MRM100 Modular Monitoring Receiver

The MRM 100 modular monitoring receiver has excellent performance and compact size, covering monitoring frequencies ranging from 9 kHz to 3.6 GHz. The monitoring range not only covers the HF, VHF, and UHF frequency bands, but also allows for high-speed scanning of user set frequency bands. In integrated application scenarios, this module can transmit I/Q data and spectrum data to network servers for signal analysis and processing. Especially in the application of distributed RF sensors, multiple receiver modules can be remotely deployed and connected on standard TCP/IP networks.


Key Features

◼︎Monitoring frequency 9kHz~3.6GHz

◼︎Adjustable digital intermediate frequency bandwidth, up to 5MHz panoramic intermediate frequency display

◼︎Signal storage and playback for easy monitoring, processing, and positioning of transient signals

◼︎Record the I/Q data stream to a maximum bandwidth of 500kHz

◼︎Support AM/FM broadcast signal demodulation and provide analog audio streaming interface

◼︎ Low power consumption, light weight, and compact size, suitable for system integration and installation



Frequency Range 

9kHz~3.6GHz

Input impedance 50Ω
VSWR 

≤ 2 : 1

Input attenuation RF attenuator

 Max. 40dB

IF attenuator

None

Amplitude accuracy 

± 1.5dB

Preselector

High pass/low pass filter combination

Noise coefficient

Typical value 15dB

Third order cutoff point (TOI) 

 Typical value 13dBm(Within the input band

Second order intercept (SOI) 

 Typical value 40dBm

For more detailed information, please download the PDF Datasheet above.

The MRM 100 modular monitoring receiver has excellent performance and compact size, covering monitoring frequencies ranging from 9 kHz to 3.6 GHz. The monitoring range not only covers the HF, VHF, and UHF frequency bands, but also allows for high-speed scanning of user set frequency bands. In integrated application scenarios, this module can transmit I/Q data and spectrum data to network servers for signal analysis and processing. Especially in the application of distributed RF sensors, multiple receiver modules can be remotely deployed and connected on standard TCP/IP networks.

For more detailed information, please download the PDF Datasheet above.

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