When enterprises first explore private 5G, the conversation usually centres on performance, coverage, mobility, reliability, and security. As soon as the discussion moves beyond a single site or a single country, another question emerges:
“Can we actually get spectrum everywhere we operate?”
For global enterprises with factories, warehouses, mining sites, campuses, and logistics hubs across multiple regions, this isn’t academic. If private 5G can’t be deployed consistently across sites, it ceases to be infrastructure and becomes a patchwork of experiments.
The good news is that spectrum availability is no longer the roadblock it was just a few years ago. In the United States, CBRS has been commercially available since 2020 and has proven highly effective for enterprise deployments. More recently, however, the global landscape has changed.
Across major industrial economies, regulators have made already made spectrum available or plan to do so very soon for enterprise private 5G. Regulatory frameworks differ, with some using shared models, some lightly licensed, and some locally licensed. However, the practical outcome is increasingly consistent: enterprises can deploy private 5G in these regions. In some cases where private 5G is not freely available, Celona can help obtain spectrum through partners and local operators
The conversation is evolving from “Is private 5G even possible here?” to “Which spectrum model applies in this country?” This shift matters because it moves private 5G from a regional capability to a strategic global option.
The Canada Example: Why Policy Details Matter
A timely example from Canada illustrates how spectrum policy directly affects enterprise capability. For over a year, Canada’s regulator (ISED) allowed the use of the 3.9 GHz band (3.9–3.98 GHz) for private 5G, a major step forward.
However, although 80 MHz was available in that band, each applicant was limited to 20 MHz. For many industrial use cases, particularly those involving high-throughput applications such as video and analytics, that limitation became a constraint.
Industries such as mining, oil and gas, and forestry made it clear that broader bandwidth access was necessary to realise the full value of private 5G.
In December 2025, ISED expanded industrial access to up to 80 MHz in the N77 band, which is significant as it directly affects:
- Large factories
- Mines
- Warehouses
- Offshore oil and gas facilities
- Remote industrial sites with bandwidth-heavy workloads
This signals that regulators are leaning into industrial private 5G rather than pulling back, with the following guardrails:
- Applicants must demonstrate physical control over the licence area.
- Urban 80 MHz deployments are limited to indoor.
- Outdoor 80 MHz is permitted only in rural and remote areas.
- The application window opens in early 2026.
What This Means for Global Enterprises
If you operate globally, spectrum strategy should now be part of your early design process, not an afterthought. The mature approach looks like this:
1. Map your global footprint, identifying which countries fall into:
· Direct enterprise spectrum access
· Identified but pending approval
· Partnership-based models
2. Align use cases to spectrum models.
High-throughput, latency-sensitive industrial sites may require wider bandwidth access. Understanding limits early avoids redesign later.
3. Avoid assuming inconsistency equals impossibility.
Regulatory models differ, but private 5G is increasingly viable across major industrial regions.
The reality today is far more favourable than the perception many organisations still hold, as Private 5G spectrum is no longer a US-only advantage. It’s becoming a globally accessible industrial tool, provided you approach it strategically.
What to do next:
Before declaring private 5G “too hard globally,” build a country-by-country spectrum model assessment. Discuss with Celona or our partners on your specific needs. The blocker is rarely availability; it’s planning.
