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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.
Original price was: ₹399,999.00.₹39,999.00Current price is: ₹39,999.00. -
6G Quantum Communication Simulator with Python is a Python-based simulation platform for modeling and analyzing quantum-enabled communication concepts for next-generation 6G networks. It can be used to study quantum communication channels, quantum key distribution, qubits, quantum states, quantum noise, secure communication, transmission performance, and the integration of quantum technologies with future wireless communication systems.
Original price was: ₹599,999.00.₹59,999.00Current price is: ₹59,999.00. -
6G RIS Simulator is a software-based simulation tool for exploring Reconfigurable Intelligent Surfaces (RIS) and their potential applications in next-generation 6G wireless communication systems. It is designed for researchers, wireless communication engineers, students, and developers working on RIS-assisted communication, beamforming, wireless channel modeling, signal processing, and intelligent radio environments. Use the simulator for academic projects, algorithm development, research, and experimentation with advanced wireless communication scenarios.
Original price was: ₹399,999.00.₹39,999.00Current price is: ₹39,999.00. -
Master assembly language and computer architecture with this light, powerful 8085-style 8-bit Microprocessor Simulator built in Python.
Designed for computer science students, educators, and electronics enthusiasts, this software emulates an 8-bit CPU core, registers, flags, memory mapping, and the core 8085 instruction set. Run custom assembly code, step through execution in real time, inspect register states, and debug hardware concepts directly from your desktop.
- Pure Python Implementation: Cross-platform, customizable, and easy to extend.
- Interactive Visual Debugging: Monitor A, B, C, D, E, H, L registers, Stack Pointer, and Program Counter in real time.
- Comprehensive Instruction Set: Supports data transfer, arithmetic, logical, branching, and stack operations.
- Instant Digital Download: Includes full source code, sample assembly programs, and installation setup guide.
Original price was: ₹750.00.₹100.00Current price is: ₹100.00. -
Experience the 8086 Real-Mode 16-bit CPU Simulator, a Python-powered educational tool designed for students, developers, and computer architecture enthusiasts. Simulate instruction execution, visualize registers, memory, and flags, and gain hands-on mastery of Intel’s legendary 8086 processor. Perfect for learning assembly language, debugging, and teaching microprocessor concepts.
Original price was: ₹750.00.₹100.00Current price is: ₹100.00. -
Python-based Accumulator vs General Purpose Register Simulator for Windows. Compare 1-Address vs 3-Address CPU architecture, cycles, CPI & performance in real-time. An educational Python simulator that compares Accumulator (1-Address) vs General Purpose Register (2/3-Address) CPU architectures side-by-side. Tried to emulates datapath, register file, ALU & memory, runs the same program on both machines, and provides performance analysis – instruction count, code size, memory access, CPI, and execution time graphs. Built in pure Python for Windows 7+. Ideal for Computer Architecture labs and understanding modern CPU design evolution.
Original price was: ₹750.00.₹100.00Current price is: ₹100.00. -
Assembly Programming Studio for x86-64 with Python is a practical software environment for learning, writing, testing, and experimenting with x86-64 assembly programming. Designed for students, developers, educators, and computer architecture enthusiasts, it combines assembly-language concepts with Python-based tools for exploring registers, memory, instructions, addressing modes, control flow, and low-level program execution. Ideal for assembly programming courses, computer architecture projects, reverse-engineering education, and low-level software development.
Original price was: ₹750.00.₹250.00Current price is: ₹250.00. -
An AWGN Simulator i.e. Additive White Gaussian Noise Simulator developed using Python is a software-based tool designed to demonstrate and analyze the effect of Gaussian noise on digital communication signals. The simulator generates a clean input signal, adds controlled amounts of AWGN, and displays both the original and noisy signals for comparison. Users can vary parameters such as noise power, signal-to-noise ratio (SNR), and signal characteristics to observe how communication quality changes under different noise conditions. Python libraries such as NumPy, SciPy, and Matplotlib can be used for signal generation, noise modeling, numerical processing, and graphical visualization but this is purely from tkinter only. The simulator is useful for understanding fundamental concepts of wireless and digital communication systems.
₹1,999.00 -
The Beamforming Simulator is a practical wireless communication simulation project designed to demonstrate how antenna arrays can control and direct radio-frequency signals toward desired users or directions. The simulator helps visualize beam patterns, signal direction, antenna-array behavior, and beam steering under different parameters. It is suitable for studying beamforming, antenna arrays, MIMO, 5G communication, wireless networks, and signal processing. This project is ideal for engineering students, researchers, and learners working on wireless communication and advanced antenna technologies.
₹1,999.00 -
The CDMA – DSSS Simulator with Python is a software-based communication simulation tool designed to demonstrate and analyze Code Division Multiple Access (CDMA) and Direct Sequence Spread Spectrum (DSSS) techniques. Developed using Python, the simulator provides a practical environment for studying spreading codes, signal spreading and despreading, data transmission, multiple-access communication, interference, and signal recovery. It is ideal for digital communication and wireless communication laboratories, engineering education, student projects, technical training, and communication-system research.
₹3,999.00 -
The CDMA DS-CDMA Simulator with Python is a software-based communication simulation tool designed to demonstrate and analyze Direct Sequence Code Division Multiple Access (DS-CDMA) technology. Developed using Python, the simulator provides a practical environment for studying spreading codes, chip sequences, multiple-user communication, signal spreading and despreading, interference, correlation, and transmitted-data recovery. It is suitable for digital communication laboratories, wireless communication education, telecommunications training, student projects, and communication-system research.
Original price was: ₹3,999.00.₹2,499.00Current price is: ₹2,499.00. -
CDMA Power Control Simulator is an advanced communication engineering simulation tool designed to help students, researchers, and professionals understand and analyze power control techniques in Code Division Multiple Access (CDMA) wireless communication systems. It enables practical study of uplink and downlink power control, signal interference, power levels, and system performance.
₹3,999.00
