IC Design
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TSMC Brings Advanced Chip Design to Munich as Europe Chases AI Edge Plans to establish a chip design centre in Munich, Germany, were announced by TSMC, the world’s largest contract semiconductor foundry. The new facility is intended to support European clients in developing high-performance, high-density, and energy-efficient integrated circuits. According to Paul de Bot, President of TSMC Europe, the Munich Design Centre intends to focus on design… |
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Nuvoton Launches 4th Generation Gerda HMI Display ICs for Automotive Safety and UX Nuvoton Technology Corporation Japan (NTCJ) has started mass production of its 4th-generation Gerda HMI display ICs, available in three variants. These ICs are designed to support future vehicle display systems, including electronic mirrors, AR head-up displays, and digital clusters, striving to improve driver visibility, comfort, and security. Gerda-4M addresses optical challenges in… |
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Designing of RAM in VHDL using ModelSim If you had gone down to a nearby laptop store for purchasing one, you would have come across the terms “DDR4 DDR3”. For those who are unfamiliar with "DDR4 DDR3", these are different versions of RAM (Random Access Memory). We users always look for better versions of RAM such that there is a seamless performance by the system. Guess what, in this tutorial we are going to… |
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Implementing Finite State Machine Design in VHDL using ModelSim FSM (Finite State Machines) is a simple state machine or a mathematical model of computation. Each FSM has a finite number of states, inputs, outputs, and rules to change from one state to the other state. FSM is defined by a finite number of states and switches from one state to the other when specific input is given to the state machine. FSM’s are widely used in vending machines,… |
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How to Implement a Register in VHDL using ModelSim Registers are common electronic components that are used in devices to store data. These are the smallest data holding elements which store the operands or instructions that are being processed by the CPU. There are different types of Registers, namely Instruction Registers, Program Registers, ALU Registers, General Purpose Registers, and so on. They differ in the number of bits that can be… |
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How to Implement Adders and Subtractors in VHDL using ModelSim The moment we are asked to do big calculations, we reach out to the calculators to find the answers. But do we know how calculators perform the operations? The calculators have integrated chips that take care of the operations and give us the results. Adders and Subtractors are the basic elements of any ALU’s/Calculating Devices in this modern electronics world. In this… |
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How to Design your own Multiplexer and Demultiplexer ICs using VHDL on Modelsim As a human, if you were asked to select your favourite food or favourite car, how would you compare your choices and conclude an answer? Of course, the answer for the above varies from person to person depending upon their personal preferences and the result will depend on individual choices. It’s a cardinal aspect of our life but the main picture here is that we humans have… |
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How to Design a Simple Boolean Logic based IC using VHDL on ModelSim? Ever thought of designing your own IC for a specific boolean logic application? Say you want to design an IC where it dispenses Tea, Coffee, Milk-based on the input choice given in an automated cafeteria or you want to actuate mechanical components/light/tasks depending upon the conditions. Boolean logic plays a major role in our day-to-day life. Well, boolean… |
