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Home > Pluto SDR > OpenSourceSDRLab Tiny B210 70MHz-6GHz Software Defined Radio Development Board SDR Support for Linux System
  • OpenSourceSDRLab Tiny B210 70MHz-6GHz Software Defined Radio Development Board SDR Support for Linux System
  • OpenSourceSDRLab Tiny B210 70MHz-6GHz Software Defined Radio Development Board SDR Support for Linux System
  • OpenSourceSDRLab Tiny B210 70MHz-6GHz Software Defined Radio Development Board SDR Support for Linux System
  • OpenSourceSDRLab Tiny B210 70MHz-6GHz Software Defined Radio Development Board SDR Support for Linux System
  • OpenSourceSDRLab Tiny B210 70MHz-6GHz Software Defined Radio Development Board SDR Support for Linux System
  • OpenSourceSDRLab Tiny B210 70MHz-6GHz Software Defined Radio Development Board SDR Support for Linux System
  • OpenSourceSDRLab Tiny B210 70MHz-6GHz Software Defined Radio Development Board SDR Support for Linux System
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  • OpenSourceSDRLab Tiny B210 70MHz-6GHz Software Defined Radio Development Board SDR Support for Linux System
  • OpenSourceSDRLab Tiny B210 70MHz-6GHz Software Defined Radio Development Board SDR Support for Linux System
  • OpenSourceSDRLab Tiny B210 70MHz-6GHz Software Defined Radio Development Board SDR Support for Linux System
  • OpenSourceSDRLab Tiny B210 70MHz-6GHz Software Defined Radio Development Board SDR Support for Linux System
  • OpenSourceSDRLab Tiny B210 70MHz-6GHz Software Defined Radio Development Board SDR Support for Linux System
  • OpenSourceSDRLab Tiny B210 70MHz-6GHz Software Defined Radio Development Board SDR Support for Linux System
  • OpenSourceSDRLab Tiny B210 70MHz-6GHz Software Defined Radio Development Board SDR Support for Linux System
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OpenSourceSDRLab Tiny B210 70MHz-6GHz Software Defined Radio Development Board SDR Support for Linux System

SKU: Tiny B210
$222.00 $0.00
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  • OpenSourceSDRLab Tiny B210 70MHz-6GHz Software Defined Radio Development Board SDR Support for Linux System
  • OpenSourceSDRLab Tiny B210 70MHz-6GHz Software Defined Radio Development Board SDR Support for Linux System
  • OpenSourceSDRLab Tiny B210 70MHz-6GHz Software Defined Radio Development Board SDR Support for Linux System
  • OpenSourceSDRLab Tiny B210 70MHz-6GHz Software Defined Radio Development Board SDR Support for Linux System
  • OpenSourceSDRLab Tiny B210 70MHz-6GHz Software Defined Radio Development Board SDR Support for Linux System
  • OpenSourceSDRLab Tiny B210 70MHz-6GHz Software Defined Radio Development Board SDR Support for Linux System
  • OpenSourceSDRLab Tiny B210 70MHz-6GHz Software Defined Radio Development Board SDR Support for Linux System
  • OpenSourceSDRLab Tiny B210 70MHz-6GHz Software Defined Radio Development Board SDR Support for Linux System
  • OpenSourceSDRLab Tiny B210 70MHz-6GHz Software Defined Radio Development Board SDR Support for Linux System
  • OpenSourceSDRLab Tiny B210 70MHz-6GHz Software Defined Radio Development Board SDR Support for Linux System
  • OpenSourceSDRLab Tiny B210 70MHz-6GHz Software Defined Radio Development Board SDR Support for Linux System
  • OpenSourceSDRLab Tiny B210 70MHz-6GHz Software Defined Radio Development Board SDR Support for Linux System
  • OpenSourceSDRLab Tiny B210 70MHz-6GHz Software Defined Radio Development Board SDR Support for Linux System
  • OpenSourceSDRLab Tiny B210 70MHz-6GHz Software Defined Radio Development Board SDR Support for Linux System
1/1
  • OpenSourceSDRLab Tiny B210 70MHz-6GHz Software Defined Radio Development Board SDR Support for Linux System
  • OpenSourceSDRLab Tiny B210 70MHz-6GHz Software Defined Radio Development Board SDR Support for Linux System
  • OpenSourceSDRLab Tiny B210 70MHz-6GHz Software Defined Radio Development Board SDR Support for Linux System
  • OpenSourceSDRLab Tiny B210 70MHz-6GHz Software Defined Radio Development Board SDR Support for Linux System
  • OpenSourceSDRLab Tiny B210 70MHz-6GHz Software Defined Radio Development Board SDR Support for Linux System
  • OpenSourceSDRLab Tiny B210 70MHz-6GHz Software Defined Radio Development Board SDR Support for Linux System
  • OpenSourceSDRLab Tiny B210 70MHz-6GHz Software Defined Radio Development Board SDR Support for Linux System
  • Description
The integrated RF front end of the B210 is based on the new design of the AD9361 from Analog Devices, a single-chip direct conversion transceiver, capable of transmitting a real-time HF bandwidth of up to 56 MHz. The B210 uses two signal chains of the AD9361 to provide consistent MIMO functionality. The integrated signal processing and control of the AD9361 is performed by an FPGA connected to the host PC via USB 3.0. The real-time throughput of the B210 is based on a quadrature of 61.44 MS/s and provides the host PC with a full HF instantaneous bandwidth of 56 MHz for further processing by applications. use GNU Radio or the UHD API.
Characteristics:
[1].A fully integrated dual-channel USRP device with a continuous RF coverage range of 70 MHz to 6 GHz.  
[2].Full duplex, MIMO operation (2 Tx and 2 Rx), real-time bandwidth up to 56 MHz (61.44 MS/s orthogonal).  
[3].Fast and convenient USB3.0 connection with ultra-high speed
[4].Open and reconfigurable FPGA
The early prototype design platform for ADI AD9361 RFIC, a fully integrated direct frequency converter transceiver with a mixed signal baseband.  
[5].Steel housing accessories can be used for black PCB devices.


Input and output:
DC voltage input: 5V
Conversion module parameters:
 - ADC Abtastrate (max.): 61.44 MS/s
 - ADC resolution: 12 bit
 - ADC-SFDR: 78 dBc
 - DAC Abtastrate: 61.44 MS/s
 - ADC resolution: 12 bit
 - Maximum speed with the host (16b): 61.44 MS/s
 - Local oscillator accuracy: ±2 ppm
 - Unlocked TCXO accuracy: ±7.5 ppm
 - Accuracy of blocked TCXO: <1 ppm
Single Channel HF Power Parameters:
 - SSB signal/mirror image suppression: -35/50 dBc
 - 2.4 GHz: 3.5 dBm
 -6G: -12dBm
 - Output power: >10 dBm
 - Enter the cutting point of the third order: -20 dBm
 - Noise Ratio: <8dB
The following figure shows the GPIO pin diagram of TINYB210, and the control method is the same as for B210.

Product Image



FAQ:
Q: Does it support GNU RADIO and other applications for SRSRAN, OAI, etc.?  
A: Fully supported, is used just like the official compatible models.  
Q: What are the trade-offs to consider when adding a High Frequency Amplifier (PA) to the TinyB210?  
A: Official ADI boards such as FMCOMS2, 3, 5 are supplied without PA and typically have a power consumption of several dBm, which is sufficient for HF experiments. We also offer products with additional PA, such as SDRPi, which have a significant impact on reception in duplex transmission and reception operations.

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