Digital Enhanced Cordless Telecommunications 2020 New Radio (DECT-2020 NR) has garnered recognition as an alternative for cellular 5G technology in the internet of things industry. This paper presents a study centered around the analysis of the link distance performance in varying environments for DECT-2020 NR. The study extensively examines and analyzes received signal strength indicator and resulting path loss values in comparison with theoretical models, as well as packet success rates (SR) and signal-to-noise ratio against varying distances. The measurements show that with an SR of over 90%, an antenna height of 1.5 m, indoor link distances with a single device-to-device connection with 0 dBm transmission (TX) power can reach over 60 m in non-line-of-sight (NLOS) areas and up to 190 m in LOS areas with smaller -8 dBm TX power. Similarly, for outdoor use cases, link distances of over 600 m can be reached with +19 dBm TX power.

翻译：数字增强无绳通信2020新无线电（DECT-2020 NR）已在物联网行业中被认可为蜂窝5G技术的替代方案。本文围绕DECT-2020 NR在不同环境中的链路距离性能分析展开研究。该研究广泛考察并分析了接收信号强度指示器及相应的路径损耗值与理论模型的对比，以及分组成功率（SR）和信噪比随距离变化的情况。测量结果表明，在SR超过90%、天线高度为1.5 m的条件下，室内单设备到设备连接在0 dBm发射（TX）功率下，非视距（NLOS）区域的链路距离可达60 m以上；在视距（LOS）区域，使用更低的-8 dBm TX功率时，链路距离可达190 m。类似地，在室外应用场景中，使用+19 dBm TX功率可实现超过600 m的链路距离。