-
DVB-S2 Physical-Layer Simulator with Python is a software-based simulation tool for modeling and analyzing DVB-S2 satellite communication physical-layer concepts. It supports experimentation with modulation, BCH and LDPC coding, forward error correction, channel noise, signal transmission, BER, SNR, and communication performance. Ideal for B.Tech, M.Tech, MSc, PhD, satellite communication, digital communication, and Python research projects.
₹ 2,299.00 -
Telecom Wireless & Satellite Communications – Explore 94+ interactive telecom, wireless, RF, 5G/6G, satellite communication, and networking simulators in one comprehensive learning hub. This educational simulator collection covers 6 technical categories, including 5G & 6G Technologies, Satellite & Orbital Mechanics, Wireless Communication Fundamentals, RF Propagation & Signal Processing, Cellular Networks & Protocols, and Computing & Diagnostic Tools.
Learn complex engineering concepts through interactive visualizers, calculators, protocol simulators, signal processing demonstrations, and network architecture tools. Features include a searchable simulator directory, category-based filtering, and one-click launching of individual simulators in new browser tabs.
Ideal for engineering students, telecom professionals, educators, researchers, and anyone interested in understanding modern wireless and satellite communication technologies.
₹ 999.00 -
Wireless Modem with C++ is a digital communication solution supporting BPSK and QPSK modulation with configurable bits, Eb/No, bit rate, carrier frequency, amplitude, noise, and random seed. It provides graphical results including I/Q constellation, received symbols, and BER vs Eb/No, along with result parameters for detailed communication performance analysis. Ideal for C++ development, wireless communication research, digital modem testing, signal analysis, academic projects, and embedded communication applications.
₹ 999.00
