Fobos

Wideband General Purpose SDR Receiver

Fobos

Wideband General Purpose SDR Receiver

Fobos

Wideband General Purpose SDR Receiver

The Fobos SDR is a high-performance Software-Defined Radio (SDR) receiver with a USB 3.0 interface. This device offers a continuous operating frequency range from 100 kHz to 6 GHz and up to 50 MHz bandwidth with 14-bit signal sampling resolution, ensuring full data integrity. With two auxiliary input channels, HF1 and HF2, for coherent direct sampling and a primary RF reception channel, Fobos SDR provides flexibility and precision in signal reception.

Support for an external clock input, straightforward driver installation, and wide compatibility with popular software such as SDRSharp, HDSDR, and GNURadio make Fobos SDR an ideal solution for hobbyists, researchers, and professionals in the field of radio communication seeking to leverage the capabilities of SDR technology fully. We recommend to use Fobos SDR with the native software μSDR.

Fobos SDR
Specifications

Fobos SDR
Frequency range
  • 50 MHz - 6 GHz (coverage 25 - 6025 MHz)
Частотний діапазон (опціонально)
Operation modes
  • double conversion heterodyne for VHF/UHF range
  • two-channel direct sampling for HF range
ADC resolution
  • 14 bits
Frequency stability
  • ±0.5 ppm
Blocking Dynamic Range
  • 82 dB UHF/VHF
  • 86 dB in HF
Selectivity
  • -110 dBm combined selectivity
IQ Image rejection
  • 52 dB (software)
Maximum RF input
  • +10 dBm
Power source
  • USB Plug, 3.8 - 5.5 V nominal
Current consumption
  • 450 mA in idle state
  • 670 mA in direct sampling mode
  • 850 mA in full-band operating mode
Clock source
  • external, selectable within API
  • internal
External clock input
  • 10 MHz, high impedance
Clock output
  • 10 MHz, 5Ohm, 3.0 V p2p, permanent
Operating temperature
  • 0..+60°C
PCB type
  • 6-layer impedance controlled, ENIG finished
PCB dimensions
  • 110 mm x 60 mm
Outline dimensions
  • 130 mm x 60 mm x 16 mm
Weight
  • 143 g
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Fobos SDR: Reveal the Spectrum!

Broad Frequency Range: 100 kHz to 6 GHz, versatile for various applications

High-Quality Signal Conversion: Dual conversion, two HF channels, 14-bit ADC, 50 MHz IQ rate

Continuous Data Stream: Uninterrupted recording and real-time analysis

High-Speed USB 3.0: Quick data transfer, easy device connectivity

Compact and Durable: Mobile-friendly, EMI-shielded

Flexible Connectivity: Clock input/output for system integration

Powerful Software Support: Lightweight API for Windows/Linux, SDRSharp and HDSDR ExtIO plugins, μSDR native support, GNURadio source

Ease of coding: Application examples and source code are available, programming guides and manuals for quick start

Two-year Replacement Warranty
  • We independently manage every process from the product development to its delivery to our trading partners.
  • Each device goes through four phases of quality control before sending it to the user.
  • That’s why we are confident in the quality of our products.
  • When you need it, we will repair your device or replace it with a new on
  • Where to service

News

11.08.2024

Explore the Enhanced Fobos SDR Receiver: Unleash the Spectrum

The main features of our NEW Fobos SDR we are proud of: 

Broad main frequency range: continuous 25 MHz to 6 GHz coverage.
Two auxiliary coherent direct sampling channels: 100 kHz to 25 MHz coverage, suitable for diversity reception, correlation and phase-difference direction finding.
Overall frequency coverage 100 kHz to 6 GHz.
50 MHz sampling bandwidth: 50 M samples per second IQ rate or 2x25 M samples per second direct sampling rate.
High-quality signal conversion: double heterodyne, 14-bit sample depth analog to digital conversion (ADC).
Continuous data stream: digitized data with no dropped buffers, uninterrupted recording and real-time analysis.
All the features simultaneously, no "either-or": 50 MHz rate, and 14-bit ADC and continuous data stream within continuous frequency coverage.

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26.04.2024

Inviting to develop SDR together!

Now you can easily integrate Fobos SDR receiver into your projects, gaining access to a wide spectrum of signals for processing and experiments.

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