NW-70

An uncooled photovoltaic multi-junction quadrant IR detector based on an HgCdTe heterostructure, optimized for performance and stability, with a specific wavelength (λspec) of 10.6 µm. It features four 1 mm × 1 mm active elements in a quadrant geometry and is available in a TO8 package without a window.

The International Defence Industry Exhibition is aimed at representatives of the defense industry, military decision-makers, and industry experts. For years, the event has brought together leading companies, institutions, and delegations from dozens of countries, providing a platform to showcase the latest technologies, products, and solutions for defense and security.

We warmly invite you to visit us at booth A.22 in Hall 5.