Optimized and qualified for next generation Electronic Control Units the Intercompact Series is an innovative solution for PCB to PCB and floating mouting rack and panel applications currently offered in both signal and Ethernet versions. Designed to meet the requirements of the rail and industrial environments, it is also suitable for other demanding markets such as defence, space and test & measurement.

The IntuVue RDR-7000 is fully automatic and does'nt require active pilot adjustments of tilt and/or gain for operation. Reducing workload, allows pilots to focus on flying the most comfortable and safest route through weather. Engineered to provide far superior reliability, accuracy and durability than legacy magnetron-based radar systems, the RDR-7000 offers customers the flexibility to remotely enable advanced software features to provide them the clearest view of weather conditions around the routes they’re accustomed to flying. Key Honeywell Advantages: Next generation -fully automated, higher resolution weather radar system with airborne ground/sea mapping system Reliable and efficient - solid-state transmitters utilizing pulse compression provide reduced weight and power consumption, advanced coherent processing, and increased reliability Compact and easy to install - RDR-7000 IntuVue radar systems technology integrated into a small, lightweight package Available software upgrades - advanced features can be added at any time, including turbulence detection, advanced mapping, target detection and additional hazard features (lightning and hail detection), and forward looking (predictive) windshear Honeywell's RDR 7000 Radar helps in operational costs savings by reducing the delays & downtime caused due to hailstorm, weather incidents and windshears while optimizing routes to reduce diversions and turnbacks.

The UHF-band TRX module features transmit diversity, allowing selection between two transmit ports and providing an output power of at least 1 W. It includes a gain control function for transmission and an internal local oscillator for IF-to-UHF upconversion. Transmit functions also include ALC (Automatic Level Control) and over-temperature protection. On the receive side, the module selects one of two input channels and performs downconversion. It supports AGC (Automatic Gain Control) with a response time of 80 µs, enabling real-time gain adjustment based on input signal level. The dynamic range of the receive input spans from -100 dBm to -20 dBm, and the noise figure is 5.0 dB or less. Both transmit and receive paths include built-in path self-test functions.

The SCXMC-HDLC card operates through the XMC interface of the SBC and provides real-time communication for control and status data based on synchronization signals. It supports serial communication via the SBCRTM’s Micro D-sub 37-pin connector using a standard D-sub 9-pin interface, allowing long-distance transmission through LVDS signaling. With four transmit/receive channels, it achieves 1–8 Mbps per channel and delivers low-latency performance of less than 40 µs for real-time operations. A device driver program is required for operation, and the Linux driver can be downloaded from Seedcore’s product page. Drivers for other operating systems can be developed upon request. This module is deployed in the L-SAM multi-function radar system, enabling fast and reliable control data communication across mission-critical components.

Due to its lightweight nature, TYTO 100 can transmit photos/low-resolution video from Manned and Unmanned Platforms beyond line of sight. TYTO 100 features an all-in-one Certus SFX module and antenna, with power supply. Wi-Fi and Ethernet Connectivity can be easily paired with existing customer devices, and Global Satellite Connectivity can be added. The TYTO 100 can also be used as Standalone mode with built-in Battery.

CarboNIX is a scalable shock-free separation system for microsats weighing between 10 and 500kg. It is available in 8'', 11,732'', 15'', 18.25'', 24'' and custom diameter sizes. CarboNIX's patented synchronous spring pusher system deploys satellites smoothly and evenly, with no unnecessary shocks or tumbling, thus minimizing risk of damage to a satellite's sensitive optical payloads and electronic components. It is the lowest-shock and lowest-tumbling separation system ever deployed in space.

ABC designs and develops many components or functions to best meet the requirements of the needs in the special functions required in the test facilities. Essentially, these are hydraulic components that cover all types of fluids from very low pressure to very high pressure in a very wide scope of flow ranges.

The V61 camera represents COX’s next-generation un-cooled LWIR imaging technology, built to provide high-performance thermal imaging in a compact and reliable form factor. Utilizing a 12μm pixel pitch sensor with outstanding thermal sensitivity, the V61 delivers precise and sharp thermal images across a wide range of environments. It supports fast auto-focus and versatile zoom lens combinations, making it equally effective for both short-range monitoring and long-distance detection tasks. The camera is designed with real-time multi-format video output, supporting H.265, H.264, and MPEG streaming, ensuring compatibility with modern network systems.
What makes the V61 especially powerful is its adaptability—customers can freely combine the core with different optics to meet unique project needs, whether for industrial inspection, perimeter security, or scientific research. Its wide temperature measurement range and ability to provide reliable data even in demanding conditions establish the V61 as a truly versatile solution. In addition, with COX’s proprietary calibration expertise, the V61 guarantees accuracy and long-term stability, reducing operational risks while maximizing system performance.