UWB Module Articles

How Far Apart Should UWB Anchors Be? A Warehouse and Factory Layout Guide

Technical guide explaining how to determine UWB anchor spacing for warehouse and factory positioning systems, covering TDoA vs TWR architectures, anchor geometry, installation, and acceptance metrics.

Published: Oct 31, 2026 | Updated: Oct 21, 2026 | Author: NiceRF Team

How to Select an Industrial-Grade UWB Module: From High-Precision Positioning to Long-Range Data Communication—Understanding UWB650Pro

This article provides a technical guide to selecting an industrial-grade UWB module, focusing on the UWB650Pro. It covers integrated ranging, positioning, and data communication, system-level validation, serial interface and pin resources, application directions, and comparison with UWB650.

Published: Sep 03, 2026 | Updated: Sep 03, 2026 | Author: NiceRF Team

Calibrated but Still Inaccurate: Where UWB Ranging Errors Come From

Technical article explaining why UWB ranging can remain inaccurate after calibration, covering antenna delay, multipath, NLOS, and troubleshooting steps.

Published: Aug 28, 2026 | Updated: Aug 28, 2026 | Author: NiceRF Team

UWB Ranging Principles: How TWR, TDoA, and AoA Differ

Technical comparison of UWB positioning methods TWR, TDoA, and AoA, focusing on error sources, synchronization, and protocol selection.

Published: Aug 12, 2026 | Updated: Oct 27, 2026 | Author: NiceRF Team

Which UWB High-Precision Positioning and Long-Range Ranging Module is the Best?

Comparison of G-NiceRF UWB modules for high-precision positioning and long-range ranging, including UWB650, UWB650Pro, UWB653Pro, UWB3000F27, and UWB3000F00-X1.

Published: Aug 12, 2026 | Updated: Aug 12, 2026 | Author: NiceRF Team

What Technical Solutions Are Used for Underground Personnel Positioning and Ranging in Mines? Analysis of UWB High-Precision Positioning

Analysis of UWB high-precision positioning for underground mine personnel and vehicle tracking, covering technical principles, system architecture, algorithm selection (TWR/TDoA), and hardware module selection.

Published: Jul 27, 2026 | Updated: Jul 27, 2026 | Author: NiceRF Team

How On-Board Antennas and 5 mm Clearance Affect Deployment Success

UWB module integration challenges: on-board antenna benefits, 5 mm clearance impact on ranging stability, edge placement importance, and separate bare-board vs. complete-device testing.

Published: Jul 17, 2026 | Updated: Jul 17, 2026 | Author: NiceRF Team

Essential Knowledge and Practical Reference for Purchasing Wireless Communication Modules

A comprehensive guide covering industry trends, module categories (LoRa, UWB, DMR), selection considerations, and technical verification for wireless communication module procurement.

Published: Jul 17, 2026 | Updated: Jul 17, 2026 | Author: NiceRF Team

Comprehensive Capabilities and Partnership Reference: Wireless Communication Module Industry Analysis

NiceRF, founded in 2011, offers industrial-grade wireless modules including LoRa, UWB, DMR, and RF transceivers. With 15+ years of experience, 8 patents, and certifications (CE, FCC, IC, TELEC, SRRC), the company provides full-lifecycle services and custom solutions for IoT, smart cities, and emergency communications.

Published: Jul 17, 2026 | Updated: Jul 17, 2026 | Author: NiceRF Team

Comparison of Industrial IoT Wireless Communication Technologies: Distance and Power Consumption Analysis of LoRa, FSK, and UWB

Compare LoRa, FSK, and UWB for IIoT: distance, power consumption, data rate, and positioning. Includes NiceRF module examples for selection guidance.

Published: Jul 17, 2026 | Updated: Jul 17, 2026 | Author: NiceRF Team