Aerospace & Defense
Explore Innovation. Redefine Defense.
Aerospace & Defense
At NOFFZ Technologies we specialize in the design and development of advanced, highly customized radio communication systems tailored for the most demanding applications in the Aerospace & Defense sector. Our expertise in cutting-edge technologies, including Software-Defined Radio (SDR) and FPGA-based signal processing, enables us to deliver unparalleled performance and reliability.
From radar transceivers to drone detection systems and GNSS solutions, we provide mission-critical systems designed to meet the unique challenges of modern aerospace and defense operations. Partner with us to elevate your capabilities with precision-engineered communication solutions.
From Validation Platforms to Production-ready Test Systems
The UTP Platform
Flexible Adapter Platform
Whether you are testing a PCB or a finished end product, the UTP 50XY platform adapts precisely to your DUT design and process workflows. This enables efficient integration into existing test systems while ensuring the highest test quality with minimal effort.
Adapted to Your Needs
Customized RF Solutions for EW and Research
Drone detection technologies
DISCOVER OUR DRONE DETECTION SOLUTIONS
Drone detection technologies
RF-based Drone Detection System with Real-time Protocol Decoding
NORD (NOFFZ Observation and Radio Detection) is an RF-based drone detection and real-time protocol decoding system built on NI USRP hardware and leveraging an FPGA-based architecture.
The system determines the direction of arrival (DoA), operating frequency, signal power, and other key transmission parameters associated with drone communication links. In addition to detection, NORD performs real-time decoding of commercial drone communication protocols up to 5 km range.
The core concept of NORD is not a fixed, one-size-fits-all solution, but full customization depending on customer requirements. In addition to the main signal processing software, the system incorporates a configurable antenna subsystem and RF front-end architecture, allowing optimization of detection range, directional accuracy, frequency selectivity, and overall system performance.
Specifications & features
- Wide band frequency range 70 MHz - 6 GHz
- Sector antennas with fast RF switching, scanning the entire space in less than 2 s (360 ̊ azimuth, 90 ̊ elevation)
- Up to 5 km detection
- Channelizer (sector, operating frequency, bandwidth, signal power)
- Real-time DJI protocol decoding (Drone ID, Drone GPS, Pilot GPS, Home GPS)
- Integration with other systems – jammers, optical surveillance systems, central control units
- Independent receiving chains for easy maintenance
- Indoor and outdoor usage
- Different level of ruggedization depending on operating environment and customer needs
Drone Detection System
In this configuration, the focus is on a system equipped with a single rotating directional antenna and an RF front-end optimized for up to 2 km range. The system is configured for commercial ISM bands at 2.4 GHz and 5.8 GHz, with up to 160 MHz bandwidth per receive channel.
Such a configuration is well suited for protection of sensitive locations against commercial drone incursions and can be integrated into larger counter-UAS systems, including jamming subsystems and complementary sensors (e.g., optical systems).
The demo highlights the deployment of NI USRPs for high-performance RF surveillance systems, combining spectrum sensing, highspeed protocol analysis and directional localization in a compact, field-deployable setup.
Radar Systems Development
DISCOVER THE RADAR SYSTEM FUNCTIONS
Radar Systems Development
Precision Radar Systems for Civil and Defense Applications
Our radar transceivers are engineered to meet the rigorous demands of modern aerospace and defense systems. By integrating advanced RF design with FPGA-based processing, we create tailored solutions which ensure exceptional performance in early warning and air defense applications.
Specifications & features
Support for different pulse compression methods
- (13-bit Barker Code Modulation, Phase-coded modulation, FM, AM) ensures precise, high-resolution transmission for superior target detection and clarity.
Advanced Signal Processing
- Integrated algorithms, including Moving Target Indication (MTI), clutter detection, and CFAR, provide accurate target identification even in challenging environments.
Dynamic Test Scenarios
- Simulate up to 600 targets with customizable parameters for speed, phase, direction, and signal levels, enabling comprehensive and realistic performance evaluation.
- Engineered for flexibility and precision, our transceiver empowers your radar systems to meet the demands of modern operational challenges with confidence.
NOFFZ: MARKET LEADER IN RADAR TESTING
Transportation • Aerospace & Defense • and more
GNSS positioning systems
GNSS positioning systems
Accurate Navigation and Localization for Urban and Tactical Environments
In collaboration with the Institute of Space Technology and Applications at the University of the Bundeswehr Munich, NOFFZ Technologies has developed an innovative frontend that enables highly precise positioning by integrating GNSS, 4G/5G, and other radio signals.
