At Unistring Tech Solutions, we take pride in being at the forefront of radar technology, offering a diverse range of state-of-the-art solutions that cater to the evolving needs of defense, aerospace, and communication sectors. Our commitment to innovation and excellence positions us as a trusted provider in the field of radar systems
UTS specializes in Radar Target Simulators spanning a wide range of frequency bands, including L, S, C, X, and Ku. Our RTS solutions are meticulously engineered to emulate realistic radar scenarios, enabling comprehensive testing and validation across diverse operational environments
UTS takes pride in offering Wide Band Radar Target Simulators covering an expansive frequency range from 0.5 to 20 GHz. This versatility empowers our clients to evaluate and fine-tune their radar systems across a broad spectrum, ensuring adaptability to various operational requirements.
Our Digital Beam Forming Libraries and Beam Forming Simulators exemplify the pinnacle of radar technology. These advanced solutions enable clients to harness the benefits of digital beamforming, enhancing the precision and flexibility of radar systems for diverse applications.
UTS presents RF Up/Down Converters that play a pivotal role in signal processing within radar systems. Our converters are designed to maintain signal integrity and facilitate seamless communication between different components, contributing to the overall efficiency and reliability of radar setups.
At UTS, we understand that each project has unique requirements. Our commitment to customization and product innovation ensures that our clients receive tailor-made solutions that align precisely with their needs. Our radar technology solutions are not just products; they are strategic assets that empower our clients to stay ahead in an ever-evolving technological landscape.
As you explore our offerings, you’ll find a dedication to quality, precision, and cutting-edge technology. UTS is not just a provider of radar solutions; we are your partner in achieving excellence in radar technology. Welcome to the future of radar at Unistring Tech Solutions.
Our RADAR Signal Simulator is designed to cater to diverse applications, offering flexibility, and adaptability. With a frequency range spanning 2 to 18 GHz (extendable to lower frequencies based on user needs), it accommodates a wide spectrum of RADAR systems.
At UTS, we are committed to pushing the boundaries of innovation. Our RADAR Signal Simulator is a testament to this commitment, empowering our clients to achieve unprecedented accuracy in RADAR testing and validation.
Discover the future of RADAR simulation with Unistring Tech Solutions – Where Precision Meets Innovation.
At Unistring Tech Solutions (UTS), we are proud to unveil our state-of-the-art RADAR Signal Simulator, setting new benchmarks in radar testing and validation. Our cutting-edge simulator is meticulously engineered to offer unparalleled control over modern RADAR waveform generation, enabling users to simulate complex scenarios with utmost accuracy and efficiency.
Precision in Waveform Generation: UTS Radar Signal Simulator provides superior control over modern RADAR waveform generation, ensuring accuracy in simulation scenarios.
Simultaneous Multiple Emitter Generation: With the ability to generate multiple emitters simultaneously, our simulator allows users to replicate complex radar environments and evaluate system responses comprehensively.
Real-Time Modeling of Radiation and Scan Patterns: Experience real-time modeling of radiation and scan patterns with respect to the Device Under Test (DUT), providing a dynamic and realistic testing environment.
Creation of Moving Emitters: Our simulator facilitates the creation of moving emitters, allowing for the simulation of dynamic scenarios and enhancing the realism of test scenarios.
Modeling Movement of DUT and Resultant Signal Scenario: Users can model the movement of the Device Under Test, providing a comprehensive analysis of signal scenarios under various conditions.
Logging of Generated Pulses: The provision for logging generated pulses ensures a detailed post-analysis, enabling users to gain valuable insights and optimize radar system performance.
Frequency Range: 2 - 18 GHz (Optional extension available from 0.5 to 2 GHz)
Higher Bands: Customization available based on specific requirements
LO Resolution: 1 MHz
Spurious: Better than 40 dBc
Single Emitter Maximum Bandwidth: 120 MHz (Extendable up to 500 MHz based on user requirements)
Frequency Switching Time: 1 μsec (<1.5 ms anywhere between 2 to 18 GHz)
Versatility Beyond Boundaries:Our Radar Signal Simulator is designed to cater to diverse applications, offering flexibility, and adaptability. With a frequency range spanning 2 to 18 GHz (extendable to lower frequencies based on user needs), it accommodates a wide spectrum of radar systems.
At UTS, we are committed to pushing the boundaries of innovation. Our Radar Signal Simulator is a testament to this commitment, empowering our clients to achieve unprecedented accuracy in radar testing and validation.
Discover the future of radar simulation with Unistring Tech Solutions – Where Precision Meets Innovation.
At the forefront of cutting-edge technology, Unistring Tech Solutions (UTS) proudly introduces the Multi-Channel RADAR Target Simulator (MRTS), a groundbreaking solution designed to revolutionize the testing and evaluation of RADAR systems. The MRTS serves as an indispensable tool for comprehensive testing in both Injection and Radiation modes, ensuring that RADAR systems are rigorously assessed under diverse operational scenarios.
