SDR based Signal Analyzer & Generator

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A software-defined radio (SDR) based signal analyzer and generator is a versatile tool used in communication systems for testing, analyzing, and generating RF signals. It leverages SDR technology to process and manipulate signals digitally, offering flexibility to support various frequencies and protocols.

Ideal For Education Institute

Best in-class Spectrum analyzer cum Signal generator with Real-time Video transmission system, Pocket friendly yet powerful

EMC/EMI pre-compliance and troubleshooting

EMC and EMI seem to be those necessary evils that must be overcome prior to marketing commercial or consumer electronic products, as well as military and aerospace equipment.

Calibration of DUTs

Calibration helps keep your world up, running and safe. Though most never realize it, thousands of calibrations are quietly conducted every day around the world for your benefit.

Spectrum Analyzer

RF front end with an operating frequency range of 70 MHz to 6 GHz and an FPGA based System on Module (SoM) as the signal processing back end.

Signal Generator

The Signal generator (SG) option allows sinusoidal signal generation in the frequency range of 70 MHz to 6 GHz

Real-Time Video Streaming

The Real-Time Video Transmission System (G-RT-VTS) can transmit and receive HD videos in Real-Time, and increase performance using techniques like Beam-forming and Direction Finding.

Enhanced Operational Efficiency

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Improved Predictive Accuracy

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Faster Data Processing

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Infinity Radar’s handheld and portable based on SDR (Software Defined Radio), which supports wide-band real-time spectrum analysis up to 6 GHz and simultaneous signal generation (in Opt. SG and Opt. RT-VTS). The state-of-the-art design enables such a robust system to be housed in a small form factor while being powered from a battery source (5V, 2A) e.g., a power bank. The system mainly consists of an RF front end with an operating frequency range of 70 MHz to 6 GHz and an FPGA based System on Module (SoM) as the signal processing back end. While the in-house designed RF front end has excellent fidelity over the entire frequency range, the FPGA SoM, on the other hand, implements the various custom-developed IPs which facilitate very fast wide-band spectrum analysis, signal generation, adaptive jammer and video transmission.

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