The demand for data capacity has been growing, especially in the aviation and maritime industries and is expected to continue to grow in the foreseeable future. The satellite industry is moving to High Throughput Satellite HTS that are characterized by large numbers of small spot beams, frequency reuse, higher Equivalent Isotropically Radiated Power EIRP and higher Gain to Noise Temperature G/T to meet growing capacity demand. Multi-Port Amplifiers MPA increase the flexibility of HTS systems by allowing capacity to be allocated dynamically based on changing demand. This will allow capacity requirements to be planned based on the sum of the requirements across all beams rather than the peaks in each HTS beam. The authors propose a ground based solution that will maximize resource utilization of an HTS with an MPA and deliver the capacity dynamically based on demand. Maritime, commercial aviation, satellite based cellular backhaul, and disaster recovery services are the main applications that can benefit from the solution they propose. The authors' results show significant reduction in the overall capacity requirements because of the more efficient utilization of the satellite resources.
['Sunil Panthi', 'Ahmed M. Eltawil']
Dynamic Resource Management in High Throughput Satellite with Multi Port Amplifier MPA