Radio Frequency Design

Design services from the experts in signal propagation

Comsearch plans fixed wireless and mobile access networks to meet or exceed coverage and capacity objectives.

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Expert RF Planning

As demand for mobile and fixed broadband continues to grow, wireless networks have evolved toward network densification using more cell sites while maximizing efficient use of spectrum. As the pre-eminent global provider of spectrum management and wireless engineering services, Comsearch possesses the expertise required to provide cost effective solutions to these many new challenges.

Expert knowledge of signal propagation
Comsearch has a unique combination of engineering staff, tools, and regulatory expertise to effectively design your fixed wireless and mobile access networks. Our four decades of experience with RF design, field testing, and model tuning along with expert knowledge of signal propagation theory will help you achieve your goals.

Our RF Design services


Site Selection | To identify candidates
Evaluate areas and identify potential site candidates for macro sites, small cells / metro cells, or rural broadband base stations. Prioritize site candidates to meet desired engineering and cost objectives while avoiding any regulatory hurdles.

Site Acquisition | To gain access to suitable towers or structures
Full Site Acquisition services available to take your project from initial site identification through final construction. Our services include lease negotiation, document preparation, zoning filings, and permitting.

RF Coverage Planning | To ensure ubiquitous coverage
Perform RF coverage simulation to determine gaps throughout the service area and identify new sites. Recommend appropriate RF propagation model based on frequency band, local terrain, and clutter.

Capacity Planning | Guarantees a quality user experience
Ensure a quality user experience by planning sufficient traffic capacity in areas of congestion. Identify specific areas where new sites should be added based on network statistics and predicted demand.

Radio Parameter Planning | To avoid intra-system interference
As new sites are added for coverage and capacity, perform frequency or physical cell ID (PCI) planning to mitigate intra-system interference in the uplink or downlink bands.

Drive Testing | To verify coverage simulations
Collect field measurement data to verify coverage simulations and document areas with poor coverage. Postprocess data and perform statistical comparison with predicted coverage plots.

Propagation Model Tuning | To increase accuracy of coverage predictions
Adjust RF propagation model parameters based on measured data to increase accuracy of network coverage and interference predictions. Update coverage and interference plots accordingly.