SkyWater Technology Inc. plans to go public, becoming the second Minnesota company this year to join the surging number of initial public offerings as investors continue driving U.S. stock markets to new highs.
Last week, Sun Country Airlines issued shares worth $200 million that soared 52% on the first day of trading.
Bloomington-based SkyWater filed notice with securities regulators late Monday to issue shares on the Nasdaq Stock Market under the market symbol SKYT. The firm and its underwriters have not determined the precise number of shares nor the price. However, the document showed that SkyWater aims to raise $75 million to be used for working capital and general purposes.
The decision shows that SkyWater executives and its principal owner, the St. Louis Park-based investment firm Oxbow Industries LLC, are confident enough in their strategy to sell it to institutional investors and the public.
The company, which has its roots in the Minnesota high-tech pioneer Control Data Corp., has flourished in recent years as a maker of chips designed by other firms that don't need the huge output and latest chipmaking technology offered by the industry's largest fabricators.
Amid a sharp fluctuation in the broader chip industry because of the pandemic and recession, SkyWater's revenue rose about 3% last year to $140.4 million, the listing notice said. It posted a net loss of $19.7 million, widening from a loss of $16.4 million in 2019.
Factories like SkyWater that were on the cutting edge in the 1980s and 1990s have been running at full strength again in recent years, when capacity at the industry's leaders was consumed by chips for smartphones, tablets and PCs.
Because of its history in the mainframe era in which Control Data was a leader, SkyWater's factory, built in the 1980s, has long been certified as a trusted producer by the U.S. government and military. The plant has been expanded a few times, most recently last year after SkyWater received an investment from the Department of Defense to be able to make chips that are known as rad-hard because they stand up to radiation and other rigors.