Author: Mansour Khatib
An Electro-Thermal aware design environment system is the best solution for detecting thermal flaws and weaknesses to ensure reliable, high-performance integrated circuits. It helps in equalizing the on-die temperature distribution and to ensure optimal operation. This type of design environment performs in the background during the IC’s design process and can detect and eliminate thermal issues early in the design stage. Implementing machine learning techniques within thermal analysis and simulation enables the processing of huge chip data with a high level of accuracy and at high speed. The use of ML means improving vast/complex big data processing, rapid thermal analysis, working flow, and maintaining the chip’s thermal integrity.
GBT Technologies [OTC:GTCH] introduces an innovative flow, methodology, and techniques, enabling thermal behavior of integrated circuits, providing successful solutions for weaknesses and risks. This system is accurately analyzing the chip’s circuitries, detecting hot zone, and offering methods of eliminations. It can be easily integrated into a traditional design flow as an add on or a separate application. This system reduces the temperature gradients and makes the flow of temperature distribution smooth and effective. The process of obtaining an Electro-Thermal closure using thermal analysis and repair is known as Thermal Integrity and GBT’s technology is enabling an efficient, advanced solution to design reliable, high-performance microchips.
GBT Technologies is a fast-growing and innovative technology solutions provider engaged in the development of Internet of Things (IoT) and Artificial Intelligence (AI) enabled networking and tracking technologies, including wireless mesh network technology platform and fixed solutions, development of an intelligent human body vitals device, prepaid services, asset-tracking IoT, and wireless mesh networks. To learn more about the exciting advancements, please click here