Red Pitaya SDRlab 122-16 SoC RF and Radio T&M Platform

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Advantages of the SDRlab 122-16 Embedded T&M Module for Advanced RF Applications

  • Compact, open and flexibly programmable.
  • Optimized for HPSDR and more demanding RF applications.
  • Extensive I/O and interface features, including LAN/Ethernet.

Red Pitaya SDRlab 122-16 SoC RF and Radio T&M Platform

The RedPitaya SDRlab 122-16 is specifically designed for HPSDR (High Performance Software Defined Radio) and more demanding RF applications. The module features two 16-bit, 50-Ω inputs and 14-bit, 50-Ω outputs. A Xilinx Zynq 7020 FPGA allows real-time processing capabilities, and the module also offers a 122.88-MHz clock with ultra-low phase noise. RF inputs are optimized for minimal distortion, noise and crosstalk, which significantly improves reception and expands antenna choices.

  • Compact SoC measurement and test platform for capturing and generating RF signals.
  • Ethernet interface.
  • Xilinx SoC (CPU and FPGA).
  • Two fast analog inputs and two outputs.
  • 122.88 MHz clock with ultra-low noise.
  • Possibility of integration into own system/product.
  • Open software source code available.
  • Works with a Linux or Windows PC.
  • ▸Free online applications: Oscilloscope and signal-generator, spectrum- and logic-analyzer, SDR.
  • Can be controlled remotely with LabVIEW, MATLAB, Python or Scilab.
  • Can be programmed for custom requirements.
  • An app marketplace with several free ▸apps is available.

Model Overview

ModelSDRlab 122-16
ProcessorDual-Core ARM Cortex-A9 MPCore
FPGAXilinx Zynq 7020
RAM512 MB (4 Gb)
System memoryMicro-SD up to 32 GB
InterfacesEthernet 1 Gbit
USB 2.0
Wi-Fi using Wi-Fi dongle
RF inputs
Channels2
Sample rate122.88 MS/s
ADC resolution16 bit
Full scale voltage range0.5 Vpp/-2 dBm
Input couplingAC
Bandwidth300 kHz...550 MHz
Input impedance50 Ω
RS outputs
Channels2
Sample rate122.8 MS/s
DAC resolution14 bit
Full scale voltage range±0.5 V/+4 dBm
Load impedance50 Ω
Shortcut protection- (RF transformer and AC coupled)
Typical rising/falling time-
Bandwidth300 kHz...60 MHz
Extension connector
Digital I/Os16
Analog inputs4 channels, 0...3.5 V, 12 bit
Analog outputs4 channels, 0...1.8 V, 12 bit
Communication interfacesI2C, UART, SPI
Available voltages+5 V, +3.3 V, -4 V
SynchronizationTrigger input through extension connector; daisy chain connection over SATA connection
Kits
Standard KitRed Pitaya SDRlab 122-16 board
SD-card (16 GB, class 10)
Ethernet cable (1 m)
power supply (5 V/2 A)

Tailored for SDR and other RF applications, HF and 50 MHz bands. No DC coupling! Minimum RF input frequency (-3 dB): 300 kHz. Comes with two 16 bit ADCs 50 Ω inputs; 14 bit DACs 50 Ω outputs. Three times bigger dual core ARM Cortex A9 and Xilinx Zynq 7020 FPGA. Bigger FPGA provides more real-time processing capabilities. Hardware compatible with HPSDR. Improved distortions, dynamic range, sensitivity, nois, and crosstalk
External Clock Standard KitRed Pitaya SDRlab 122-16 board, modified to be used with an external clock oscillator. CAUTION: This board needs an external clock signal 122.88 MHz in order to boot and function!
SD-card (16 GB, class 10)
Ethernet cable (1 m)
power supply (5 V/2 A)

Tailored for SDR and other RF applications, HF and 50 MHz bands. No DC coupling! Minimum RF input frequency (-3 dB): 300 kHz. Comes with two 16 bit ADCs 50 Ω inputs; 14 bit DACs 50 Ω outputs. Three times bigger dual core ARM Cortex A9 and Xilinx Zynq 7020 FPGA. Bigger FPGA provides more real-time processing capabilities. Hardware compatible with HPSDR. Improved distortions, dynamic range, sensitivity, noise, and crosstalk

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