Custom Software Development
CelPlan’s extensive expertise in addressing wireless network challenges, coupled with its industry experience and robust software development capabilities, positions the company as an ideal partner for creating customized solutions tailored to specific client requirements.
Our portfolio of custom software solutions encompasses Business Intelligence (BI) platforms, FCC compliance analysis tools, E911 location system design software, and air-to-ground coverage and interference analysis applications.
A notable example of our custom software offerings is CellAircraft, an advanced tool designed for throughput evaluation on the downlink of air-to-ground (ATG) networks. Recognizing the expansive coverage areas inherent to ATG networks, CelPlan has implemented significant optimizations in CellAircraft, enabling rapid calculations for large-scale deployments, including countrywide network designs.
CellAircraft
In the context of spectrum scarcity facing ATG networks, CellAircraft places a premium on detailed interference analysis. This focus allows for maximized spectrum utilization without compromising system performance, a critical consideration in today’s telecommunications landscape.
CellAircraft seamlessly integrates with client-specified algorithms to predict aircraft throughput, taking into account both coverage and interference factors. The software leverages CelPlanner project data for site layout and expected coverage, then calculates key performance indicators such as throughput, noise rise, signal level, and signal-to-noise ratio (SNR) across a grid at multiple aircraft altitudes.
Furthermore, CellAircraft incorporates an innovative feature that aids in identifying optimal locations for additional sites and simulates the impact of these new sites on aircraft connectivity. This functionality proves invaluable for network expansion and optimization efforts.
By offering such highly specialized and adaptable solutions, CelPlan demonstrates its commitment to addressing the unique challenges faced by different sectors of the wireless communications industry, from terrestrial networks to airborne systems.
