Morocco’s three national mobile operators—Maroc Telecom, Orange Maroc and Inwi—have officially activated commercial 5G services. This rollout is available in more than 100 cities from the launch date. Under the current licence obligations, the country aims for around 25 % of the population to be covered by 5G by the end of 2025. So, now let us look into Morocco’s Nationwide Commercial 5G Launch along with Reliable LTE RF drive test tools in telecom & Cellular RF drive test equipment and Reliable Wireless Survey Software Tools & Wifi site survey software tools in detail.
Regulatory & Spectrum Framework
The regulatory body ANRT awarded 5G licences to the three operators in July 2025. The total spectrum assigned varies by operator: for example, Maroc Telecom was granted 120 MHz of spectrum, while Orange Maroc and Inwi each secured 70 MHz. These allocations drive capacity and throughput potential for each operator’s network.
Licence-conditions dictate that by year-end 2026 the networks must cover at least 45 % of the population, and by 2030 that target reaches 85 %.
Network Deployment Strategy
From day one, operators switched on 5G in over one hundred cities; Orange Maroc cited coverage in 135 “prefectures and provinces” at launch. The key urban centres and economic hubs are the priority; ramp-up to more remote or rural areas will follow. Inwi and Maroc Telecom both mention that customers with compatible handsets will be automatically upgraded to 5G, with no SIM card change or plan modification required.
Technical Capabilities & User Experience
The new 5G services promise peak download speeds above 2 Gbps and ultra-low latency. Compared with the prior 4G standards, the expanded bandwidth (from the spectrum assignments) and upgraded radio access network (RAN) infrastructure enable greater user density, faster data rates and improved service reliability.
Beyond mobile usage, operators are positioning 5G for fixed wireless access (FWA) in underserved fiber areas, enterprise connectivity, Industry 4.0 use-cases (remote maintenance, automation), and enhanced consumer services (cloud gaming, immersive streaming).
Infrastructure & Vendor Considerations
Deploying at such scale requires significant infrastructure investment: new 5G-NR base stations, mid-band and high-band spectrum usage, upgraded cores (often EPC/5GC transition) and transport backhaul capacity (fibre or microwave). With operators already operating large 4G networks (e.g., 99.64 % 2G coverage, 98.63 % 4G coverage in Morocco prior to 5G) the 5G rollout benefits from existing cell-site footprints and transport links.
In addition, network vendors and integrators must ensure end-to-end quality: antenna systems, propagation modelling in urban vs rural terrain, inter-site handover optimisation and device compatibility (ensuring that user devices support the bands allocated by the operators).
Market & Service Implications
From a market perspective, Morocco’s 5G launch positions it as one of the more advanced North African countries in the mobile generation transition. Operators have an early-mover advantage, and may monetise 5G via premium plans, enterprise solutions and FWA offerings. With consumer adoption already facilitated (by automatic upgrade of compatible handsets), the barrier to entry for users is reduced.
For enterprises, sectors such as public administration, healthcare, education and logistics stand to gain via enhanced connectivity. The infrastructure upgrades may also support new services in the digital economy, e-government portals and smart city initiatives.
Challenges & Considerations
Despite the strong start, several technical and business challenges remain:
- Ensuring consistent coverage and performance in non-metropolitan regions will require densification and maybe additional spectrum or backhaul upgrades.
- Device ecosystem readiness: users must have handsets that support the specific 5G bands in Morocco; operators’ strategy of automatic upgrade helps this, but handset availability and cost remain factors.
- Return-on-investment: while commercial 5G is live, operators must capture sufficient subscriber uptake, ARPU uplift and enterprise contracts to justify the capital expenditure.
- Spectrum strategy: the mid-band spectrum assigned (e.g., 70 MHz or 120 MHz) may limit peak capacity unless supplemented by additional assets or higher bands.
- Interworking and handover from 4G to 5G: ensuring seamless mobility remains key once users are on the move.
Outlook & Timeline
With the launch complete and initial city coverage secured, operators are targeting roughly 25 % population coverage by end-2025. Beyond that, the year-by-year roadmap will focus on expanding into rural districts, upgrading transport infrastructure, increasing spectrum utilisation and broadening service offerings. By 2030, the target is reaching 70-85 % coverage, depending on the operator.
In summary, Morocco’s commercial 5G launch implements both technical upgrade and new service strategy. From spectrum assignment to handset compatibility, network rollout to market positioning, the pieces are aligned. The next phase will test operational execution: how well the network performs, how users adopt it, and how the ecosystem leverages the enhanced connectivity.
About RantCell
RantCell is a mobile network testing and monitoring solution that enables users to perform 4G and 5G drive and indoor tests using Android smartphones — without specialized hardware. It provides real-time KPI data, network analytics, and coverage insights through a cloud-based dashboard. Also read similar articles from here.