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    Epiroc–Ericsson LTE and 5G in mines: network design notes for engineers

    June 8, 2026|

    Reviewed by Joe Ashwell

    First reported on International Mining – News

    30 Second Briefing

    Epiroc has signed a global agreement with Ericsson to distribute LTE and 5G private network technology through Epiroc customer centres for both underground and surface mines. The deal packages Ericsson’s industrial-grade radio, core network and edge solutions with Epiroc’s digital and automation portfolio, targeting applications such as real-time fleet monitoring, remote drilling and autonomous haulage. For engineers, the move signals wider availability of carrier-grade wireless backbones to replace or supplement leaky-feeder, Wi-Fi and wired networks in harsh mining environments.

    Technical Brief

    • Agreement is explicitly global, so Ericsson LTE/5G can be ordered via all Epiroc customer centres.
    • Scope covers both underground and surface mines, implying support for mixed-operation brownfield sites.
    • Epiroc positions connectivity as part of its digital solutions stack, not a standalone telecom add-on.

    Our Take

    Across recent coverage, Epiroc’s push into autonomous haulage (Heidelberg Materials order) and expanded Deep Automation portfolio suggests that embedding Ericsson LTE/5G directly into its customer-centre offer is aimed at securing the communications backbone these automation platforms depend on.

    The new LTE/5G arrangement complements Epiroc’s build-out of regional automation and electrical support hubs, such as the RCT–Powered by Epiroc and JTMEC co-location in Orange, indicating a strategy to bundle connectivity, control systems and power infrastructure as a single technology stack for mines and quarries.

    Within our 1,184 mining stories and 2,288 tag-matched ‘Projects/Product’ pieces, Epiroc stands out for rapidly stitching together digital planning (OreInventory, Mobilaris), autonomy, and now telecoms-grade connectivity, positioning it as a systems integrator rather than just an equipment OEM.

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    Prepared by collating external sources, AI-assisted tools, and Geomechanics.io’s proprietary mining database, then reviewed for technical accuracy & edited by our geotechnical team.

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