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PlutoSky P1 AD9363 ZYNQ7010 Fully Compatible with ADALM-PLUTO Firmware, Software & Ecosystem

Name: PlutoSky P1 AD9363 ZYNQ7010 Fully Compatible with ADALM-PLUTO Firmware, Software & Ecosystem
Brand: OpenSourceSDRLab
Price: 140 USD
Availability: InStock

$140.00

1. FULLY COMPATIBLE WITH ADALM-PLUTO FIRMWARE & SOFTWARE ECOSYSTEM

PlutoSky-P1 is fully compatible with the original PlutoSDR firmware, drivers, and software environment. Users can directly run existing PlutoSDR applications, FPGA images, Linux firmware, MATLAB/Simulink workflows, and GNU Radio projects without changing their development process.

2. POWERFUL SDR PLATFORM WITH AD9363 RF TRANSCEIVER & ZYNQ7010 FPGA

Built with the AD9363 RF transceiver and Xilinx Zynq-7010 FPGA, PlutoSDR-P1 delivers a flexible software defined radio platform for wireless communication research, RF experimentation, signal processing, and custom SDR development.

3. PLUG-AND-PLAY REPLACEMENT FOR PLUTOSDR PROJECTS

Designed as a PlutoSDR-compatible hardware platform, PlutoSDR-P1 supports existing PlutoSDR tools, examples, and community resources. Easily migrate your current SDR projects while enjoying a robust hardware design optimized for development and experimentation.

4. OPEN SOURCE SDR DEVELOPMENT PLATFORM

Access a rich open-source SDR ecosystem with support for GNU Radio, MATLAB/Simulink, Python-based workflows, and FPGA customization. Ideal for engineers, researchers, students, and makers developing next-generation wireless applications.

5. VERSATILE RF APPLICATIONS FROM EDUCATION TO RESEARCH

Covering a broad range of SDR applications including spectrum analysis, amateur radio, IoT research, wireless protocol development, satellite communication experiments, and advanced RF algorithm testing. PlutoSDR-P1 provides a compact and powerful solution for both learning and professional projects.

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Production Description

PlutoSky P1 is based on the official ADALM-PLUTO, designed for RF education, wireless prototyping, amateur radio, spectrum monitoring and signal algorithm development. The core components of PlutoSky P1 are all the same as ADALM-PLUTO (i.e., PlutoSDR), and it is fully compatible with the official analogdevicesinc/plutosdr-fw firmware. Built around the integrated AD9363 RF agile transceiver paired with Xilinx Zynq Z-7010 SoC (Dual ARM A9 + FPGA), PlutoSky P1 offers 2 receive channels and 2 transmit channels which can be operated in full duplex, capable of generating or measuring RF analog signals from 70 to 6000 MHz (after hacking the AD9363 to AD9361), at up to 61.44 Mega Samples per Second (MSPS) with a 20 MHz bandwidth. The PlutoSky P1 is entirely type C USB powered with the default firmware. With support for Windows, and Linux. Wide application scenarios include FM radio reception, ADS-B aircraft tracking, spectrum analysis, 2.4G WiFi signal testing, amateur satellite communication, simple cognitive radio prototyping and basic radar signal simulation.

Ultra-compact pocket-sized design with integrated protective plastic enclosure, lightweight & easy to carry

Native full-duplex 2TX+2RX independent channel, simultaneous transmit & receive support

Built-in Zynq Z-7010 FPGA + AD9363 high-performance RF chip, stable RF performance

Cross-platform USB 2.0 bus-powered, plug-and-play without external power adapter

Full open-source firmware, schematic

Native compatibility with MATLAB, Simulink, GNU Radio, GQRX, SDRangel and mainstream SDR applications

