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LUT Configurator with Python is an educational tool for configuring Look-Up Tables used in PGA/FPGA programmable logic systems. Configure binary inputs, truth tables, LUT values, and logic functions while learning how programmable hardware can implement combinational logic. Ideal for FPGA learners, digital electronics students, Python projects, and engineering demonstrations.
Original price was: ₹750.00.₹250.00Current price is: ₹250.00. -
LUT Simulator with Python is an educational digital logic project that demonstrates Look-Up Tables (LUTs) used in programmable gate array and FPGA-based systems. Explore binary inputs, truth tables, stored LUT values, Boolean functions, and combinational logic through a practical Python simulation. Ideal for students, electronics enthusiasts, FPGA learners, and digital design projects.
Original price was: ₹750.00.₹250.00Current price is: ₹250.00. -
Macrocell Anatomy Viewer with Python is an educational visualization tool designed to help users understand the internal structure and operation of programmable logic macrocells. The project provides a practical way to explore components such as programmable logic, product terms, multiplexers, registers, feedback paths, and output logic.
Ideal for electronics students, digital logic learners, FPGA and CPLD enthusiasts, hardware designers, educators, and Python developers studying programmable logic devices, CPLD architecture, macrocell design, and digital circuit fundamentals.
Original price was: ₹750.00.₹250.00Current price is: ₹250.00. -
Master computer architecture hands-on with the MIPS Single Cycle Processor Simulator—an interactive software environment designed to bridge the gap between assembly language programming and hardware execution. Engineered for students, educators, and embedded systems developers, this simulator offers real-time visual tracking of data paths, register states, memory operations, and control line activations. By executing every MIPS instruction—from arithmetic and logical operations to branches and memory loads—in a single clock cycle, the tool provides immediate clarity on fundamental CPU operations. Step through code, inspect $t0-$s7 registers, edit RAM values, and debug complex assembly routines in an intuitive interface. Whether you are preparing for CS exams, designing custom FPGA hardware, or teaching micro-architecture, this light, responsive tool turns abstract micro architecture theories into visual, interactive learning.
Original price was: ₹750.00.₹250.00Current price is: ₹250.00. -
MIPS32 ISA Simulator with Python is a practical software simulator for learning, developing, and experimenting with the MIPS32 Instruction Set Architecture. Built for students, educators, computer architecture researchers, and developers, it provides a Python-based environment for executing and analyzing MIPS32 instructions, registers, memory operations, arithmetic and logical instructions, branching, and program execution. Ideal for computer architecture courses, processor simulation, assembly programming, academic projects, and instruction-set research.
Original price was: ₹750.00.₹250.00Current price is: ₹250.00. -
MPLS Label Switching Simulator is a Python-based networking simulation tool designed to demonstrate and analyze Multiprotocol Label Switching (MPLS) concepts. Simulate label assignment, label switching, packet forwarding, LSP paths, and MPLS routing in an easy-to-understand environment. Ideal for networking students, researchers, developers, and academic projects.
₹9,999.00 -
Master network protocols and the 7 layer OSI model with our interactive OSI Layer Simulator built in Python. Visualize data flow, simulate protocol interactions, and troubleshoot network scenarios across all seven layers. Perfect for students, educators, and IT professionals seeking hands-on learning and practical experience in networking.
Original price was: ₹750.00.₹100.00Current price is: ₹100.00. -
PLD Family Timeline Simulator with Python 3.4.0 is an educational and analytical software tool for exploring the historical evolution of Programmable Logic Devices (PLDs). Designed with Python 3.4.0, the simulator helps users study major PLD families, understand their technological progression, and visualize the transition from early programmable logic technologies to more advanced programmable devices.
Ideal for electronics students, digital design learners, researchers, educators, and hardware enthusiasts studying PLD architecture, programmable logic, FPGA history, CPLD technology, and digital electronics.
Original price was: ₹750.00.₹150.00Current price is: ₹150.00. -
QAM Communication System Simulator – Explore and simulate Quadrature Amplitude Modulation (QAM) with this Python-based Communication System Simulator. Designed for students, researchers, and communication engineering enthusiasts, this project provides an interactive way to understand QAM modulation, signal transmission, noise effects, constellation diagrams, demodulation, and communication system performance using Python.
₹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 -
Rician Fading Simulator with Python is a wireless communication simulation tool designed for analyzing Rician fading channels, line-of-sight propagation, scattered signal components, and wireless channel behavior. Ideal for students, researchers, engineers, and Python developers, it can be used for Rician K-factor analysis, signal-processing research, communication algorithm testing, wireless channel modeling, and academic projects. The simulator provides a flexible Python-based environment for studying the impact of Rician fading on wireless communication systems.
Original price was: ₹750.00.₹250.00Current price is: ₹250.00. -
RISC-V RV32I Simulator in Python It can be able to emulate 47 base instructions, 32 registers & memory. Perfect for students, developers & researchers. A lightweight, pure-Python RISC-V RV32I Instruction Set Simulator (ISS). Accurately emulates the complete 32-bit base integer ISA with 32 registers, full memory model, and step-through debugging. Supports RISC-V assembly parsing, disassembly, and execution tracing. No dependencies, highly readable code – the best tool to learn computer architecture and test RISC-V programs without hardware.
Original price was: ₹750.00.₹100.00Current price is: ₹100.00.
