PZSDR-P159 SDR Software Defined Radio Board ZU15EG ADRV9009 FMCOMMS 75MHz-6GHz 2T2R RF Signal Acquisition

* PZSDR-P159 (ZU15EG+ADRV9009)

* PZSDR Software Defined Radio

* High Bandwidth, High Power, and High Sensitivity

* Supports TDD/FDD/MIMO

* Supports Signal Detection/Storage

* Provides Host Software

* Supports Custom Development

PZSDR-P159 Industrial SDR: Wideband RF Performance with Phase-Coherent Architecture

* With up to 200MHz receive bandwidth and 450MHz transmit bandwidth, one PZSDR-P159 can handle wideband signal acquisition and generation without requiring multiple narrow-band SDR platforms.

Industrial-Grade Wide Temperature Operation

* Operating Temperature: -40°C to +85°C

* Designed for demanding industrial and outdoor environments

* Suitable for outdoor communication equipment, monitoring systems, radar systems, and other applications requiring extended temperature operation

Wideband Receive: Up to 200MHz

* The 200MHz instantaneous receive bandwidth enables wideband signal acquisition, including high-speed frequency-hopping and burst signals.

Wideband Transmit: Up to 450MHz

* The 450MHz transmit bandwidth supports direct generation of wideband RF waveforms, including radar pulses and linear frequency-modulated (LFM) signals.

High-Output RF Performance

* Output Power: 22dBm

* Maximum Transmit Power: 25dBm

* High linearity for wideband modulated signals

* Helps maintain controlled EVM in demanding RF applications

* Reduces the need for an external power amplifier in some high-loss cable or antenna configurations

ZU15EG + Dual 4GB DDR4 + NVMe: Acquisition, Storage and Processing in One Platform

The PZSDR-P159 integrates the RF front end, FPGA processing, memory and storage into a single hardware platform.

* Zynq UltraScale+ MPSoC XCZU15EG

* Quad-Core Cortex-A53

* Dual-Core Cortex-R5F

* 4GB PS DDR4 + 4GB PL DDR4

* 32GB eMMC

* NVMe SSD interface

* 10G SFP+ high-speed interface

Seamless Integration with the ADI Open Software Ecosystem

* The PZSDR-P159 is designed to reduce development time by providing a software environment compatible with the ADI ecosystem.

Initial Code and Firmware

* Bare-metal test code templates

* ADRV9009-compatible firmware

* Interfaces designed to maintain compatibility with the ADI software workflow

ADI IIO Ecosystem

* The PZSDR-P159 can work with ADI IIO-oscilloscope and related host-side tools for signal visualization, spectrum monitoring and RF parameter adjustment.

libiio Development Support

* Host-side acquisition and processing applications can be developed based on libiio, with interface documentation provided for secondary development and system integration.

Complete Software Resources

* Software support covers the development chain from low-level hardware testing and firmware to host-side applications, helping developers move from hardware bring-up to application development more efficiently.

* ADRV9009

* 2T2R

* 75MHz-6GHz

* TX Bandwidth: Up to 450MHz

* RX Bandwidth: Up to 200MHz

* 22dBm

* 10G SFP+

* 16-bit/14-bit

* GPS/BeiDou

* NVMe

200MHz Bandwidth, Six Broadband Application Scenarios

* Broadband Spectrum Full-Band Recording and Playback

* Weak Signal & Dynamic Range Measurement-Grade Research

* Broadband Radar Signal Simulation & Signal Simulation Generation

* 5G NR Wide Carrier Physical Layer Verification

* Frequency Agility & Cognitive Radio Experiments

* Laboratory Flagship Broadband Transceiver Platform

* Industrial Automation

* Outdoor Communication Base Stations

* Power Grid Monitoring

* Transportation Monitoring

* Phased-Array Radar

* Spectrum Monitoring

* Processor Architecture Type: FPGA, For ARM + FPGA

* Expansion Slot Types: USB, 40-Pin GPIO, and GPIO

* Typical Application Domains: General Industry and Industrial

* Network & Interface Configuration: USB 3.0 Network Interface, Gigabit Ethernet (1Gbps), UART, and I/O

* Signal Bandwidth: TX 450MHz, RX 200MHz

* Bit Width: ADC 16-bit, DAC 14-bit

* DDR4: 4GB on PS side, 4GB on PL side

* Power Amplification: Both TX and RX support full-bandwidth, highly linear 22dBm

* Operating Temperature: -40°C to 85°C

* Model: PZSDR-P159

* RF Transceiver: ADRV9009BBCZ

* Frequency Range: 75MHz-6GHz

* Bit Width: ADC 16bit, DAC 14bit

* Signal Bandwidth: TX 450MHz, RX 200MHz

* Power Amplifier: Both TX and RX support full-bandwidth high linearity 22dBm (Max transmit power 25dBm)

* Processor: XCZU15EG-2FFVB1156I

* Core Clock Speed: Quad-core Cortex-A53 for ARM (1.333GHz), Dual-core Cortex-R5F for ARM (533MHz)

* DDR4: PS side 4GB, PL side 4GB

* QSPI FLASH: 256Mb+256Mb

* EMMC: 32GB, stores startup files and user files

* RF Clock: 1-channel output, 1-channel input

* USB3.0: 1 channel

* Gigabit Ethernet: 1 channel

* Mini DP: 1 channel

* SSD (NVMe): 1 channel

* UART: 1 channel

* JTAG: 1 channel

* SD Card: 1 channel

* GPS: 1 channel

* Extended IO Quantity: 32

* Power Supply: 12V/3A

* Operating Temperature: -40°C to 85°C

* Dimensions: Board: 160x100mm, Enclosure: 170x110mm   

* 1 x Board

* 1 x Enclosure

* 1 x 12V/3A Power Adapter

* 1 x GPS Antenna

* 1 x Type-C Cable

* 8 x Adapter Cables

* 1 x Gigabit Ethernet Cable

* 4 x Dual-Band Rubber Antennas (2.4GHz/5.8GHz)

* 2 x Spring Antennas (100MHz-6GHz)

* 1 x 32GB SD Card

* 1 x SD Card Reader

* Package weight: 1.6kg