Low learning curve, ideal for university teaching and beginner SDR learning

Core Chips and Hardware Parameters

Hardware Component	Specific Model / Specification	Description
RF Transceiver	Analog Devices AD9363	Highly integrated RF agile transceiver, responsible for core RF signal transmission, reception, modulation, and demodulation.
Main SoC (FPGA)	Xilinx Zynq Z-7010 (Specific model: *XC7Z010*)	The core processing unit integrating an ARM processor system (PS) with an FPGA programmable logic (PL) array. (Full Part Number is XC7Z010-1CLG225C).
CPU Core	Single-core ARM Cortex-A9	Runs at 667 MHz, used to operate the embedded Linux system and handle USB communication.
FPGA Logic Cells	28,000 Logic Cells	Used for custom Digital Signal Processing (DSP) and high-speed logic acceleration.
DSP Slices	80	Provides hardware-level efficient digital signal processing capabilities.
RAM	512 MB (4 Gb) DDR3L	Provides sufficient system running memory and data buffering.
Flash Memory	32 MB (256 Mb) QSPI Flash	Used to store the U-Boot bootloader and the default Linux-based firmware.
USB Interface	USB 2.0 PHY (On-the-Go)	Micro-USB interface, supports data transfer and device cascading (e.g., external network adapters).
RF Interfaces	SMA Female (50 Ω)	Equipped with 1 independent Receive (Rx) and 1 Transmit (Tx) antenna connector.
Clock Oscillator	40 MHz	Provides the base reference clock for the AD9363 RF chip.

Features and Performance Specifications

Parameter	Specification	Additional Information
RF Coverage	70 MHz to 6000 MHz	Covers a large number of mainstream wireless communication bands.
Number of Channels	2 Tx + 2 Rx	Supports independent operation, allowing for half-duplex or full-duplex operation.
Instantaneous Bandwidth	Up to 20 MHz	Instantaneous processing bandwidth for complex I/Q signals.
ADC/DAC Sample Rate	65.2 kSPS to 61.44 MSPS	The sampling rate supports flexible configuration and adjustment.
Conversion Resolution	12 bits	The precision of both the ADC (Analog-to-Digital) and DAC (Digital-to-Analog) converters.
Frequency Accuracy	±25 ppm	The accuracy of the internal system clock.
Power Supply	4.5 V - 5.5 V DC input	Fully powered via the USB interface, requiring no additional power adapter.
Software Ecosystem	Cross-platform (Windows / Linux / macOS)	Supports MATLAB, Simulink, and GNU Radio; provides C/C++/C#/Python APIs based on libiio.

PlutoSky P1 AD9363 ZYNQ7010 Fully Compatible with ADALM-PLUTO Firmware, Software & Ecosystem

1. FULLY COMPATIBLE WITH ADALM-PLUTO FIRMWARE & SOFTWARE ECOSYSTEM

2. POWERFUL SDR PLATFORM WITH AD9363 RF TRANSCEIVER & ZYNQ7010 FPGA

3. PLUG-AND-PLAY REPLACEMENT FOR PLUTOSDR PROJECTS

4. OPEN SOURCE SDR DEVELOPMENT PLATFORM

5. VERSATILE RF APPLICATIONS FROM EDUCATION TO RESEARCH

Quantity:

Tutorial Blog

Github Repo:

Hardware Schematic file：

Tutorial Videos：

Features and Performance Specifications

Block Diagram

RF performance measurement and comparison

CUSTOMER REVIEWS

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PlutoSky P1 AD9363 ZYNQ7010 Fully Compatible with ADALM-PLUTO Firmware, Software & Ecosystem

1. FULLY COMPATIBLE WITH ADALM-PLUTO FIRMWARE & SOFTWARE ECOSYSTEM

2. POWERFUL SDR PLATFORM WITH AD9363 RF TRANSCEIVER & ZYNQ7010 FPGA

3. PLUG-AND-PLAY REPLACEMENT FOR PLUTOSDR PROJECTS

4. OPEN SOURCE SDR DEVELOPMENT PLATFORM

5. VERSATILE RF APPLICATIONS FROM EDUCATION TO RESEARCH

Quantity:

Tutorial Blog

Github Repo:

Hardware Schematic file：

Tutorial Videos：

Features and Performance Specifications

Block Diagram

RF performance measurement and comparison

CUSTOMER REVIEWS

You May Like

OpenSourceSDRLab High Performance 7100_2XAD9361 Board With Silver Shell

OpenSourceSDRLab New Version PlutoSky R2 7020 AD9363 and AD9361 for PlutoSDR Software Defined Radio

OpenSourceSDRLab PlutoSky 7020-SDR AD9361 AD9363 Aluminum Casing Excluding board

OpenSourceSDRLab New 7010-AD9363-MINI 70M-6GHz Development Board 35mm*50mm Small Size