PlutoSky R2 Zynq-7020 AD9363 PlutoSDR Software Defined Radio Without PA
We offer free shipping for orders over 415 EUR. Free shipping also applies to products marked with the Free Shipping sticker, even if the order total is below this amount. Availability and delivery times may vary depending on your country.
- Order Protection: If your order is lost, we guarantee a replacement or a refund. Terms apply.
- Easy Returns: Enjoy a simple and hassle-free return process.
- Flexible Payments: Choose from multiple secure payment options that fit your needs.
- Best Prices: Get the best value on all our products.
The PlutoSky R2 Zynq-7020 AD9363 is an upgraded PlutoSDR-compatible software-defined radio platform designed for RF development, signal analysis, FPGA experimentation, and high-speed data transmission. This version is equipped with the AD9363 RF transceiver and is supplied without a power amplifier.
Compared with earlier PlutoSky versions, the PlutoSky R2 introduces a more capable XC7Z020-2CLG484I processor, hardware-based clock calibration, external clock support, a PL-side Gigabit Ethernet interface, and additional expansion possibilities for advanced SDR projects.
Important Version Information
- RF transceiver: AD9363BBCZ
- Power amplifier: not included
- SKU configuration: PlutoSky R2 AD9363 without PA
- LO frequency range: 70MHz to 6GHz with firmware modification
- Bandwidth: 200kHz to 20MHz
Upgraded Zynq-7020 Hardware
The PlutoSky R2 uses the XC7Z020-2CLG484I chip, replacing the previous XC7Z020-2CLG400I version. It retains the Zynq-7020 core resources while providing more usable external I/O connections for development, expansion, and custom FPGA-based applications.
Hardware-Based Clock Calibration
A 10MHz reference clock input has been added to calibrate and lock the onboard 40MHz crystal oscillator. The synchronization system is implemented through hardware, offering a practical solution for applications that require improved clock stability.
The board also supports an external 40MHz clock input. Depending on the firmware boot mode, switching between the onboard and external clock can be configured using a jumper cap or GPIO control.
PL-Side Gigabit Ethernet Interface
The Ethernet port is connected to the programmable logic side of the FPGA rather than the traditional processor-system side. This allows developers to use FPGA logic resources directly for data transmission without relying entirely on the ARM cores, making the board suitable for custom data-processing workflows and transparent high-speed transmission projects.
Dual Firmware Boot Options
Two firmware configurations are pre-installed at the factory:
- The SD card firmware uses Tezuka firmware compatible with PlutoSky R2 and designed to receive future feature updates.
- The onboard flash firmware uses a modified ADALM-PlutoSDR-compatible firmware configuration.
Key Features
- AD9363BBCZ RF transceiver
- XC7Z020-2CLG484I Zynq-7020 processor
- 70MHz to 6GHz LO frequency range with firmware modification
- 200kHz to 20MHz bandwidth
- 2T2R full-duplex RF interface
- 1GB DDR3 memory
- 32MB flash memory
- 10/100/1000Mbps PL-side Ethernet interface
- USB Type-C interface for USB 2.0 connectivity
- USB Type-C UART and JTAG interface
- SD card slot for PS boot mode
- 10MHz reference clock input for onboard oscillator calibration
- External 40MHz clock input support
- GPIO-controlled internal or external clock switching
- 19 external 1.8V I/O connections
- IPEX clock and local oscillator connectors
- USB, JTAG, and pin-header power supply options
- Compact CNC enclosure measuring approximately 96 × 64mm
Designed for SDR Development and FPGA Projects
The PlutoSky R2 is suitable for users who need a PlutoSDR-compatible development platform with expanded FPGA resources, full-duplex RF operation, Gigabit Ethernet connectivity, external clock options, and flexible firmware boot modes. Typical applications include RF experimentation, signal processing research, spectrum analysis, custom firmware development, and FPGA-based data transmission.
Frequently Asked Questions
Does the PlutoSky R2 support PPS input?
The board does not support PPS calibration of the onboard clock. When using the onboard 40MHz oscillator, the clock can be calibrated using a 10MHz reference input.
What are the three internal IPEX connectors used for?
The three internal IPEX connectors are used for the 40MHz clock input, TX local oscillator, and RX local oscillator.
Can the PlutoSky R2 switch between internal and external clocks?
Yes. PlutoSky R2 supports switching between the onboard 40MHz clock and an external 40MHz clock. The available switching method depends on the firmware boot mode and can use a jumper cap or GPIO control.
Does this PlutoSky R2 version include a power amplifier?
No. This AD9363 version is supplied without a power amplifier. Please select the appropriate SKU if an integrated PA version is required.
No questions yet
No reviews found