This advanced frontend is engineered to meet the stringent requirements of modern navigation systems, offering flexibility and adaptability for future research and development in positioning technologies.
For more detailed information, please refer to our research report.
Main features
- Broad Frequency Reception: Capable of receiving signals ranging from 10 MHz to 6 GHz, with the ability to sample higher frequency bands, such as the Ku-band used for Starlink downlink signals, through external mixers.
- Multi-Channel Support: Equipped with four high-frequency channels, facilitating comprehensive signal analysis and enhanced positioning accuracy.
- IMU Integration: Supports the incorporation of Inertial Measurement Units (IMUs), providing robust solutions for inertial navigation and ensuring precise movement tracking.
- Customized SDR Architecture: Built on a tailored Software Defined Radio (SDR) platform specifically designed for GNSS/INS applications, enabling precise point positioning (PPP) with an accuracy of up to three centimeters.
5G/6G mmWave Research and Prototyping
5G/6G mmWave Research and Prototyping
Innovative Research in Wireless Communication and Radar Sensing
At NOFFZ Technologies, we are driving innovation in 5G and 6G mmWave research, enabling next-generation communication and sensing systems. With deep domain expertise and high-performance platforms, we empower researchers and engineers to prototype and test cutting-edge technologies with unmatched speed, precision, and reliability.
We utilize commercial off-the-shelf (COTS) mmWave research platforms, such as NI MTS and SDRs, and enhance them with tailored APIs, FPGA modifications, and advanced mmWave components. These enhancements enable our platforms to address the unique challenges of 5G/6G technologies in the 71–76 GHz and 110–170 GHz frequency ranges.
Our proprietary NOFFZ mmWave prototyping software platform supports real-time testing and development, including the integration of custom FPGA models. This feature allows seamless evaluation and optimization of algorithms, ensuring real-world applicability and performance.
Learn more: Efficiently Prototyping 6G Joint Comms and Sensing Systems
Unlock the full potential of mmWave innovation with NOFFZ Technologies.
Channel Sounding for Naval Applications
Channel Sounding for Naval Applications
Advanced antenna array design for harsh ocean environments
In partnership with the University of California, San Diego, we deliver robust solutions for naval radar channel sounding research. We have developed a wide tuning range antenna array designed to characterize RF propagation at varying frequencies and power levels over the ocean surface. The antenna array was engineered to withstand the harsh conditions and corrosion typically encountered in marine environments.
Our solution enabled the customer to efficiently and reliably collect high-quality data during the short time they had access to their test site. The weather-proof antenna boxes with RF downconverter are designed for fast setup and dismantling.
- 18 GHz channel sounding project.
- Streamlined data acquisition process: an automated script controls a range of instruments, including oscilloscopes, power supplies, a vector signal generator, downconverters, and low-noise synthesizers.
- Accurate measurements: a predefined schedule ensures consistent measurements from an 8-channel antenna array.
- Python-based control software.
- Valuable insights: RF performance over ocean surfaces extracted from propagation loss calculations.
DISCOVER OUR DRONE DETECTION SOLUTIONS
Drone detection technologies
Advanced Detection and Mitigation of UAV Threats
Introducing NORD (NOFFZ Observation and Radio Detection), our state-of-the-art drone detection system designed to safeguard critical environments. Combining advanced RF sensors with sophisticated signal processing on the FPGA, NORD provides real-time detection, identification, and tracking of drones. Engineered for seamless integration and optimal performance, it’s the reliable solution for protecting high-security operations.
Specifications
Specifications & features
- Wide band frequency range 70 MHz - 6 GHz
- Sector antennas with fast RF switching, scanning the entire space in less than 2 s (360 ̊ azimuth, 90 ̊ elevation)
- Up to 5 km detection
- Channelizer (sector, operating frequency, bandwidth, signal power)
- Real-time DJI protocol decoding (Drone ID, Drone GPS, Pilot GPS, Home GPS)
- Integration with other systems – jammers, optical surveillance systems, central control units
- Independent receiving chains for easy maintenance
- Indoor and outdoor usage
- Different level of ruggedization depending on operating environment and customer needs
DISCOVER THE RADAR SYSTEM FUNCTIONS
Radar Systems Development
Precision Radar Systems for Civil and Defense Applications
Our radar transceivers are engineered to meet the rigorous demands of modern aerospace and defense systems. By integrating advanced RF design with FPGA-based processing, we create tailored solutions which ensure exceptional performance in early warning and air defense applications.
