-
The LTE Downlink Simulator with Python is a practical wireless communication simulation tool for studying and analyzing LTE downlink transmission using Python. It helps students, researchers, and communication engineers explore LTE concepts such as OFDM, modulation, channel modeling, signal transmission, noise, BER, SNR, and downlink performance. Ideal for academic projects, research, laboratory experiments, and wireless communication system analysis.
₹6,999.00 -
OFDM Channel Simulator – C++ Educational Software is an interactive simulation tool designed to help students, educators, researchers, and communication-engineering learners understand Orthogonal Frequency Division Multiplexing (OFDM) and wireless channel effects. Developed using C++, the simulator demonstrates FFT/IFFT processing, cyclic prefix, QPSK and QAM modulation, multipath channels, delay spread, channel frequency response, equalization, BER, EVM, and constellation diagrams through an intuitive graphical interface.
₹1,999.00 -
OFDM Simulator – C++ Educational Software is an interactive learning and simulation tool for understanding Orthogonal Frequency Division Multiplexing (OFDM) and digital communication concepts. Developed using C++, it allows users to configure FFT/IFFT size, active subcarriers, cyclic prefix length, modulation, SNR, and number of OFDM symbols while visualizing the resulting time-domain waveform, spectrum, and constellation. The simulator also provides measurable results such as PAPR, BER, Eb/N0, simulated bits, and cyclic-prefix overhead.
₹1,999.00 -
Rayleigh Fading Simulator – Study and simulate the effects of Rayleigh fading in wireless communication systems using this Python-based Rayleigh Fading Simulator. Designed for students, researchers, and communication engineering professionals, the project provides a practical environment for generating Rayleigh fading channels, analyzing signal variations, visualizing fading characteristics, and understanding the impact of multipath propagation on wireless signals.
₹5,499.00