Use DVT IDE for Hardware Design
AMIQ’s Design and Verification Tools (DVT) IDE is a powerful development environment for hardware engineers working with HDL languages like Verilog, SystemVerilog, and VHDL. Let’s explore what DVT ...
AMIQ’s Design and Verification Tools (DVT) IDE is a powerful development environment for hardware engineers working with HDL languages like Verilog, SystemVerilog, and VHDL. Let’s explore what DVT ...
Data quantization is a crucial technique in the field of neural networks, particularly when it comes to deploying models on hardware with limited computational resources. In this blog post, we’ll e...
Cadence Innovus is a powerful tool for physical design of integrated circuits. In this post, we will see some useful commands for wire editing in Innovus. Below commands are verified on Innovus 22...
🖥️ Tmux Cheatsheet Table of Contents Sessions Windows Panes Copy Mode Misc Help Sessions Description Shell Command Tmux Command Shortcut ...
Let’s talk about something that keeps chip designers up at night: making last-minute changes to their designs. In the world of integrated circuit (IC) design, mistakes happen, and sometimes you nee...
Gem5 is a popular open-source computer architecture simulator that allows you to model and analyze the performance of hardware systems. To get started with Gem5, you’ll need to set up a working env...
In VLSI physical design, specifically during the Place and Route (PnR) phase, controlling the placement of standard cells or modules is crucial for achieving optimal performance and meeting design ...
In the realm of physical synthesis, managing unit consistency across different tools and libraries is critical for achieving accurate and optimal results. This blog will show the challenges and sol...
In the world of Very Large Scale Integration (VLSI) design, achieving precise timing analysis is crucial to the success of a project. Designers strive for accuracy not only to ensure functionality ...
In many digital signal processing applications, it’s often necessary to perform operations that involve fixed-point arithmetic. When working with fixed-point numbers, we need to be mindful of poten...