Support for different pulse compression methods
- (13-bit Barker Code Modulation, Phase-coded modulation, FM, AM) ensures precise, high-resolution transmission for superior target detection and clarity.
Advanced Signal Processing
- Integrated algorithms, including Moving Target Indication (MTI), clutter detection, and CFAR, provide accurate target identification even in challenging environments.
Dynamic Test Scenarios
- Simulate up to 600 targets with customizable parameters for speed, phase, direction, and signal levels, enabling comprehensive and realistic performance evaluation.
- Engineered for flexibility and precision, our transceiver empowers your radar systems to meet the demands of modern operational challenges with confidence.
LEARN ABOUT HIGH-PRECISION LOCALIZATION SYSTEMS
GNSS positioning systems
In collaboration with the Institute of Space Technology and Applications at the University of the Bundeswehr Munich, NOFFZ Technologies has developed an innovative frontend that enables highly precise positioning by integrating GNSS, 4G/5G, and other radio signals.
This advanced frontend is engineered to meet the stringent requirements of modern navigation systems, offering flexibility and adaptability for future research and development in positioning technologies.
For more detailed information, please refer to our research report.
Specifications
Main features
- Broad Frequency Reception: Capable of receiving signals ranging from 10 MHz to 6 GHz, with the ability to sample higher frequency bands, such as the Ku-band used for Starlink downlink signals, through external mixers.
- Multi-Channel Support: Equipped with four high-frequency channels, facilitating comprehensive signal analysis and enhanced positioning accuracy.
- IMU Integration: Supports the incorporation of Inertial Measurement Units (IMUs), providing robust solutions for inertial navigation and ensuring precise movement tracking.
- Customized SDR Architecture: Built on a tailored Software Defined Radio (SDR) platform specifically designed for GNSS/INS applications, enabling precise point positioning (PPP) with an accuracy of up to three centimeters.
5G/6G mmWave Research and Prototyping
At NOFFZ Technologies, we are driving innovation in 5G and 6G mmWave research, enabling next-generation communication and sensing systems. With deep domain expertise and high-performance platforms, we empower researchers and engineers to prototype and test cutting-edge technologies with unmatched speed, precision, and reliability.
We utilize commercial off-the-shelf (COTS) mmWave research platforms, such as NI MTS and SDRs, and enhance them with tailored APIs, FPGA modifications, and advanced mmWave components. These enhancements enable our platforms to address the unique challenges of 5G/6G technologies in the 71–76 GHz and 110–170 GHz frequency ranges.
Our proprietary NOFFZ mmWave prototyping software platform supports real-time testing and development, including the integration of custom FPGA models. This feature allows seamless evaluation and optimization of algorithms, ensuring real-world applicability and performance.
Learn more: Efficiently Prototyping 6G Joint Comms and Sensing Systems
Unlock the full potential of mmWave innovation with NOFFZ Technologies.
Channel Sounding for Naval Applications
In partnership with the University of California, San Diego, we deliver robust solutions for naval radar channel sounding research. We have developed a wide tuning range antenna array designed to characterize RF propagation at varying frequencies and power levels over the ocean surface. The antenna array was engineered to withstand the harsh conditions and corrosion typically encountered in marine environments.
Our solution enabled the customer to efficiently and reliably collect high-quality data during the short time they had access to their test site. The weather-proof antenna boxes with RF downconverter are designed for fast setup and dismantling.
Specifications
Main features
- 18 GHz channel sounding project.
- Streamlined data acquisition process: an automated script controls a range of instruments, including oscilloscopes, power supplies, a vector signal generator, downconverters, and low-noise synthesizers.
- Accurate measurements: a predefined schedule ensures consistent measurements from an 8-channel antenna array.
- Python-based control software.
- Valuable insights: RF performance over ocean surfaces extracted from propagation loss calculations.
STREAMLINED AND RELIABLE
Our Products Designed to Support Your Testing Needs
Downloads
Our brochures for download
DO YOU HAVE ANY QUESTIONS?
Speak with our experts directly!
Let us know the details of your project. We’re curious about your ideas, products, and requirements and would be glad to advise you specifically about your requests.
Together we’ll make your project a success!
Let’s set up a meeting.
