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SDRstore RF Editorial Team

The SDRstore RF Editorial Team creates practical, research-focused content about software-defined radio, RF electronics, wireless communications, antennas, test and measurement equipment, and related technologies.

Our articles include SDR setup guides, product comparisons, RF measurement tutorials, software guides, troubleshooting resources, laboratory hardware recommendations, and coverage of emerging technologies including 5G, 6G, GNSS, MIMO, spectrum monitoring, and wireless security research.

We aim to make complex RF topics easier to understand while providing useful technical information for radio enthusiasts, engineers, researchers, universities, laboratories, cybersecurity teams, and organizations building wireless systems.

Technical specifications and product capabilities are checked against manufacturer documentation and other authoritative sources where applicable. Product comparisons and buying guides focus on practical differences such as frequency coverage, bandwidth, RF performance, interfaces, software compatibility, synchronization, and intended applications.

SDRstore.eu specializes in software-defined radio and RF hardware, including SDR receivers and transceivers, spectrum analyzers, VNAs, antennas, RF accessories, FPGA development hardware, wireless research tools, and laboratory equipment.
06/12/2026

USRP B210 Alternatives: Lower-Cost SDR Boards for Universities and RF Labs

USRP B210 is one of the most widely recognized software-defined radio platforms for university laboratories, wireless-communications courses, GNU Radio development, private 5G testbeds, and RF research. Its compact USB-powered design, integrated AD9361 RF...
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06/12/2026

SDR for Cybersecurity Research: Hardware for Authorized Wireless Security Testing

Software-defined radio has become an important part of modern cybersecurity research because many security assessments now extend beyond traditional Ethernet and Wi-Fi networks. Organizations increasingly depend on wireless sensors, access-control systems,...
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06/12/2026

RF Cybersecurity Lab Equipment Checklist: SDRs, Spectrum Analyzers, VNAs, Antennas, and Attenuators

Building an RF cybersecurity laboratory requires more than buying a software-defined radio and installing a waterfall application. A useful wireless-security lab combines receivers, transmit-capable SDR platforms, RF measurement instruments, antennas,...
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06/12/2026

Wireless Security Testing Tools: WiFi, BLE, RFID, NFC, Sub-GHz, and SDR Hardware

Wireless-security testing is no longer limited to Wi-Fi passwords and office access points. Modern businesses rely on Bluetooth Low Energy sensors, RFID badges, NFC credentials, Sub-GHz remote controls, IoT devices, telemetry links, private wireless...
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06/12/2026

BLE Security Testing Tools: Bluetooth Low Energy Monitoring for Authorized Audits

Bluetooth Low Energy is embedded in a growing number of business and consumer products, including sensors, smart locks, access-control readers, medical-style wearables, beacons, asset trackers, mobile accessories, industrial devices, and IoT systems. As...
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06/12/2026

bladeRF 2.0 micro xA4 vs xA9: Which SDR Should You Buy?

Nuand bladeRF 2.0 micro is a compact USB 3.0 software-defined radio platform designed for wireless research, GNU Radio projects, custom waveform development, FPGA experimentation, and 2×2 MIMO applications. Buyers commonly face one important decision:...
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06/11/2026

SDR Hardware for Universities: Beginner, Intermediate, and Advanced Lab Setups

Updated: June 2026. This guide compares beginner, intermediate, and advanced software-defined radio hardware setups for universities, engineering departments, telecom laboratories, cybersecurity teams, and wireless-research institutes....
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06/11/2026

AD9361 vs AD9363 SDR Boards: Bandwidth, MIMO, Use Cases, and Buyer Advice

Updated: June 2026. This guide compares AD9361 and AD9363 SDR boards for bandwidth, tuning range, MIMO, transmit and receive channels, PlutoSDR-style devices, USRP B210, GNU Radio, OpenAirInterface, srsRAN, university labs, wireless research, and...
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06/09/2026

Best SDR for Shortwave Listening in 2026

Updated: June 2026. This guide compares the best SDR receivers, antennas, software, and remote-listening options for shortwave radio, HF amateur bands, international broadcasts, digital modes, portable listening, and browser-based monitoring....
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06/09/2026

