Sep 26, 2026
Sep 12, 2026
Complete AD9361 SPI debugging guide. Covers 10-bit vs 16-bit address modes, CS timing, clock polarity, Zynq PS driver code, initialization sequence, and troubleshooting for cp ovrg high, RX PLL unlock,...
Don't Be Fooled by Its Size: Receiving FM Broadcast and ADS-B Aircraft Signals with PlutoSDR Step-by-step guide to receiving FM broadcast and ADS-B aircraft signals with PlutoSDR. Covers driver installation,...
Configuring ADRV9009 for 245.76 MHz Clock: Step-by-Step Guide Learn how to modify ADRV9009 reference code to run at 245.76 MHz device clock instead of the default 122.88 MHz. Covers custom...
Avoid common pitfalls in USRP X310 hardware setup. This guide covers ESD protection, network configuration, IP planning, UHD driver installation, firmware recovery, and performance tuning for reliable SDR operation.
ADRV9009 vs AD9371: Multi-Channel Synchronization – Selection Guide Compare ADRV9009 and AD9371 for multi-channel synchronization: architecture differences, system complexity, phase coherence, decision framework, and real-world pitfalls for MIMO, phased array,...
Real-world migration experience from AD9361 to ADRV9009 on ZCU102. Covers hardware architecture differences, No-OS project structure, JESD204B configuration pitfalls, RF performance optimization, and production testing insights.
Compare fmcomms2, fmcomms5, fmcomms8, and fmcomms11 evaluation boards for AD9361/ADRV9009-based SDR development. Hardware architecture, digital interfaces, software support, and a decision tree for 2×2 MIMO, 4×4 MIMO, and wideband systems.
Compare AD9371 and ADRV9009 for 5G RF front-end design. Bandwidth, TDD/FDD support, reference design cost, software toolchain maturity, and a practical decision framework to avoid common pitfalls.
Compare Zero-IF and superheterodyne architectures across 5 key metrics with ADRV9009 test data. Understand cost, power consumption, calibration complexity, and cascading effects to make the right SDR architecture choice for...
Master advanced RF-ADC techniques on RFSoC: multi-band reception with a single ADC, Nyquist zone sampling beyond Fs/2, and joint multi-band + Nyquist zone configuration. Practical examples for satellite, 5G, and...
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