Our Monopulse Radar Target Simulators, featuring three channels, are designed to deliver enhanced accuracy and precision in radar testing. UTS ensures that these simulators provide realistic target responses, allowing clients to assess and optimize the performance of their radar systems with confidence
Reference Signal Integration: The MRTS operates by taking a reference signal as input, enabling it to generate coherent target echo signals. This innovative approach allows for the accurate simulation of real targets, providing a realistic and dynamic testing environment.
Versatility in Target Simulation: MRTS excels in simulating both static and moving targets, offering a wide range of variations in parameters such as Delay, Signal Strength, Doppler Frequency, Relative Velocity, and Radar Cross Section (RCS). This flexibility ensures that RADAR systems are thoroughly tested against diverse target scenarios.
Clutter and Jamming Effects: To emulate real-world challenges, the simulator incorporates clutter and jamming effects into the testing environment. This feature allows for a comprehensive evaluation of RADAR performance in the presence of environmental interference, enhancing the system's resilience and adaptability.
Electronic Countermeasure (ECM) Integration: The MRTS is equipped with Electronic Countermeasure (ECM) capabilities at the target side. This integration facilitates the testing of Electronic Counter-Countermeasure (ECCM) features of RADAR systems. By simulating ECM scenarios, the MRTS ensures that RADAR systems are not only robust but also capable of effectively countering electronic threats.
Enhanced Accuracy: MRTS enables precise testing by replicating real-world scenarios with unparalleled accuracy. This ensures that RADAR systems are thoroughly evaluated and refined for optimal performance.
Time and Cost Efficiency: The simulator's advanced capabilities streamline the testing process, reducing both time and costs associated with traditional testing methodologies. This efficiency translates to faster development cycles and quicker time-to-market for RADAR systems.
Comprehensive Evaluation: MRTS provides a holistic testing platform, addressing a spectrum of parameters and challenges encountered in electronic warfare. This comprehensive evaluation is essential for ensuring the reliability and effectiveness of RADAR systems in diverse operational environments.
UTS's Multi-Channel RADAR Target Simulator stands as a testament to our commitment to innovation and excellence in electronic warfare solutions. By offering a sophisticated testing environment, MRTS empowers organizations to elevate the performance and reliability of their RADAR systems. With its unique combination of versatility, accuracy, and efficiency, MRTS reinforces UTS's position as a leader in advancing electronic warfare capabilities. Choose MRTS for unparalleled testing precision and a competitive edge in the dynamic landscape of RADAR technology.
Our cutting-edge solution, the Drone Mounted DRFM-based RADAR Target Simulator (DRTS), sets a new standard for training radar operators, designing, testing, and calibrating radars in diverse environments.
Overview:
The DRTS is a sophisticated system designed for simulating wartime airspace conditions, offering unparalleled capabilities for RADAR training and system evaluation. With applications ranging from RADAR operator training to RADAR design, testing, and calibration, our solution ensures optimal performance in 3D tracking scenarios.
DRFM-Based Echo/Jamming:
Drone carrying a portable Digital Radio Frequency Memory (DRFM) based simulator.
Digital memory utilization for generating delay and Doppler shifts, simulating targets beyond visual range.
Drone, along with the portable RTS, can simulate targets up to 500 km away.
Option for integrating multiple drones to simulate multi-target scenarios. Radiation Pattern Measurement:
Measures pulse characteristics of RADAR signals and generates Pulse Descriptor Words (PDWs).
PDWs data plotted in a user-friendly GUI with timestamp.
Ideal for radiation pattern measurement of RADAR.
GUI Interface:
User-friendly GUI allows drawing a 3D trajectory of the target on the map.
Drone moves along a predefined 3D trajectory, enabling RADAR echo reception from the desired direction (Azimuth and Elevation).
Payload Specifications:
Frequency Range: L/S/C/X bands
Single/Multi-target mode (up to 8 targets) in the same direction
View angle-based RCS simulation & Swerling model
Clutter models: Land, Sea & Volume
Jamming: Spot, Sweep, and Barrage
Drone Specifications: Multicopter-based platform
Maximum Horizontal Drone Telemetry Range (RF): LOS 2 Km
Altitude Range up to 400 m
Endurance: 45 minutes
Customizable payload options
System Performance:
Range Simulation: Up to 500 Km
Range Resolution: Up to 5 m
Trajectory Update Rate: 100 msec
Time Stamping Accuracy: 30 nsec
Operational Considerations:
Maximum wind speed withstand: 30 Kmph
Command link to Multicopter: 915 / 2400 MHz
Power from Drone to Payload: DC supply 12V/24 V
Each DRTS unit can simulate one target with full features, including angle simulation. Moreover, based on GUI settings, a single DRTS unit can simulate up to seven additional targets in the same direction.
At Unistring Tech Solutions, we empower radar operators and engineers with state-of-the-art technology. Our Drone Mounted DRFM-based Radar Target Simulator is not just a product; it's a revolution in radar training and testing. Join us in shaping the future of radar technology.