[18:07] 李水星
Main Features: The LPC process is relatively simple and easy to pick up. The GUI interface of LPC offers greater usability compared to existing tools, with commands easier to access and results clearer, enabling quick debugging for identified issues. By utilizing novel data structures, algorithms, and efficiently leveraging multi-threading programming techniques, it significantly enhances the performance and versatility of low-power design EDA software.
Specifications: Supports various industry-standard inputs.
Application Areas: Widely used in high-performance SoCs, CPUs, GPUs, DPUs, and various types of chips in applications such as AI, large models, new energy vehicles, 5G, and more.
Key Advantages: The EnnoCAD LPC Low Power Check Tool employs innovative data structures and algorithms, not only completing checks comparable to mainstream tools but also significantly reducing tool runtime and decreasing the number of repetitive errors. Through customer testing, we observed a speed increase of 2-3 times. Additionally, the tool's algorithm adopts efficient multi-threading programming techniques, enabling a speed enhancement of up to 5-6 times when running on multiple cores compared to single-threaded operation. In terms of power estimation, early traditional power tools faced issues such as opaque algorithms, unstable results, and long runtimes.
Competitive Advantage: Easy to learn and quick debugging compared to competitors.