A REDCOM SVG system consists of one or more REDCOM Sigma® SVG-1200 units and a series of standard production General Dynamics Sectéra vIPer phones. Each REDCOM SVG-1200 can interface with up to 12 vIPer phones, which act as voice encryptors for TDM or VoIP voice networks. The encryptors allow any line, trunk, or conference port to conduct secure voice communications with any SCIP-capable device. If more than 12 secure talk paths are required, multiple SVG-1200 units may be networked together.

The COX640AV embodies COX’s cutting-edge cooled MWIR imaging technology, delivering unparalleled performance for the most demanding applications. Its 640x512 resolution and 15μm pixel pitch InSb sensor achieve thermal sensitivity of less than 20mK, ensuring crystal-clear imaging for precise analysis. Capable of operating across a wide temperature range, the COX640AV supports multiple imaging modes and advanced processing functions including AGC, NUC, and customizable color palettes. This ensures adaptability to a variety of mission-critical environments such as defense, aerospace, scientific research, and industrial inspection. In addition to superior imaging quality, the COX640AV is designed for reliability and operational readiness. With rapid image stabilization after startup and robust construction, it performs consistently in harsh environments where stability is non-negotiable. Its combination of cooled MWIR precision, advanced processing features, and rugged design positions the COX640AV as a trusted solution for customers who require accuracy, speed, and durability. By integrating COX’s proprietary calibration expertise, it not only provides outstanding real-time imaging but also guarantees long-term reliability and service continuity.

ts advanced integrated optics and closed-loop Field Programmable Gate Array (FPGA) electronics deliver much higher accuracy, lower noise and greater efficiency than competing technologies. In addition, the EG-1300 can be calibrated internally for better thermal effect and has both digital and analog outputs, along with separation of the electronics from the FOG’s sensing coil assembly to accommodate the widest variety of installation parameters. Features Fully-integrated optics and electronics Advanced optics and FPGA electronics for higher accuracy, lower noise and greater efficiency Precise navigation (1 mile/hour without GPS) Fast, precise gyrocompassing to 1 milliradian Bandwidth to 500 Hz Separate electronics and sensor modules More economical than competing systems Applications Navigational grade applications Unmanned aerial vehicle (UAV) guidance Missile guidance Aeronautics and aviation Robotics

- Lens cover device: protects the lens from stones and other foreign objects - Manual opening/closing device: allows manual operation in case the automatic mechanism fails due to foreign object blockage or freezing

Product Information Frequency signal generator for high-performance, high-precision target detection High-frequency resolution design and frequency conversion function using DDS method main performance Frequency: L-Band ~ X-Band Pulse Mode, Low spurious Output Level: -10~+15dBm Range Spurious: -55dBc min Harmonic: -50dBc min Phase Noise: High Performance Frequency Sensibility: 50ppm max Port isolation: 70dBc Min Applicable fields High-precision targeting guided weapon tower system and radar system can be applied

BERNIER designed the CMA-USBC line specially for equipment in harsh environments. The CMA-USBC connectors are Push-Pull military connectors that offer many possibilities of electronic integration as : USB Memory key, Authentification key, Wireless module, Crypto and Shunt module…

PELICAN-D JT is a MWIR detector for missile applications. The FPA is InSb based, having digital Readout Integrated Circuit (ROIC) in a format of 640 x 512 with 15μm pitch. Pelican-D JT has a unique structure of Dewar which enables very fast cool down time and hence quick mission readiness using Joule-Thomson (JT) cooler. Due to the low heat load on the focal plane, the detector achieves long mission duration. The Detector can be supplied with a proximity board which provides Camera Link interface to the customer system. This highly simplifies the integration of the detector to the system.

Drones can also be remotely controlled using a control system for real-time route changes, mission aborts, emergency returns, and area patrol commands. Furthermore, based on their precise attitude control and location recognition capabilities, they can define and perform tasks such as recognizing specific objects and precisely landing at designated locations.