Pluto 70MHz - 6GHZ AD9363 SDR Radio Receiver /Transmitter 2x RX/ 2x TX Compatible with Oiriginal PLUTO SDR
Pluto 70MHz - 6GHZ AD9363 SDR Radio Receiver /Transmitter 2x RX/ 2x TX Compatible with Oiriginal PLUTO SDR
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Pluto is a software-defined radio platform that supports 2TX 2RX, supports Gigabit Ethernet and Micro SD（TF） card. The design draws on the well-known ADI ADALM-PLUTO and improves its shortcomings.
2.Features：
ADC/DAC：AD9363(Can hack to AD9361 or AD9364)
2 Transmit, 2 Receive channel
RF Range：70MHZ~6GHZ
Ref Clock：VCTCXO 40MHZ0.5ppm
SOC：Zynq7010 FPGA：28k
RAM：512M
FLASH：32M
USB：2.0 support OTG
Ethernet：1000Mb
Micro SD can use to boot
DC IN：5V +-0.5V-2A microUSB
Powering the system and transmitting data through the microrosb port
Interface
Please note that all IO levels are 1.8V.
1. When using the official ADI ADALM Pluto firmware, pay attention to the position of the S3 dial switch. 1ON 2OFF PLUTO firmware.
2. When using P specific firmware and supporting Ethernet, pay attention to the position of the S3 DIP switch. 1OFF 2ON dedicated firmware
3. When using the SD card to start, please pay attention to the position of the S2 dial switch. For specific startup methods, please refer to the PCB screen printing.
4. When using JTAG for debugging, please insert the debugger into the P1 debugging interface and pay attention to the line sequence.
5. When using an external reference clock input, please connect to the CLK-IN interface
6. At any time, you can press the DFU button to put the system into DFU mode
Reference clock input IPEX
You can connect the cable through the IPEX interface to input an external high-precision reference clock for AD9363, and the main level should not exceed 3.3V.
Description
Description
Pluto is a software-defined radio platform that supports 2TX 2RX, supports Gigabit Ethernet and Micro SD（TF） card. The design draws on the well-known ADI ADALM-PLUTO and improves its shortcomings.
2.Features：
ADC/DAC：AD9363(Can hack to AD9361 or AD9364)
2 Transmit, 2 Receive channel
RF Range：70MHZ~6GHZ
Ref Clock：VCTCXO 40MHZ0.5ppm
SOC：Zynq7010 FPGA：28k
RAM：512M
FLASH：32M
USB：2.0 support OTG
Ethernet：1000Mb
Micro SD can use to boot
DC IN：5V +-0.5V-2A microUSB
Powering the system and transmitting data through the microrosb port
Interface
Please note that all IO levels are 1.8V.
1. When using the official ADI ADALM Pluto firmware, pay attention to the position of the S3 dial switch. 1ON 2OFF PLUTO firmware.
2. When using P specific firmware and supporting Ethernet, pay attention to the position of the S3 DIP switch. 1OFF 2ON dedicated firmware
3. When using the SD card to start, please pay attention to the position of the S2 dial switch. For specific startup methods, please refer to the PCB screen printing.
4. When using JTAG for debugging, please insert the debugger into the P1 debugging interface and pay attention to the line sequence.
5. When using an external reference clock input, please connect to the CLK-IN interface
6. At any time, you can press the DFU button to put the system into DFU mode
Reference clock input IPEX
You can connect the cable through the IPEX interface to input an external high-precision reference clock for AD9363, and the main level should not exceed 3.3V.
Item Specifics
Item Specifics
Description
Pluto is a software-defined radio platform that supports 2TX 2RX, supports Gigabit Ethernet and Micro SD（TF） card. The design draws on the well-known ADI ADALM-PLUTO and improves its shortcomings.
2.Features：
ADC/DAC：AD9363(Can hack to AD9361 or AD9364)
2 Transmit, 2 Receive channel
RF Range：70MHZ~6GHZ
Ref Clock：VCTCXO 40MHZ0.5ppm
SOC：Zynq7010 FPGA：28k
RAM：512M
FLASH：32M
USB：2.0 support OTG
Ethernet：1000Mb
Micro SD can use to boot
DC IN：5V +-0.5V-2A microUSB
Powering the system and transmitting data through the microrosb port
Interface
Please note that all IO levels are 1.8V.
1. When using the official ADI ADALM Pluto firmware, pay attention to the position of the S3 dial switch. 1ON 2OFF PLUTO firmware.
2. When using P specific firmware and supporting Ethernet, pay attention to the position of the S3 DIP switch. 1OFF 2ON dedicated firmware
3. When using the SD card to start, please pay attention to the position of the S2 dial switch. For specific startup methods, please refer to the PCB screen printing.
4. When using JTAG for debugging, please insert the debugger into the P1 debugging interface and pay attention to the line sequence.
5. When using an external reference clock input, please connect to the CLK-IN interface
6. At any time, you can press the DFU button to put the system into DFU mode
Reference clock input IPEX
You can connect the cable through the IPEX interface to input an external high-precision reference clock for AD9363, and the main level should not exceed 3.3V.
