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IZT

Innovationszentrum für Telekommunikationstechnik GmbH (IZT) specializes in advanced digital signal processing (DSP), field-programmable gate array (FPGA) design, and high-frequency and microwave technologies. Its product portfolio includes signal generators, signal monitoring and recording receivers, digital broadcasting multiplexers, digital radio systems, and channel simulators.

IZT provides high-performance platforms and customized solutions for applications requiring high signal bandwidth and real-time signal processing.

Through close collaboration with its international strategic partners, including IZT Pacific, IZT Technologies, and MaXentric Technologies, IZT markets its products worldwide. Its customers include commercial enterprises, government agencies, and military organizations.

IZT's quality management system is certified to ISO 9001:2000, demonstrating the company's commitment to delivering reliable, high-quality products and solutions.

https://www.izt-labs.de/

Products

R3301 Portable Monitoring Receiver

The IZT R3301 is a portable monitoring receiver with an integrated RF recording system designed for Communications Intelligence (COMINT), Electronic Warfare (EW), spectrum monitoring, and field signal collection. Incorporating the proven RF performance of the IZT R3000 receiver family, an integrated data recording server, and a built-in GPS receiver, the R3301 enables real-time acquisition, recording, and analysis of RF signals in mobile environments. It also supports synchronized operation of multiple units for TDOA geolocation, broadcast monitoring, mobile communication analysis, and the IZT RecPlay record-and-replay system, making it an ideal platform for field and vehicle-based monitoring applications.

R3600 Multichannel Digital Receiver

The IZT R3600 is a high-performance multichannel receiver system designed for Communications Intelligence (COMINT), Electronic Warfare (EW), Direction Finding (DF), and spectrum monitoring applications. Featuring a modular architecture with up to five synchronized receiver channels, each providing 24 MHz of real-time bandwidth, the system enables simultaneous direction finding and signal monitoring within a single platform. Integrated calibration, synchronization, and high-stability frequency references, together with external GPS synchronization, make the R3600 an ideal solution for fixed-site and mobile monitoring systems used by defense organizations, government agencies, and spectrum regulators.

S1000 Multi-Channel Signal Generator RF Signal Simulator

The IZT S1000 is a high-performance multi-channel digital signal generator designed for testing wireless communication equipment, COMINT/SIGINT systems, Direction Finding (DF) systems, and RF environment simulations. Utilizing IZT's patented digital signal processing technology, it can generate up to 31 virtual signal generators within a single compact platform, supporting multiple modulation formats and synchronized multi-frequency outputs. This significantly reduces the complexity and cost of conventional multi-generator test setups while improving testing efficiency.

R3410 Rugged Monitoring Receiver

The IZT R3410 is a ruggedized digital wideband receiver and RF recording system designed for Communications Intelligence (COMINT), Electronic Warfare (EW), spectrum monitoring, and mobile surveillance applications. Based on the proven RF performance of the IZT R3000 receiver family, it features a lightweight, fanless design optimized for operation in harsh environments while delivering outstanding reception performance and reliable long-term field operation.

R3000 Digital Wideband Receiver

The IZT R3000 is a high-performance digital wideband receiver designed for Communications Intelligence (COMINT), spectrum monitoring, signal analysis, and electronic warfare applications. Combining advanced RF technology with state-of-the-art digital signal processing, it enables real-time reception, analysis, recording, and demodulation of modern wideband and frequency-agile signals. With outstanding receiver performance and up to 24 MHz of real-time bandwidth, the R3000 provides a powerful platform for government, defense, regulatory, and research organizations conducting mission-critical RF monitoring and intelligence operations.

R3200 Digital Wideband Receiver

- Frequency range: 9 kHz to 3 GHz, expandable to 6 GHz or 18 GHz. - Up to 24 MHz real-time bandwidth. - Supports up to four independent digital receiver channels. - IF filter bandwidth from 6.25 kHz to 24 MHz. - 1 Hz tuning resolution for precise frequency control. - Digital outputs including I/Q complex baseband, Complex FFT, and PSD. - Gigabit Ethernet digital IF interface with data rates up to 115 MB/s. - Supports ITU-compliant spectrum monitoring, fast scanning, automatic signal detection, and interception. - External synchronization for Direction Finding (DF) and TDOA location systems. - Fully remote controllable for COMINT, Electronic Warfare, spectrum monitoring, and technical analysis applications.

R4000 Digital Wideband Receiver

The IZT R4000 is a third-generation digital wideband receiver and recording platform designed for Communications Intelligence (COMINT), Electronic Intelligence (ELINT), satellite monitoring, and broadband RF signal collection. Delivering up to 120 MHz of instantaneous bandwidth, it combines high-dynamic-range RF front ends, broadband digitization, and parallel signal processing to simultaneously capture, analyze, record, and process multiple signals. Its modular architecture and multiple frequency extension options make the R4000 an ideal solution for defense, intelligence, and spectrum monitoring applications.

C3040 RF Channel Simulation System

The IZT C3040 is a high-precision satellite channel emulator designed for the development, validation, and performance testing of satellite communication systems, navigation equipment, and wireless communication devices. It accurately reproduces real-world satellite channel conditions, including propagation delay, Doppler shift, attenuation, multipath, and other transmission effects, enabling comprehensive laboratory testing while reducing the need for costly field trials. Its modular architecture provides excellent flexibility and scalability for defense, aerospace, satellite communications, and research applications.