IonQ's Order Book Fills Up as Wall Street Starts Paying Attention

BofA Securities initiated IonQ coverage with a Buy rating and $60 price target, citing its scaling path and customer ties as hardware orders accumulate.

Bank of America Securities initiated coverage of IonQ on Monday with a Buy rating and a $60 price target, giving the quantum computing specialist its latest vote of confidence from the sell side. The analysts pointed to the company's semiconductor-based scaling path and its established customer relationships as core pillars of the thesis, while also flagging IonQ's breadth across quantum computing, quantum communication and quantum sensing as a differentiator in a crowded field.

The stock closed Friday's session at €38.64, up 19% over the past month, putting its market capitalization at roughly €15.79 billion. Shares now sit 71% above their 52-week low.

Hardware Commitments Pile Up Across Three Continents

Behind the market's renewed enthusiasm lies a string of concrete delivery agreements. On September 24, IonQ announced that Florida International University will take delivery of a Superion 256 system on campus toward the end of 2027, once the university's computing center is completed. The school becomes the company's primary academic partner in Florida.

That deal followed a September 21 disclosure of a multi-year partnership with SDT Inc., which covers the shipment of a Superion machine and a quantum memory module to South Korea. SDT intends to build a dedicated manufacturing and assembly facility in Gumi to support the arrangement.

A third installation is already on the books: roughly two weeks ago, IonQ confirmed that a Superion 256 will become the first quantum processor housed at Nvidia's Accelerated Quantum Research Center, also slated for 2027. The system is to be linked through NVQLink. Since that Nvidia announcement, the shares have added 3.4%.

Error Correction Moves From Theory to Silicon

On the technology front, IonQ reported on September 22 that it had demonstrated an end-to-end real-time decoder for quantum error correction running on a single standard processor. The tests covered simulated circuits of up to 408 logical qubits and more than 31.5 million quantum operations. According to the company, benchmark runs showed an additional processing delay of just 0.02%.

Reliable error correction is widely viewed across the industry as the gatekeeper for moving quantum machines beyond experimental trials into economically meaningful workloads. IonQ is already testing that premise in applied settings: together with Classiq and Israel Natural Gas Lines, it examined the computational planning of natural gas transport, running a simplified portion of the problem on its Forte-1 system.

What 2027 Will Test

With algorithmic work advancing and hardware orders signed, the coming years hinge on execution. The company's task is to hit its announced deployment timelines and manage the shift into sustained commercial operation — a transition that will determine whether the current optimism on both the technical and financial fronts holds up.