PZSDR P401 SDR 70MHz-6GHz AD9361 2T2R XCZU4EV FPGA Development Board FMCOMMS3 2GB+1GB DDR4

* P401: XCZU4EV + AD9361

* P501: XCZU5EV + AD9361

* PZSDR Software Defined Radio

* Supports TDD, FDD and MIMO

* Supports Signal Detection and Storage

* Provides Host PC Software

* Supports Custom Development

* 4xA53 1.3GHz + 2xR5 533MHz

* Linux protocol stack, host PC services, and hard real-time control run on a single chip

* Systems that could not fit on the previous generation dual-core A9 can now fit on this generation

* Higher frequency for timing closure, running the same algorithms faster

* GTH high-speed transceivers support intra-board and inter-board links

* 192K/256K logic cells, DSP slices 728/1248

* PS 2GB + PL 1GB DDR4

* 8GB EMMC for storing projects and SSD slot for raw IQ data

* Upgraded from DDR3 to DDR4, data transfer speeds now match algorithmic demands

* SFP 10G optical port for real-time backhaul to host or storage array

* USB 3.0 direct desktop connection, Gigabit Ethernet for system networking

* 56MHz 2T2R full bandwidth data will not be bottlenecked

* AD9361 70MHz-6GHz, 2T2R, Power Amplifier 22dBm

* Onboard GPS + PPS/10M External Synchronization

* 12-36V Wide Input Voltage, -40 to 85°C Operating Temperature, Full-Interface ESD Protection

* ADI-NOOS bare-metal code, FMCOMMS3 compatible firmware, OpenWifi test firmware included

* Full support for libiio, ADI IIO-oscilloscope, and host PC acquisition and processing software

* Full System Real-Time Protocol Stack: Linux + Baseband on Single Chip

* High-Frequency Digital Signal Processing: UltraScale+ Timing Advantage

* Hard Real-Time Control Integration: R5 Dual-Core Lockstep

* Broadband Long-Duration Recording: 10G + SSD Data Storage

* Multi-Node Synchronization System: GPS/PPS + Optical Networking

* High-End Field Nodes: Wide-Voltage Wide-Temperature Productization

* When the bottleneck shifts from RF and PL Resources to CPU & System, the answer lies in UltraScale+

* Operating Temperature: -40°C to 85°C (Extreme Cold & Heat, Outdoor Enclosures)   

* Stability & Lifespan: Designed for 7x24 continuous operation scenarios, with high MTBF (Mean Time Between Failures)   

* Anti-Interference Capability: Electromagnetic Interference (EMI) Resistance, Full-Interface ESD Protection + RF Shielding   

* Price & Cost: Higher price, due to high component costs for wide temperature ranges and rigorous testing   

* Common Applications: Industrial Automation, Outdoor Telecom Base Stations, Power Monitoring, Traffic Monitoring, Phased Array Radar, and Spectrum Monitoring

* ADI-NOOS Bare-Metal Test Code

* ADI-FMCOMMS3 Compatible Firmware

* OpenWifi Test Firmware

* ADI-IIO-USB3.0(NCM-3.75G)-EMMC Test Firmware

* ADI IIO-oscilloscope

* Spectrum Analyzer Host PC Software

* libiio   

* ADI IIO-oscilloscope

* Host PC Acquisition & Processing Software

* Industry Certification: Industrial Grade

* Processor Architecture: For ARM + FPGA

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

* Typical Applications: Embedded Hardware, IoT, Energy and Environmental Monitoring, 51 MCU Learning, and Consumer Electronics

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

* Expansion Module Compatibility: Multi-Platform Compatibility

* Frequency Range: 70MHz-6GHz

* Signal Bandwidth: 200kHz-56MHz

* DDR4 Memory: 2GB on the PS Side, 1GB on the PL Side

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

* Power Supply: Ultra-Wide Input Voltage Range of 12-36V (50V Maximum Limit)

* 1 x Board

* 1 x Enclosure

* 1 x 12V/3A Power Adapter

* 1 x GPS Antenna

* 1 x Type-C Cable

* 1 x USB 3.0 Cable with Two Male Plugs

* 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: 0.9kg