U.S. government bonds are once again offering investors yields around 5%, but the long-term Treasury market may still struggle to compete with the potential returns from artificial intelligence infrastructure, according to a senior Goldman Sachs executive.
Anshul Sehgal, Goldman’s global co-head of fixed income, currencies and commodities, said investors looking for an asymmetric opportunity should favor the infrastructure supporting the AI boom, including data centers and so-called neocloud providers that rent computing capacity to companies developing and running AI models.
“Personally, I think the asymmetric expression is being long compute,” Sehgal said on Goldman’s “The Markets” podcast published Friday.
The argument comes at an important point for markets. The Federal Reserve raised interest rates last week and signaled that another increase could come later this year, pushing long-term Treasury yields higher. Yields on longer-dated government bonds have climbed to their highest levels in more than two decades, bringing fixed income back into focus after years in which investors had little compensation for holding government debt.
A 5% yield on a long-term Treasury provides a substantially more attractive income stream than bonds offered during the ultra-low-rate era. But Sehgal argues that the opportunity cost of choosing that relatively predictable return could be high if spending on AI infrastructure continues to accelerate.
His preferred trade is not necessarily a broad bet on technology stocks. Instead, he is focusing on the physical infrastructure required to support the expansion of AI computing, including data centers and neocloud companies. That is considered relevant as the AI investment cycle moves beyond model development and into a capital-intensive buildout of computing capacity, electricity, networking equipment, and data centers.
Sehgal also argued that higher interest rates have not necessarily undermined this investment cycle.
One reason is that higher rates increase income for savers and investors holding interest-bearing assets. Some of that capital can ultimately flow into the financial system and help fund the companies building AI infrastructure. Analysts note that this creates an unusual dynamic for monetary policy. Higher rates increase the cost of financing data centers and other capital-intensive projects, but they also increase the income available to investors providing capital to those projects.
For Sehgal, the potential upside from AI infrastructure outweighs the attraction of locking in today’s elevated Treasury yields.
While he expects bond yields could decline modestly from current levels, he said AI investments “can go up multiplicatively.”
That does not mean he expects the entire stock market to benefit equally from the AI boom.
“I think long compute just makes a lot of sense to me here,” Sehgal said. “But does that mean that the broader equity complex should do very well? It’s less clear.”
The statement appears to highlight one of the central changes taking place in the AI trade. Investors have to separate companies that benefit directly from rising demand for computing capacity from businesses whose exposure to AI is more indirect.
The infrastructure side of the market has already attracted enormous amounts of capital. Data-center developers, chipmakers, power providers and specialist cloud companies are all seeking to expand capacity as AI companies require large amounts of computing power for both training and inference.
The economics are also different from those of many software businesses. Building AI infrastructure requires large upfront investments, long-term power arrangements, and access to scarce equipment. The companies able to secure customers and maintain high utilization can potentially generate substantial cash flows from that installed capacity.
That is part of the reason investors have been treating “compute” as a distinct asset theme rather than simply another technology-stock trade.
Also, the higher-rate environment creates a test for the AI infrastructure boom. Data centers require billions of dollars in capital, meaning financing costs matter. If rates remain elevated for longer, projects with weak customer commitments or uncertain economics could become harder to justify.
Sehgal’s argument therefore rests partly on the assumption that demand for AI computing will continue to grow fast enough to support the enormous capital being deployed.
His comments also challenge the idea that rising Treasury yields automatically make the AI trade less attractive. If the AI infrastructure buildout produces returns that exceed the cost of capital, higher rates may simply change which projects get funded rather than halt the investment cycle.
Goldman Executive Dismisses Worst-Case U.S. Debt Concerns
Sehgal was also relatively sanguine about concerns surrounding the sustainability of U.S. government debt. He argued that investors may be overstating the implications of Washington’s large fiscal deficits because an increasing portion of government spending is now represented by interest payments to holders of Treasury securities rather than new government spending entering the broader economy.
“That does not accrue to labor. That accrues to capital. That accrues to the top decile of wage earners,” Sehgal said.
His argument is that the composition of government spending matters as much as the headline deficit. Interest payments transfer income to holders of government debt, rather than necessarily generating the same immediate economic stimulus as spending on infrastructure, wages or government programs.
Sehgal also pointed to the relationship between nominal economic growth and the deficit. Annual U.S. budget deficits have remained around 6% to 7% of GDP, he said, while nominal GDP has grown by roughly 6% annually over the past four years.
That combination has limited the deterioration in the debt-to-GDP ratio relative to what the size of the deficits alone might suggest.
“I don’t think the sustainability issue is really that credible in the long run,” Sehgal said.
The argument does not eliminate the risks associated with higher U.S. borrowing costs. If Treasury yields remain elevated, the government’s interest bill can continue to increase as existing debt matures and is refinanced at higher rates. That can put further pressure on future budgets.
But Sehgal’s broader point is that the market should distinguish between the level of U.S. debt and the economic consequences of servicing that debt.
That argument leaves a striking contrast for investors. Treasury yields near 5% now provide a meaningful income return and a potential source of capital preservation, while AI infrastructure offers considerably greater potential upside but comes with substantially greater execution, valuation, and demand risk.
Sehgal’s preference for “long compute” ultimately marks a bet that the AI infrastructure cycle is still in its expansion phase and that the demand for computing power will grow faster than the market’s ability to supply it.
If that happens, the companies controlling scarce computing capacity, data-center space, and related infrastructure could capture a significant share of the economic value created by AI, even if the broader equity market becomes more difficult for investors.
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