MPTC Simplifies Deployment Approvals for Small Cells and Street Furniture Sites

In 2025 the Cambodian authorities introduced simplifications to the deployment of small cells and comparable low-power wireless infrastructure. The measures respond to the growing importance of small cells in delivering the capacity and coverage required by modern mobile networks, particularly in dense urban areas, indoor environments and specific outdoor locations where macro sites are not feasible or sufficient.

The measures apply to mobile network operators, tower and infrastructure companies, property owners and public authorities responsible for granting permissions for the installation of infrastructure.

Small cells complement macro sites by providing additional capacity where demand is concentrated, by improving coverage in specific spots and by supporting indoor and localised outdoor connectivity. They are particularly relevant to fifth-generation deployments and to fixed wireless access, which often require dense deployments to deliver the intended performance.

Compared with macro sites, small cells occupy less space, generate less visual impact, use lower transmitter power and are easier to install on existing structures such as buildings, street furniture and utility poles. These characteristics support faster deployment but require coordination with property owners, local authorities and other stakeholders.

The 2025 measures simplify the processes for installing small cells where these meet defined criteria for size, power and appearance. Simplifications include reduced documentation requirements, faster review timelines, standardised technical conditions and streamlined arrangements for use of public space. The objective is to reduce the administrative burden and to accelerate deployment while preserving legitimate considerations such as safety, aesthetics and coordination with other users of public spaces.

For installations that fall within the simplified regime, operators and infrastructure companies can plan deployments with greater certainty about timelines. For installations that do not qualify, the standard permitting processes continue to apply.

Access to public infrastructure such as street lighting columns, public buildings and utility poles is a key enabler for small cell deployment. The measures encourage public authorities to make such infrastructure available on reasonable and non-discriminatory terms, subject to appropriate technical and safety requirements. Standardised terms and simplified processes support efficient deployment and reduce transaction costs.

Coordination between public authorities and operators can also support the identification of suitable sites, the aggregation of demand and the design of shared arrangements that benefit multiple stakeholders.

For private property owners, the measures do not override property rights but encourage constructive engagement with operators and infrastructure companies. Standardised agreements, transparent commercial terms and clear technical arrangements support cooperation. Property owners can benefit from the improved connectivity available to occupants of their buildings, from rental income and from the enhancement of their properties as attractive locations for tenants.

Complex or multi-tenant properties may benefit from coordinated arrangements that address the requirements of multiple operators and multiple potential technologies, avoiding fragmented and inefficient outcomes.

Small cells are typically low-power devices and generate lower field levels than macro sites. Compliance with recognised exposure limits is nevertheless important and is verified through technical standards and, where appropriate, monitoring. The measures require that installations comply with applicable safety standards and that appropriate information is available to address community concerns.

Environmental considerations, including visual impact, are addressed through design choices such as unobtrusive enclosures, use of existing structures and coordination with the character of the surroundings. Cooperation between operators, infrastructure companies and public authorities supports outcomes that balance connectivity with aesthetic and environmental considerations.

Small cell infrastructure often supports sharing between multiple operators, either through shared active equipment or through shared passive infrastructure hosting equipment from different operators. Sharing reduces cost, environmental impact and street clutter, and is encouraged by the measures.

Coordination on deployment plans between operators, and between operators and public authorities, can help identify locations where sharing is particularly valuable and can inform the design of shared arrangements.

Small cells require reliable backhaul, whether via fibre or via wireless technologies, and require access to power. Coordination with providers of backhaul and power is important, particularly in dense deployments where multiple small cells depend on the same underlying infrastructure. Coordination with civil works such as street improvements or utility upgrades can create opportunities for efficient deployment.

Design choices that minimise power consumption, that use efficient backhaul solutions and that support remote management contribute to the operational efficiency of small cell deployments.

For operators and infrastructure companies, the measures call for a review of deployment plans, of internal processes for permitting and site acquisition and of relationships with public authorities and property owners. Investment in standardised designs, in efficient logistics and in strong relationships with counterparties supports the objective of faster and more effective deployment.

For public authorities and property owners, the measures create opportunities to support connectivity in their communities and to structure arrangements that address both public and private interests.

Lex Civora advises operators, infrastructure companies, property owners and public authorities on the interpretation and application of the small cell simplification measures, on the negotiation of standardised agreements and on the resolution of issues that arise in the course of deployment.

Coordination between operators, tower companies and providers of civil works or utilities can create opportunities for cost-effective small cell deployment. Where roads, pavements or public lighting are being upgraded, incremental deployment of small cells is significantly cheaper than a stand-alone project. The measures encourage such coordination through information sharing about planned works and through arrangements that facilitate incremental deployment during larger projects.

Operators are encouraged to engage with municipal planning processes and with utility providers to identify opportunities for coordinated deployment, and to design internal processes that can respond quickly when such opportunities arise.