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6G Non-Terrestrial Networks Simulator i.e NTN Simulator with Python is a Python-based simulation platform for modeling next-generation wireless communication systems involving satellites, high-altitude platforms, unmanned aerial vehicles, and other non-terrestrial communication infrastructure. The simulator can be used to study 6G network architecture, satellite communication, coverage, mobility, latency, connectivity, resource allocation, and network performance in integrated terrestrial and non-terrestrial environments.
₹ 2,299.00 -
DVB-RCS RCS2 Simulator with Python is a practical simulation project for studying DVB-RCS and DVB-RCS2 satellite communication systems using Python. The project helps students, researchers, and developers explore return-channel communication, resource allocation, multiple access, bandwidth management, and satellite network simulation through a Python-based implementation. It is suitable for academic projects, communication engineering studies, networking research, and simulation-based learning.
₹ 2,499.00 -
SCPC Simulator with Python is a practical satellite communication simulation project designed to demonstrate Single Channel Per Carrier (SCPC) communication using Python. The project helps students, researchers, and developers explore dedicated satellite channels, carrier allocation, bandwidth utilization, communication links, and satellite network simulation. It is suitable for communication engineering projects, networking studies, final-year projects, research, and Python-based simulation experiments.
₹ 2,499.00 -
VSAT TCP PEP Simulator is a specialized network simulation tool designed to evaluate and demonstrate TCP Performance Enhancing Proxy (PEP) techniques over VSAT and satellite communication networks. It helps network engineers, researchers, students, and telecom professionals analyze TCP behavior, latency, throughput, packet loss, and optimization techniques in high-delay satellite environments.
₹ 1,299.00