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The 6G 0.1ms Latency (Sub-ms) Simulator with Python is a simulation solution designed to analyze ultra-low-latency communication in next-generation wireless networks. Using Python-based modeling and performance analysis, it helps researchers and students explore latency, packet transmission delays, network responsiveness, and communication efficiency for emerging 6G technologies. Ideal for academic research, wireless network simulation, real-time communication studies, and next-generation networking projects targeting sub-millisecond latency.
₹1,499.00 -
The 6G 1 Tbps Data Rate Simulator is an advanced simulation solution designed to explore next-generation wireless communication systems targeting data rates of up to 1 terabit per second (Tbps). It supports the analysis of 6G network performance, ultra-high-speed data transmission, spectrum efficiency, latency, and emerging wireless technologies for future communication networks. Ideal for researchers, students, engineers, and developers working on 6G technology, terahertz communication, and next-generation network optimization.
₹1,499.00 -
The 6G Energy Efficiency Simulator is an advanced simulation tool designed to analyze, model, and optimize energy consumption in next-generation wireless networks. Explore 6G network energy efficiency, power optimization, sustainable wireless communication, and intelligent resource management through simulation-based analysis.
₹1,999.00 -
6G Holographic MIMO Simulator with Python is a software-based simulation tool for exploring advanced wireless communication concepts involving 6G networks, holographic MIMO, large-scale antenna systems, beamforming, propagation, and signal processing. Designed for researchers, communication engineers, students, and Python developers, it provides a practical environment for modeling and analyzing next-generation wireless communication scenarios, algorithms, and MIMO techniques.
₹1,399.00 -
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 -
ISAC Simulator – 6G Shared Resource Manager is a practical simulation project for exploring Integrated Sensing and Communication (ISAC), 6G wireless networks, and shared resource allocation. Designed for students, researchers, and wireless communication enthusiasts, it provides a foundation for studying communication and sensing resource management, network optimization, and next-generation wireless technologies.
₹1,199.00 -
THz Communication Simulator of 6G with Python is a practical Python-based simulation project for exploring Terahertz communication, 6G wireless networks, high-frequency communication, and wireless channel concepts. Ideal for students, researchers, and developers working on 6G, telecommunications, Python, signal processing, and next-generation wireless communication projects.
₹1,499.00
