Automakers, chip companies differ on duration of semiconductor shortage

SAN FRANCISCO -- Automakers including GM Motors, Ford and Hyundai predict a near two-year chip constraint will ease in the second half of 2022, but automotive chipmakers, on the other hand, expect a recovery to take longer.

During their quarterly results reporting over the past two weeks, GM CEO Mary Barra projected the semiconductor shortage would diminish in the second half, Ford forecast a significant improvement in the second half after a first-quarter low in vehicle sales, and Hyundai predicted chip supply would return to normal levels in the third quarter of this year.

But leading automotive chipmakers like NXP and Infineon forecast a supply squeeze to persist despite production increases.

The differing outlooks on the most pressing issue facing the automobile industry prolongs uncertainty about its recovery from the coronavirus pandemic and risks hampering its efforts to transition to new, chip-intensive technologies such as electrification and safety and driving-assistant features.

The chip shortage will cost the global auto industry $210 billion in revenues and lost production of 7.7 million vehicles in 2021 alone, consultant AlixPartners estimated in September.

But the tide is definitely turning, according to the automakers.

Tesla, which managed chip supplies last year through strategies including writing new software to handle changes in chips, expects chip shortages to last through this year before easing next year.

CEO Elon Musk told an earnings call last month that the shortage was not a long-term issue, with factories increasing capacity and automakers guilty of panic buying of chips, which slowed the supply chain.

Chip maker Qualcomm was optimistic.

"I do think that a lot of our peers along with us are prioritizing the auto business and shipping as much as you can," Akash Palkhiwala, Qualcomm chief financial officer, told Reuters.

Leading automotive chipmakers, however, were less sanguine.

Infineon said on Thursday that the supply-demand balance would improve for some chips for the second half of this year, but that the market for mature chips -- crucial to automakers -- would remain tight.

"Supply limitations are far from over and will persist well into 2022," Infineon CEO Reinhard Ploss said during an investor call. Infineon is concerned that the spread of the Omicron COVID-19 variant would lead China, with its zero-COVID strategy, to shut down factories, limiting supply.

NXP also said that the industry would not get out of the supply-demand imbalance this year.

Semiconductor makers have an incentive to focus on the newest, most expensive chips, and Apple's Tim Cook said there were significant supply constraints on "legacy nodes," less sophisticated chips used in power management and display devices, although they are improving in the current quarter.

"There are a couple of the fabs that are going to come online towards the end of the year that will help those markets but not fully solve the problems," said Peter Hanbury, a partner at Bain & Company.

A chip factory takes a couple of years to build and another couple to get to maximum capacity, STMicroelectronics said. The company said in November that it would take until 2024 or 2025 to see a major increase in capacity.

Ford has partnered with U.S. chipmaker GlobalFoundries to reduce dependence on Taiwan's TSMC on older technology chips, which Ford CEO Jim Farley described as "feature rich."

"We are very dependent on TSMC for our feature-rich nodes. Obviously, the capacity is at risk over time as the industry moves to more advanced nodes, including us," Farley said during a conference call.

He said Ford would put cash up to work with GlobalFoundries on older node chips, though it will take time for the chipmaker to build the chips in the U.S.

"We have very painfully learned the lesson that we cannot manage the supply chain for these key components as we have," he said, adding that supply chain is critical to the transition to vehicle electrification and digitalization.