High-speed scanning radio Récepteur of REE

Buy a high-speed REE scanning radio receiver for professional spectrum analysis

The Blastdrak device from the Rostov Electronics Plant is designed for high-speed radio monitoring. The device scans the range from 500 MHz to 6 GHz. It is an ideal tool for searching and analyzing signals in real time.

• Wide frequency range up to 6 GHz for demanding applications.
• High scanning speed of more than 6 GHz per second.
• Low noise figure of only 2 dB at 800 MHz.
• Compact size 80x80mm for easy integration.
• Ethernet 1G interface for fast data transfer.

How does a REE scanning receiver work?

The device digitizes the signal with a 12-bit ADC in a 50 MHz band. The digital processor calculates the spectrum with a resolution of 7.3 kHz. High scanning speed reaches 6 GHz/s. Gain is adjustable over a range of 65 dB. Data is transferred to the PC via Gigabit Ethernet.

Technical characteristics and functionality

The input frequency range is 500–6000 MHz. It is possible to reduce the lower limit to 70 MHz. The maximum input signal level is -5 dBm. Receiver noise figure: 2 dB at 800 MHz and 3.8 dB at 5.5 GHz. The instantaneous analysis bandwidth is 50 MHz. The ADC capacity is 12 bits.

Frequency resolution reaches 7.3 kHz. The scanning speed exceeds 6 GHz/s. The spectrum averaging is adjustable from 1 to 256. The gain adjustment range is 65 dB. Supply voltage: 8–30 V. Maximum power consumption: 6 W. SMA input connector. The interface for connecting to a PC is Ethernet 1G. Overall dimensions - 80x80 mm.

Limits of application

The device is suitable for searching for sources of interference. Used to monitor the radio frequency spectrum. Used in radio monitoring and security systems. High scanning speed allows you to quickly detect signals. Compact size simplifies integration into mobile systems.

Choose a REE scanning radio receiver in the aegisky store. Your radio monitoring will become faster and more efficient. Order a professional device for complex tasks today.

• Input frequency range: 500 MHz to 6 GHz. The lower operating frequency can be reduced to 70 MHz by eliminating the 10 MHz reference frequency included in the input signal and removing the input high-pass filter.
• Maximum input level: -5 dBm (at minimum gain)
• Receiver noise figure: 2 dB (at 800 MHz), 3.8 dB (at 5.5 GHz)
• Instantaneous analysis bandwidth: 50 MHz (60 MHz sampling, I/Q)
• ADC width: 12 bits
• Bit capacity of output spectral samples: 32 bits
• Frequency resolution: 7.3 kHz
• Scanning speed: more than 6 GHz/s (without averaging)
• Spectrum averaging: 1-256
• Gain control range: 65 dB
• Supply voltage: 8 – 30 V
• Maximum power consumption: 6 W
• Input Connector: SMA
• PC connection interface: Ethernet 1G
• Overall dimensions: 80×80 mm