TSMC

The hosts introduce this as a remastered 2021 episode, returning to TSMC before the company became a familiar name to a much larger Acquired audience. Their 2025 preface frames the company as a manufacturing superpower: they say TSMC makes leading-edge processors for Apple, NVIDIA, AMD, Qualcomm, Broadcom, and cloud providers, and note that its market capitalization had grown from about $550 billion in 2021 to more than $1 trillion. These are the hosts' contemporary framing and figures, distinct from the historical narrative that follows. The central premise is that a company most people had not heard of had become essential to smartphones, AI, cloud computing, cars, and other technologies.

The original 2021 episode was prompted by a global chip shortage, which the hosts say was affecting products such as Ford's F-150. They present TSMC as an unusually consequential company: it is based in Taiwan, whose political status is disputed, and its story combines a founder's career with the development of a global semiconductor supply chain. The hosts also caution that the show is not investment advice, even as they discuss companies they may own. Their framing makes geopolitics and manufacturing capacity part of the company's business story rather than side topics.

The story begins in Ningbo in 1931, where Morris Chang was born to a family that was relatively comfortable but not wealthy. His father worked first as a county official and later as a bank manager, and the family moved as his job changed. When the Second Sino-Japanese War began, Morris and his mother fled to Hong Kong; after Japan attacked Hong Kong following Pearl Harbor, they returned to China and later fled again during the Chinese Civil War. Before he turned 18, Chang had lived through the Second Sino-Japanese War, World War II, and the Chinese Civil War. In 1949, the year the People's Republic of China was established, an uncle in Boston helped him get accepted to Harvard.

Chang later described arriving at Harvard with exhilaration and disbelief, praising the United States for its wealth, democratic institutions, and moral and political leadership. Ben emphasizes that political and economic stability made long-term innovation possible. The hosts do not suggest that stability guaranteed Chang's success; rather, it gave him a chance to pursue a technical career without having to flee again. His path would still require several major changes in direction.

At Harvard, Chang faced the practical problem of supporting himself without his parents in the United States. He later described a narrow set of respectable professions open to Chinese Americans in the early 1950s, listing laundry and restaurant owners, engineers, and professors while noting the absence of Chinese lawyers, accountants, and politicians. Harvard did not have an undergraduate engineering program, so after his freshman year he transferred to MIT to study mechanical engineering. He completed both his bachelor's degree and a master's degree in the remaining three years. The hosts use this history to explain the choices he made, while acknowledging that his ethnicity likely constrained his perceived opportunities.

The hosts place Chang's graduation in a semiconductor industry that was still taking shape. They describe postwar defense spending, Bell Labs, vacuum tubes, and early transistors, noting that silicon and integrated circuits were still years from becoming the industry standard. Germanium was the main semiconductor material, while early research was beginning to establish the transistor-based technologies that would later underpin computing. This context makes Chang's decision to enter semiconductors less like joining a mature industry and more like moving into a field whose commercial form had not yet been established.

After completing his master's degree, Chang hoped to earn a PhD, but he failed the qualifying examination twice. The hosts recount this with affection: Chang later joked that the school had generously given him a second chance, which he also failed. His dry humor appears again when he is asked how he quit smoking; he says he never stopped. The hosts briefly relay his joking claim that pipe smoking had benefited his mental life and that pipe smokers lived longer, while Ben immediately notes that data can be found to support or refute such a claim. The anecdote establishes Chang's character and humor, not reliable medical guidance.

After MIT, Morris Chang had two job offers: Ford offered $479 a month, while Sylvania's new semiconductor division offered $480. According to the story repeated by the hosts, Chang asked Ford to match Sylvania's offer, and when it declined, he chose Sylvania. The hosts joke that this was a consequential decision over one dollar, but the more important choice was moving into a new industry. At the time, technology was still a small field, and Chang did not have electrical-engineering training; he entered as a mechanical engineer learning semiconductor production on the job.

At Sylvania's Massachusetts plant, Chang was assigned to a junior engineering role. He studied William Shockley's recent semiconductor textbook in his company hotel after work. A senior engineer who frequented the hotel bar became an informal teacher: Chang would bring the book, ask questions, and buy him drinks. The hosts describe this as a resourceful way to fill a gap in his formal training. Over three years, Chang worked and learned while watching the semiconductor industry take shape around him.

The hosts say Sylvania's own leadership made Chang question whether it was a place to build a career. One senior manager described the company as unable to make what it could sell or sell what it could make. Chang left for a stronger platform, Texas Instruments, at a moment when TI was a leading semiconductor company. The contrast is important to his later strategy: Chang learned both how manufacturing processes could be improved and how a company could lose its position when its products and capabilities no longer fit what customers wanted.

At TI, Chang was assigned to help with a transistor line supplying IBM's 7090 mainframe, which used transistor logic instead of vacuum tubes. IBM wanted a second source because it expected demand to exceed its own production capacity. The arrangement resembles an early contract-manufacturing relationship, although it was not yet a pure foundry market. The production problem was severe: the hosts report about 10% yield at IBM and effectively 0% at TI when Chang arrived. Using his mechanical-engineering background to adjust manufacturing processes, Chang raised TI's yield to 20% in roughly four months, twice IBM's reported rate. The interview presents this as his first major demonstration of the value of process improvement.

The hosts explain why the manufacturing improvement mattered by contrasting individual transistors with an integrated circuit. Before an IC, a manufacturer had to make switches separately and wire them together; the integrated circuit made it possible to put many switches on a single component. This technical distinction helps explain why semiconductor production would become increasingly difficult as chips incorporated more transistors and required more advanced manufacturing processes.