Fisher Zhang 张震宇
General Manager, Complex SOC BU, Asia, Teradyne
泰瑞达Complex SOC 事业部亚太区总经理

讲师简介 / Speaker Bio

Fisher Zhang is General Manager of Complex SOC Business Unit in Asia, Semiconductor Test Division at Teradyne. His focus includes leading edge solutions in Cloud AI, Computing, Automotive, Wireless as well as innovation and excellence in emerging market.

Fisher has been in Semiconductor Automated Testing (ATE) industry for more than 17 years. He joined Teradyne in 2017 and prior to that, he held different roles as expert / manager in application engineering, sales and marketing at Advantest and Cohu.

Fisher received B.S. and M.S. in Circuits and System and Information Engineering from Southeast University in 2003 and 2006 respectively.

摘要 / Abstract

Autonomous Driver Assistance Systems (ADAS) technology has experienced significant adoption in contemporary vehicles, and this trend is anticipated to persist. The escalating complexity of semiconductor chips is a pivotal factor contributing to this trend, as it serves as a component of the solution for software-defined vehicles (SDVs). Furthermore, the mounting pressure to expedite the time-to-market process has become increasingly critical, particularly in the context of the compressed automotive release cycle.

However, there are several challenges associated with this adoption. One significant challenge lies in the harmonious integration of chip complexity, time-to-market requirements, and the imperative to maintain high-quality standards throughout the entire chip product lifecycle. Testing emerges as a pivotal step in this process, and as the linchpin of the testing process, it plays a vital role in augmenting the value of automotive products.

Conversely, DevOps has gained widespread adoption within the software development industry, offering automation, collaboration, continuous integration, and continuous improvement. Integrating DevOps into testing, known as DevOpsForTest, automates the testing pipeline, encompassing program development, release, and yield enhancement. Additionally, rule checkers and regression tests can be implemented to continuously refine the quality of test results.