Pluto+AD9363 (Compatible with AD9361)
Quantity:
Introduction
The PLUTO+ SDR Transceiver is a flexible open-source software defined radio platform designed for RF learning, wireless communication development, signal testing, and custom SDR projects. With a wide 70MHz–6GHz frequency range and dual-channel 2TX/2RX capability, it provides a practical platform for both lab use and portable field applications.
- 70MHz–6GHz wide frequency coverage for flexible SDR exploration and RF testing
- Dual-channel 2TX/2RX design for advanced transmit and receive workflows
- AD9361-compatible software upgrade based on the AD9363 RF platform
- Gigabit Ethernet, Micro SD boot, USB OTG, and Zynq-7010 FPGA for development, expansion, and stable data transfer
What's included
- PLUTO+ AD9363 Device (pre-configured to AD9361)
- USB Cable x1
- 8dBi 2.4/5/5.8GHz Antenna x1
- 40MHz-6GHz Telescopic Antenna x1
- 5dBi 40MHz-860MHz Antenna x1
- 12dBi 700MHz-2700MHz Antenna x1
- Portable Bag x1
Device Specifications
- RF Platform: AD9363 RF transceiver, pre-configured with AD9361-compatible software upgrade
- RF Frequency Range: 325MHz–3.8GHz standard AD9363 range; extended 70MHz–6GHz range available through AD9361-compatible software configuration
- Signal Bandwidth: 200kHz–20MHz standard AD9363 bandwidth; up to 56MHz in AD9361-compatible software configuration
- RF Channels: 2TX / 2RX MIMO
- FPGA / SoC: Xilinx Zynq-7010
- Processor: Dual-core ARM Cortex-A9, up to 667MHz
- Logic Resources: 28K logic cells
- DDR3 RAM: 512MB
- Flash Storage: 32MB
- Extended Storage: Micro SD card interface
- Network Port: Gigabit Ethernet
- USB Port: USB 2.0 OTG with USB-JTAG support
- Power Input: 5V / 2A
- Reference Clock: 40MHz 0.5ppm TCXO
- Software Compatibility: MATLAB, Simulink, GNU Radio, ADI ADALM-PLUTO firmware
- Material: Metal enclosure
Instruction Tips
Please note that all I/O levels are 1.8V.
- When using the official ADI-PlutoSDR firmware, connect to URST-MIO52.
- When using Pluto+ firmware with Ethernet support, connect URST-MIO46.
- When booting from an SD card, connect SD-H to 1.8V.
- When debugging via JTAG, connect JTAG# to GND.
- When using an external reference clock input, connect EXCLK to GND.