Wireless Engineering
Engineering notes, deployment guides, and field stories on RFID, antennas, inlays, and inventory systems for manufacturing, logistics, and retail.
Wireless EngineeringThe Ultimate UWB Module Comparison: Prices, Specs, and Use CasesChoosing the right UWB module is critical for ensuring pinpoint accuracy and reliable performance in your enterprise tracking and automation systems. To simplify your procurement process, Nextwaves Industries has created a comprehensive breakdown of the market's top options, comparing their prices, technical specs, and ideal use cases. Dive into our ultimate guide to discover which UWB hardware will deliver the best results and ROI for your specific industrial applications.10 min read
Wireless EngineeringUnderstanding S11: The Key to Optimizing UHF RFID Antenna PerformanceAchieving peak efficiency in your wireless deployments begins with a deep dive into s11 in antenna metrics, the fundamental measure of signal reflection and power transfer. By accurately evaluating s11 in uhf rfid antenna systems and understanding the critical nuances between real life s11 and simulation, engineers can significantly reduce energy loss and maximize the read range of their industrial RFID infrastructure.11 min read
Wireless EngineeringRFID RTLS vs. Bluetooth Beacons: Choosing the Right Tracking Technology for 2025As organizations look toward 2025, selecting the ideal asset tracking solution requires a strategic evaluation of the trade-offs between RFID RTLS and Bluetooth beacons regarding both price and performance. While emerging technologies like UWB offer high-precision alternatives, understanding the core functional differences between traditional RFID RTLS and bluetooth connectivity is essential for optimizing your facility's operational visibility and long-term ROI.13 min read
Wireless EngineeringPrecision Indoors: Finding the Most Accurate Positioning System for Large VenuesLarge venues need indoor positioning that combines accuracy with practical deployment and operation. Ultra-Wideband (UWB) offers high precision, while Bluetooth Angle of Arrival (AoA) offers a lower-cost alternative. This comparison looks at UWB, Bluetooth AoA, and standard Bluetooth beacons to help determine whether a Bluetooth-enabled mobile app is enough for a facility.9 min read
Wireless EngineeringUHF RFID Antenna Selection: Polarization, Gain, and DurabilitySelecting the right UHF RFID antenna determines your system's read rate and reliability. The wrong choice leads to missed tags, wasted investment, and operational delays.6 min read
Wireless EngineeringStarlink: Antenna Engineering Challenges & Decoding Global Internet AmbitionsIn the history of technology, few projects have been as monumental and controversial as SpaceX's Starlink. This is not just a satellite internet service; it is an extraordinary engineering effort aimed at providing low-latency, broadband internet coverage to every corner of the planet. With over 9,400 satellites operating in Low Earth Orbit (LEO) as of January 2026, Starlink has become the largest artificial constellation ever created by humans, accounting for more than 65% of all active satellites. This project is a testament to the power of systems thinking, vertical integration, and perseverance in solving the most complex technical challenges.29 min read
Wireless EngineeringA Comprehensive Comparison of Tracking Technologies: GPS, RFID, UWB, and BluetoothThis comprehensive guide is designed to be your definitive resource for understanding the four most prominent players in the asset tracking arena: the Global Positioning System (GPS), Radio Frequency Identification (RFID), Ultra-Wideband (UWB), and Bluetooth Low Energy (BLE)50 min read
Wireless EngineeringMastering the Invisible: Nextwaves' Expertise in Far Field and Near Field Antenna Design for the RFID RevolutionBy designing antennas that perfectly match the required read zone and coupling mechanism-whether it'3 min read