ON Semiconductor: How a $100 Investment 15 Years Ago Grew to Over $1,000
The power semiconductor leader's long-term growth underscores a massive industry shift toward electric vehicle technology and silicon carbide efficiency.
A long-term investment in ON Semiconductor (ON) has yielded substantial returns for shareholders over the last decade and a half. The company's strategic pivot toward high-efficiency power solutions has transformed it into a primary beneficiary of the global transition to electric transport.
According to data from Benzinga, an investor who placed $100 into ON Semiconductor stock 15 years ago would see that investment worth $1,049.28 today. This valuation is based on a share price of $72.45 at the time of the report, representing a tenfold increase in value for early backers of the firm.
The Pivot to Silicon Carbide
ON Semiconductor has established itself as a leading supplier of power and sensing solutions tailored for the industrial and automotive markets. While the company maintains a broad portfolio, its recent growth has been driven by a significant strategic shift toward silicon carbide (SiC) technology. Unlike traditional silicon, SiC allows power electronics to operate at higher voltages and temperatures with greater efficiency, which is critical for the performance and range of electric vehicles (EVs).
Industry Implications
The performance of ON Semiconductor serves as a benchmark for the broader semiconductor industry's move toward energy efficiency. As automotive manufacturers move away from internal combustion engines, the demand for specialized power semiconductors has surged. The company's ability to capture this market reflects a wider trend where semiconductor growth is no longer tied solely to consumer electronics or computing, but to the fundamental electrification of global transport infrastructure.
Future Outlook
Investors continue to watch ON Semiconductor as a proxy for the health of the EV supply chain. While the 15-year return demonstrates the success of its long-term strategy, the company's future trajectory remains tied to the adoption rate of SiC technology and the continued expansion of the automotive electrification market. Market analysts will likely monitor how the company scales its production capacity to meet the evolving needs of next-generation electric powertrains. This scaling will be essential as the industry moves from early adoption to mass-market integration of high-efficiency power modules.