Mid-band Propagation Measurements in Industrial Environments

Juha-Matti Runtti; Usman Virk; Pekka Kyosti; Lassi Hentil; Jukka Kyrolainen; Fengchun Zhang

Mid-band Propagation Measurements in Industrial Environments

Signal Processing 2025-03-14 v1

Authors: Juha-Matti Runtti , Usman Virk , Pekka Kyosti , Lassi Hentil , Jukka Kyrolainen , Fengchun Zhang

Abstract

6G radio access architecture is envisioned to contain a network of short-range in-X subnetworks with enhanced capabilities to provide efficient and reliable wireless connectivity. Short-range communications in industrial environments are actively researched at the so-called mid-bands or FR3, e.g., in the EU SNS JU 6G-SHINE project. In this paper, we analyze omni-directional radio channel measurements at 10--12 GHz frequency band to estimate large-scale channel characteristics including power-delay profile, delay spread, K-factor, and pathloss for 254 radio links measured in the Industrial Production Lab at Aalborg University, Denmark. Moreover, we perform a comparison of estimated parameters with those of the 3GPP Indoor Factory channel model.

Keywords

mid-band propagation industrial environments radio channel measurements power-delay profile delay spread K-factor pathloss 3GPP Indoor Factory channel model

Cite

@article{arxiv.2503.10046,
  title  = {Mid-band Propagation Measurements in Industrial Environments},
  author = {Juha-Matti Runtti and Usman Virk and Pekka Kyosti and Lassi Hentil and Jukka Kyrolainen and Fengchun Zhang},
  journal= {arXiv preprint arXiv:2503.10046},
  year   = {2025}
}

Mid-band Propagation Measurements in Industrial Environments

Abstract

Keywords

Cite

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