Military actions today depend on effective use of the electromagnetic spectrum to surveil and assess the battlespace, to protect friendly forces and equipment, and to attack the enemy. That is today's Electronic Warfare (EW), and maintaining a technological advantage across the electromagnetic spectrum can mean the difference between whether or not you complete your missions and bring your forces home.

SAT-PRE establish emergency communication networks for communication-disrupted areas during natural disasters and catastrophes. SAT-PRE ensures communications between commands in deepest operational areas and also between team members. it maximized communication success in adverse terrain, weather and other terrible conditions. The rate of transfer success is over 90%. The implementation of various communication methods such as voice PTT, automatic location reporting, and specialized transmission and reception using satellites as we reflects the latest technology based on Iridium 2nd generation satellites. The mission control center's CL-700 receives information transmitted from the operational area SAT-PRE in real time for up to 1,000 units and shares on-site situations by linking with other systems.

Optimized Friction Materials: Ensures consistent braking performance under diverse operational conditions. Extended Service Life: Designed to reduce wear and improve cost-efficiency for operators. Enhanced Safety & Reliability: Engineered to comply with global aviation standards for maximum operational safety. Sustainable Technology: Developed with advanced manufacturing processes that minimize environmental impact.

Key Features - Frequency Range: 8.5 - 10GHz - RX Noise Figure: 3.0dB - RX Small Signal Gain: 21 dB - TX Small Signal Gain: 27dB - TX High Pout: 39dBm - TX High PAE: 37% Chip size: 2.9x2.5x0.1mm  

We can manufacture products that comply with MIL-PRF and MIL-STD standards, and offer radiation-hardened designs, hermetic packaging, and Class S and Class K screening services. Space Satellite Communication Providing optimized performance in space radiation environments with radiation-hardened semiconductors and hermetic packaging solutions. Deep Space & Earth Observation Ensuring long-term mission reliability with high-reliability power management ICs, RF components, and Class K screening products. Launch Vehicle Electronics Providing rugged packaging and hermetic components that withstand extreme temperatures and shocks. Defense Missile & Precision Guided Munitions Ensuring lightweight and shock-resistant performance with miniaturized, high-reliability semiconductors and customized packaging. Electronic Warfare & Radar Providing high-performance components, including high-frequency RF components, power amplifiers, and high-speed digital ICs. Avionics & Secure Communications Providing EMI/EMC-compliant circuit protection devices and highly reliable power management solutions.

A VGA (640×480) LWIR (8–12 µm) uncooled micro-bolometer module with 12 µm pixel pitch and NETD ≤ 50 mK, paired with an F1.0, 10.7 mm EFL lens delivering H42° / V31.5° / D52.5° FOV. It streams at 30 Hz in either UVC (USB-C, 5 V) or GMSL1 (FAKRA, 12 V), with power consumption < 1.9 W. The compact, lightweight housing (30×30×58.9 mm for UVC; 30×30×70.9 mm with FAKRA for GMSL1; IP65; −40 °C to 85 °C) makes it well-suited for autonomous vehicles, UAVs, and security systems, providing reliable day/night thermal perception of pedestrians, animals, and objects in adverse weather.

The system is designed to maximise installation flexibility, through optional power and diagnostics data over RF (permitting the use of a single cable), and a highly reconfigurable baseplate to allow the mounting holes and connector type/ position to be tailored to the target platform. Use of Chelton’s established and field-tested GNSS Anti-Jam core firmware provides a high degree of protection against complex threat scenarios and in highly dynamic environments. A software definable core allows future upgradeable ‘Signal Intelligence Apps’ to be hosted, providing the user with situational awareness of the battlefield environment and allows feedback into mission planning activities.

The mmWave 5G small cell provides ultra-broadband service in the n257 (28GHz) band, delivering higher data capacity than n79 (4.7GHz) small cells. It supports NSA mode via EN-DC or NR-DC with LTE and 5G NR Sub-6GHz base stations, and can also operate in SA mode as a standalone mmWave service.