Chile Opens 60 MHz of 5G Spectrum for Industrial Private Networks

Chile allocates 60 MHz for industrial 5G

Chile's telecom regulator, Subtel, expanded the industrial private-network allocation in the 2.3 GHz band from 2,300–2,360 MHz, creating 60 MHz of spectrum reserved for private and industrial networks. The full 60 MHz is available for 5G or more spectrally efficient technologies; 4G deployments are capped at 40 MHz. Codelco, Chile's state-owned copper producer, is already implementing the expansion.

The move strengthens private-network alternatives to carrier-managed WANs, Wi-Fi 6/7, and industrial LTE. Mining and other asset-intensive companies can now plan higher-capacity private wireless networks without relying exclusively on public mobile-operator coverage. It also gives Ericsson, Nokia, and systems integrators a larger addressable spectrum block for mining, energy, ports, and manufacturing deployments.

What this means for buyers: The 60 MHz allocation could support more deterministic industrial connectivity and future 5G-Advanced use cases, but enterprises should treat the spectrum as a national regulatory opportunity, not a globally portable procurement assumption. Device certification, local spectrum rights, radio availability, and integration support remain country-specific.

Codelco's implementation is evidence of deployment activity—not proof of broad commercial adoption or quantified ROI. Vendors should be pressed for coverage maps, device counts, uptime, latency, and operational savings before funding scale-out.

TDS raises 2026 fiber capex to $675 million

Telephone and Data Systems raised its 2026 capital-expenditure guidance to $625 million–$675 million, primarily for fiber expansion. The company holds approximately $2.2 billion in cash and $670 million in debt after asset sales, while retaining roughly 82% control of Array.

TDS reported quarterly revenue of $309.3 million, up 3.6% year over year but below the $315.8 million consensus estimate. Reported EPS was $2.24 versus an estimated $0.09.

The spending puts TDS in the same infrastructure race as larger fiber operators such as AT&T, Verizon, Lumen, and regional providers, while cable operators continue upgrading DOCSIS networks. More TDS fiber investment may improve availability of symmetrical, low-latency access in its footprint and increase options for SD-WAN underlay, cloud connectivity, and multi-site networks.

Budget implication: The capex increase is material relative to TDS's earnings base and may create near-term free-cash-flow pressure. Enterprise buyers should verify construction timelines and serviceability at each location rather than assume that announced capex translates into immediately available fiber.

T-Mobile holds network spending at $10 billion

T-Mobile's 2026 cash capital expenditure remains unchanged at approximately $10 billion. The company's third-quarter 2026 results are scheduled for October 28.

The spending level supports continued 5G capacity, network densification, and fixed-wireless competition for branch, backup, and hard-to-fiber locations. It does not by itself establish enterprise-grade performance for a specific site.

Buying implication: Enterprises evaluating cellular backup or primary fixed wireless should request location-level serviceability, committed bandwidth, congestion policies, latency targets, and repair SLAs. The headline capex figure is a carrier-wide investment measure, not a customer-specific performance guarantee.

Samsung wins Korea AI-RAN private-network contracts

Samsung announced contracts with KT and SK Telecom for private-network AI-RAN projects under South Korea's Hyper AI Network initiative. The projects were scheduled to begin in October 2026 and will deploy 5G standalone private networks in industrial settings including shipyards and petrochemical facilities. Samsung was described as the sole global vendor for KT and the main vendor for SK Telecom.

Samsung's role increases competitive pressure on Ericsson, Nokia, and traditional RAN-platform suppliers in AI-RAN and private 5G. The deployments are validation projects, not evidence that AI-RAN has reached mature commercial economics.

Risk and budget implication: Industrial buyers may eventually gain networks that dynamically allocate compute and radio resources for video analytics, robotics, and other workloads. Near-term procurement should focus on trial scope, supported workloads, GPU or accelerator requirements, power consumption, and measurable performance against conventional RAN. Enterprises should classify AI-RAN purchases as controlled pilots unless vendors provide production references, quantified energy savings, and operating-cost comparisons.

What to watch

The week's strongest buyer signal is continued infrastructure spending paired with more localized private-network deployment models. Fiber remains the lower-risk foundation for predictable enterprise connectivity, while private 5G and AI-RAN are becoming more credible for bounded industrial sites—but still require deployment-specific evidence rather than reliance on carrier-wide capex or demonstration claims.

For Chile's industrial spectrum expansion, watch for additional deployments beyond Codelco and published performance data from early private-network operators. For TDS fiber, track construction progress in target markets and serviceability at enterprise locations. For AI-RAN, demand trial results with quantified operational benefits before committing to production-scale deployments.