This AI stock soared, and Goldman sees more room to run

This AI stock soared, and Goldman sees more room to run


Copper isn’t dead in the AI arms race. And a veteran Goldman Sachs analyst believes one of the biggest winners in the race faces more growth ahead.

Credo Technology (CRDO) is not an Nvidia (NVDA) — at least not yet. The stock often gets overshadowed by larger players in the AI race. However, even after surging 180% in 2025 on exploding data-center demand, Credo just got a major Wall Street endorsement.

Goldman started coverage with a buy rating and a $165 price target, which represents approximately 27% upside from recent levels.

In the note, Goldman made its thesis clear.

The call is significant because it goes to the heart of the issue for one of AI infrastructure’s biggest debates. The question is, will optical networking quickly replace copper, or does copper still have a multi-year runway?

Goldman has made its decision. It’s in the second camp.

This AI stock soared, and Goldman sees more room to run
Goldman just made a bold call on a surging AI stock.Photo by Piaras Ó Mídheach on Getty Images · Photo by Piaras Ó Mídheach on Getty Images

Credo’s proposition is unique in an overcrowded AI market. Compared to Palantir, a software company, Credo’s approach is a strategic advantage, since it is a pick-and-shovel play.

Credo’s business is bedrocked on the cables that link AI servers within hyperscale data centers.

Related: Bank of America drops a surprising Nvidia warning before earnings

Credo has the most market share in high-speed Active Electrical Cables.

These cables connect GPUs inside AI clusters and plug into racks of servers, the very infrastructure that makes Nvidia’s chips — and the chips of large companies including Amazon, Microsoft, and Meta — work.

At that scale, connection speed and reliability are becoming critical to the mission.

Goldman argues that for short-range connections inside racks and between adjacent racks, copper-based AECs offer an ideal mix.

  • They are less expensive than optical options.

  • Copper-based AECs can reduce power use by up to 50%.

  • They offer high signal integrity.

  • Copper-based AECs minimize “link flaps,” which are short breaks in the connection that can stop an AI cluster from training.

Even a short break can be very expensive when working with huge AI workloads that can run for days.

A longstanding debate dominating the stock markets is how long copper can compete against optical solutions. Goldman says the transition is slower than initially feared.

About 80% of data-center switching ports are expected to remain at speeds where copper solutions are still useful until 2030, based on industry forecasts, Goldman added. It forecasts that the move to higher lane speeds will be slow, even as speeds rise, keeping copper useful “until at least 2032.”


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