All Digital Beamforming
Reimagining RF at the Digital Frontier
Syntropy Systems develops advanced RF semiconductor technologies that move digital signal processing closer to the antenna. Traditional RF functions are performed digitally, enabling faster sensing, greater flexibility, and dramatically lower system complexity and power.
Digitize RF signals closer to the antenna and process them in parallel with greater precision and less delay. Enable rapid scanning, faster response, and broader real-time awareness.
Use all-digital beamforming and software-defined processing to adapt beams, frequencies, and system behavior as mission needs change.
Reduce analog components, conversion stages, and signal-chain complexity to create smaller, lower-power, easier-to-integrate RF systems.
FASTER
SIMPLER
SMARTER
A DIFFERENT APPROACH TO RF
Built for the Next Generation of RF Systems
Direct RF Digitization
Bring RF signals into the digital domain earlier in the signal chain.
All-Digital Beamforming
Create and control multiple beams digitally without relying on conventional analog beamforming architectures.
Low Power
Designed for applications where size, weight, and power are critical.
Rapid Surveillance
Enable faster scanning and broader simultaneous coverage.
Scalable Architecture
Build from individual elements with expansion to larger arrays using a common digital architecture.
Software-Defined Flexibility
Adapt system behavior digitally as mission requirements change.
CORE ADVANTAGES
One Architecture. Many Missions.
Radar & Counter-UAS
Rapid detection, tracking, and surveillance across large fields of regard with low TX power.
Electronic Warfare & Spectrum Awareness
Digitally agile architectures for sensing complex RF environments.
Communications
Flexible beamforming and RF processing for next-generation wireless systems.
Applications
Syntropy technology is designed for advanced RF applications spanning defense, aerospace, communications, and commercial markets.
Autonomous & Distributed Systems
Low-power RF capability for mobile, distributed, and networked platforms.
Space & Aerospace
High-performance RF processing where power, size, and weight matter.
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Conventional RF systems perform significant analog processing before converting signals into digital information.
Syntropy takes a different approach.
By digitizing RF signals closer to the antenna and performing beamforming digitally, system designers can reduce analog complexity while gaining greater flexibility over frequency, beam formation, surveillance strategy, and signal processing.
TECHNOLOGY
PRODUCTS
Syntropy is developing semiconductor technology for direct RF conversion and digital phased-array applications.
Our products are designed to support engineers building next-generation radar, communications, electronic warfare, and sensing systems.
Engineering samples, evaluation hardware, and development support are available based on program requirements.
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PROVEN DEVELOPMENT
Syntropy technology has been advanced through U.S. government-funded research and development programs supporting next-generation RF and sensing capabilities.
Our work combines custom semiconductor development, RF system architecture, digital beamforming, and phased-array engineering into a common technology platform.
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PARTNERSHIP
Whether you are developing a new sensor, radar, communications platform, electronic warfare system, or distributed RF architecture, our team can work with you to determine how Syntropy technology can fit your system.
Move the Digital Boundary Closer to the Antenna
Advanced Silicon for Advanced RF Systems
Developed for Demanding RF Environments
Build With Syntropy
- Technology evaluation
- Semiconductor integration
- Prototype development
- Array architecture
- Joint development
- Government programs
- OEM and prime-contractor integration
We Support