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Digital Satellite Modem Simulator is a practical software tool for simulating and studying digital satellite modem communication concepts. Designed for communication engineers, researchers, students, and developers, it provides a convenient environment for exploring digital modulation, coding, transmission, reception, and satellite communication signal-processing workflows. Use the simulator for academic projects, algorithm development, communication-system research, testing, and learning without requiring a complete physical satellite modem setup.
Original price was: ₹99,999.00.₹9,999.00Current price is: ₹9,999.00. -
Doppler Shift Simulator Using Python is a practical wireless communication simulation tool for studying the Doppler effect and frequency shift caused by relative motion between a transmitter and receiver. It helps students, researchers, and communication engineers analyze Doppler frequency, carrier frequency, velocity, and mobile channel effects through Python-based simulation.
Original price was: ₹6,999.00.₹2,499.00Current price is: ₹2,499.00. -
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.
Original price was: ₹299,999.00.₹29,999.00Current price is: ₹29,999.00. -
DVB-S2 ACM Link Budget Simulator with Python is a Python-based tool for analyzing satellite communication link budgets with Adaptive Coding and Modulation. It can calculate EIRP, path loss, received power, C/N, Eb/N0, link margin, and evaluate DVB-S2 MODCOD configurations under different channel and propagation conditions.
Original price was: ₹299,999.00.₹29,999.00Current price is: ₹29,999.00. -
DVB-S2 MODCOD Simulator with Python is a Python-based simulation tool for analyzing DVB-S2 modulation and coding configurations. It enables users to study MODCOD performance through BER, SNR, throughput, spectral efficiency, constellation diagrams, and comparative performance analysis under different satellite communication channel conditions.
Original price was: ₹299,999.00.₹29,999.00Current price is: ₹29,999.00. -
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.
Original price was: ₹299,999.00.₹29,999.00Current price is: ₹29,999.00. -
DVB-S2-S2X Performance Analyzer with Python is a Python-based tool for analyzing and visualizing satellite communication performance. It can be used to study BER, SNR, modulation performance, throughput, spectral efficiency, constellation behavior, and other key parameters of DVB-S2 and DVB-S2X systems through simulation and signal-processing techniques.
Original price was: ₹299,999.00.₹29,999.00Current price is: ₹29,999.00. -
DVB-S2X Simulator with Python is a software-based satellite communication simulation tool for modeling and analyzing DVB-S2X transmission systems. It can simulate modulation, channel effects, demodulation, decoding, BER, SNR, throughput, constellation diagrams, and other key performance parameters using Python-based signal processing and visualization.
Original price was: ₹299,999.00.₹29,999.00Current price is: ₹29,999.00. -
EDGE Simulator Using Python is a practical mobile communication simulation tool designed to demonstrate and analyze Enhanced Data rates for GSM Evolution (EDGE) technology. It helps students, researchers, and communication engineers study GSM/EDGE data transmission, modulation, channel conditions, bit error rate, data rates, and wireless communication performance using Python-based simulation.
₹3,499.00 -
The ultimate EPLD vs CPLD vs FPGA vs ASIC Simulator with Python 3.4+ and Windows 7+ support. This edition features a powerful Comparison Tool that simulates Architecture Structure, Cost Analysis, Speed & Performance, Flexibility & Reconfigurability, and Power & Density in one dashboard.
Visualize EPLD PAL/GAL arrays vs CPLD macrocell blocks vs FPGA LUT/CLB fabric vs ASIC standard-cell tapeout. Use the Side-by-side matrix to compare logic density, timing, power, NRE cost, and reprogrammability instantly. The built-in Decision Wizard recommends the best technology based on your volume, speed, power, and budget.
Includes dedicated tabs for Export Report, Timing Analysis, Utilization Heatmap, and Power Graphs. Topics simulated: Product-term vs LUT logic, interconnect modeling, synthesis estimation, place & route, bitstream vs tapeout flow, and break-even analysis.
Original price was: ₹750.00.₹150.00Current price is: ₹150.00. -
FiveG Core Simulator v2Â is an educational 5G Core Network simulation tool designed to help students, educators, researchers, and telecom professionals understand 5G core architecture, network functions, signaling procedures, latency, and protocol interactions through an interactive topology and signaling animation environment.
₹19,999.00 -
Flipflop Clock Visualiser with Python is a practical educational project that combines Python programming, digital clock visualisation, flip-flop concepts, and sequential logic. Ideal for students, beginners, engineering learners, and electronics enthusiasts, this project provides an engaging way to understand timing, digital states, counters, and programming through a visual application.
Original price was: ₹750.00.₹100.00Current price is: ₹100.00.
