Power Your Mission With Precision RF Technologies
We deliver standalone RF and microwave modules as well as configurable subsystem elements, engineered for your project under required RF spces., power, size, thermal, and environmental constraints.
ARCUS Kopplung's RF & Microwave Subsystems product family
- RF switching and routing for signal path selection and redundancy.
- Broadband amplification covering low-noise and driver stages.
- Frequency generation and reference sources for coherent RF operation.
- Frequency translation through up- and down-conversion.
- Embedded RF signal generation for excitation, test, and mission functions.
Expand your business with the ARCUS Series
Our Engineering Approach
- Defined RF, power, control, and mechanical interfaces to support system integration
- Stable RF performance across operating conditions, including temperature and load variations
- Robust mechanical construction suitable for fielded and platform-based deployment
- Clear, controlled documentation supporting programme, qualification, and lifecycle activities
Application Areas
Radar Systems
Arcus RF Switches (antenna path selection, T/R module routing, calibration and test loop insertion).
Arcus Frequency Sources (OCXO & PLO / DRO) (local oscillator (LO) generation, coherent radar timing, phase-stable T/R chains).
Arcus RF Amplifiers (driver stages for T/R modules, IF and RF chain amplification, calibration and test signal conditioning).
Arcus Up-Down Converters (RF ↔ IF conversion, compact radar front-ends, experimental and low-volume radar platforms).
Arcus Signal Generators (exciter sources, calibration and alignment, built-in test).
Electronic Warfare & SIGINT
Distributed time / frequency / spatial resource allocation enabling collision-free communication, multi-UAV scalability, and operation without a central controller.
Communications Systems
Real-time analysis of RSSI, SINR, BER, and PER for adaptive system reconfiguration under jamming, interference, or fading.
Test & Instrumentation
Autonomous detection and maintenance of nearby nodes, forming the backbone of plug-and-play mesh networking.
Satellite & Space Systems
Ensures data integrity and reliability in contested RF conditions through intelligent retransmission strategies.
Test & Prototyping
Optimizes channel usage across variable bandwidths and frame durations to maximize throughput in dynamic RF environments.
System Validation
Low-Probablity-of-Intercept / Detection techniques using directional transmit patterns and intelligent beam control for EW avoidance.