Double click image to zoom in
Click image to open expanded view
Product Summary
Development Board Open Source Software Defined Radio Platform Development Module 1MHz-6GHz is a development board selected for building connected devices, firmware tests and rapid electronics prototypes. It is suitable for makers, embedded developers and IoT prototyping teams who need practical electronics hardware for reliable project work.
Best For
- building connected devices, firmware tests and rapid electronics prototypes
- Arduino, MicroPython, sensors, displays and expansion modules
- Electronics testing, repair, prototyping and maker workflows
FAQ
Who is this product for? It is intended for makers, embedded developers and IoT prototyping teams.
What should I check before buying? Review the product options, specifications, included accessories and compatibility details on this page.
Development Board Open Source Software Defined Radio Platform Development Module 1MHz‐6GHz
Specification:
Item Type: Development Board
Material: PCB
Basic Parameters:
Design Frequency: 1MHz-6000MHz
Data Bandwidth: 20MHz
Sampling Accuracy ADC DAC: 8bit
Sampling Rate ADC DAC: 20Mbps
Data And Power Supply Interface: USB2.0
Open Source Level: Fully Open Source (software, hardware)
RF Indicator:
Maximum Transmission Power: 10dBm (less than the minimum stray transmission power according to radio regulation)
Maximum Receiving Power: -5dBm (Note: Exceeding this value will burn the board)
64QAM Emission EVM: 1.5%
Multiple Sampling Bandwidth: 20MHz
Main Hardware:
RFFC5072: Mixer provides local oscillator signals from 80MHz to 4200MHz
MAX2837: 2.3GHz to 2.7GHz wireless broadband RF transceiver
MAX5864: ADC DAC, 22MHz sampling accuracy 8bit
LPC4320/4330: For ARM Cortex M4 processor, 204MHz
Si5351B: I2C programmable arbitrary CMOS clock generator with 40MHz and sampling clock provided by 800MHz division
MGA 81563: 0.1-6GHz 3v 14dBm amplifier
SKY13317: 20MHz-6.0GHz RF Single Pole 3 Throw (SP3T) Switch
SKY13350: 0.01-6.0GHz RF Single Pole Double Throw (SPDT) Switch
Take the receiving process as an example, after the signal enters from the antenna, the process is as follows:
The RF switch determines whether to amplify through a 14dB amplifier
The signal is high pass or low pass filtered by an image suppression filter
Signal processing udrffc5072 chip is mixed to 2.6GHz fixed if
The latest firmware supports the if variable option
If the range is 2.150ghz-2.750ghz
Signal input MAX2837 chip mixing to baseband, output differential aliqsignal
The MAX2837 chip can limit the signal bandwidth
The max5864 chip digitizes the baseband signal and sends it to cpld and microcontroller for all repair
The LPC4320/4330 processor sends the sampled data to the computer via usb
Put the RFFC5072 and MAX2837 in the shielding cover to protect them from interference from the outside world and other chips on the board, and try to avoid some chips from electrostatic breakdown
Features:
Operating frequency from 1MHz to 6GHz
Half duplex transceiver
Up to 20 million samples per second
8 bit orthogonal sample (8 bit i and 8 bit q)
Software configurable RX and TX gain as well as baseband filters
Software controlled antenna port power (50 mA at 3.3V)
SMA female antenna connector
SMA clock female input and output for synchronization
Convenient programming button
Internal row of pins for expansion
High Speed USB 2.0
USB Power Supply
Open Source Hardware
Material: PCB
Basic Parameters:
Design Frequency: 1MHz-6000MHz
Data Bandwidth: 20MHz
Sampling Accuracy ADC DAC: 8bit
Sampling Rate ADC DAC: 20Mbps
Data And Power Supply Interface: USB2.0
Open Source Level: Fully Open Source (software, hardware)
RF Indicator:
Maximum Transmission Power: 10dBm (less than the minimum stray transmission power according to radio regulation)
Maximum Receiving Power: -5dBm (Note: Exceeding this value will burn the board)
64QAM Emission EVM: 1.5%
Multiple Sampling Bandwidth: 20MHz
Main Hardware:
RFFC5072: Mixer provides local oscillator signals from 80MHz to 4200MHz
MAX2837: 2.3GHz to 2.7GHz wireless broadband RF transceiver
MAX5864: ADC DAC, 22MHz sampling accuracy 8bit
LPC4320/4330: For ARM Cortex M4 processor, 204MHz
Si5351B: I2C programmable arbitrary CMOS clock generator with 40MHz and sampling clock provided by 800MHz division
MGA 81563: 0.1-6GHz 3v 14dBm amplifier
SKY13317: 20MHz-6.0GHz RF Single Pole 3 Throw (SP3T) Switch
SKY13350: 0.01-6.0GHz RF Single Pole Double Throw (SPDT) Switch
Take the receiving process as an example, after the signal enters from the antenna, the process is as follows:
The RF switch determines whether to amplify through a 14dB amplifier
The signal is high pass or low pass filtered by an image suppression filter
Signal processing udrffc5072 chip is mixed to 2.6GHz fixed if
The latest firmware supports the if variable option
If the range is 2.150ghz-2.750ghz
Signal input MAX2837 chip mixing to baseband, output differential aliqsignal
The MAX2837 chip can limit the signal bandwidth
The max5864 chip digitizes the baseband signal and sends it to cpld and microcontroller for all repair
The LPC4320/4330 processor sends the sampled data to the computer via usb
Put the RFFC5072 and MAX2837 in the shielding cover to protect them from interference from the outside world and other chips on the board, and try to avoid some chips from electrostatic breakdown
Features:
Operating frequency from 1MHz to 6GHz
Half duplex transceiver
Up to 20 million samples per second
8 bit orthogonal sample (8 bit i and 8 bit q)
Software configurable RX and TX gain as well as baseband filters
Software controlled antenna port power (50 mA at 3.3V)
SMA female antenna connector
SMA clock female input and output for synchronization
Convenient programming button
Internal row of pins for expansion
High Speed USB 2.0
USB Power Supply
Open Source Hardware
How to Use:
Use according to the selling point diagram instructions.
Package List:
1 x Mainboard
or
1 x Mainboard
1 x Antenna
1 x Data Cable
1 x Accessory Pack