Do You Need an LNA for SDR? When It Helps and When It Makes Signals Worse

Updated: June 2026. This guide explains when a low-noise amplifier improves SDR reception, when it causes overload and intermodulation, where it should be installed, how filters change the result, and how to choose an LNA for RTL-SDR, ADS-B,...
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06/09/2026

TinySA Ultra Setup Guide: Spectrum Scanning, Signal Generator, LNA, and Attenuator

Updated: June 2026. This TinySA Ultra setup guide explains first-use calibration, spectrum scanning, frequency settings, markers, resolution bandwidth, waterfall display, the built-in LNA, internal and external attenuation, signal-generator mode, safe...
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06/09/2026

Best Antenna Analyzer for Ham Radio: NanoVNA, RigExpert, and Other Options Compared

Updated: June 2026. This guide compares the best antenna analyzers for ham radio, including NanoVNA-H4, NanoVNA-F V3, LiteVNA-64, RigExpert AA and Stick models, Comet CAA-500 Mark II, and other portable RF tools for SWR, impedance, Smith Chart, cable,...
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06/09/2026

Best SDR for 5G Research: USRP B210, X310, X410, and Lower-Cost Alternatives

Updated: June 2026. This guide compares the best software-defined radio platforms for 5G research, including USRP B210, USRP X310, USRP X410, LibreSDR B210 and B220 Mini, MicroPhase ANTSDR U220 and E316, bladeRF 2.0 micro, PLUTO+ SDR, and other...
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06/09/2026

USRP B210 for srsRAN and OpenAirInterface: What Researchers Need to Know

Updated: June 2026. This guide explains how researchers can use USRP B210 with srsRAN Project, OpenAirInterface, Open5GS, commercial 5G SA devices, programmable test SIM cards, OAI nrUE, GNU Radio, UHD, external reference clocks, cabled RF paths,...
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06/09/2026

USRP B210 vs X310: Which SDR Should a Research Lab Buy?

Updated: June 2026. This guide compares USRP B210 and USRP X310 for wireless research laboratories, universities, 5G NR, srsRAN, OpenAirInterface, GNU Radio, MIMO, handover, FPGA development, synchronization, private-network testbeds, and long-term...
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06/09/2026

OpenAirInterface vs srsRAN: Which Open-Source 5G Stack Is Better for Your SDR Lab?

Updated: June 2026. This guide compares OpenAirInterface and srsRAN for software-defined radio laboratories, 5G standalone networks, USRP B210 and X310 hardware, Open5GS, OAI Core, commercial user equipment, O-RAN, CU-DU splits, radio units, RF...
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06/09/2026

How to Build a University SDR Lab: Hardware Checklist for Teaching and Research

Updated: June 2026. This guide explains how to build a university SDR lab for teaching and research, with a practical equipment checklist covering RTL-SDR, PlutoSDR-style hardware, USRP B210, USRP X310, USRP X410, bladeRF, LimeSDR, KrakenSDR, Web-888,...
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06/08/2026

Meshtastic vs MeshCore: Which Off-Grid LoRa Mesh Network Should You Use?

Updated: June 2026. This comparison explains the current differences between Meshtastic and MeshCore for off-grid LoRa messaging, repeaters, channels, routing, hardware, and beginner setups. Meshtastic and MeshCore are two of the most...
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06/08/2026

RFID vs NFC: Frequencies, Range, Tags, Readers, and Security Explained

RFID and NFC are often mentioned together, but they are not interchangeable terms. Both technologies use radio signals to identify, read, or exchange data with nearby tags and devices. However, their typical frequencies, read ranges, hardware, use...
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06/08/2026

Meshtastic Range Guide: How Far Can LoRa Mesh Nodes Really Reach?

Updated: June 2026. This guide explains realistic Meshtastic range, record distances, antennas, terrain, LoRa presets, repeaters, Site Planner predictions, and real-world range testing. How far can Meshtastic reach? The honest answer is...
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