IBM Advances Quantum Computing with AMD Chips

On October 24, 2025, IBM announced a significant breakthrough in quantum computing by successfully executing a key error correction algorithm on field-programmable gate arrays (FPGAs) manufactured by Advanced Micro Devices (AMD). This achievement represents a crucial step toward making quantum computing more practical and accessible, as it demonstrates that complex quantum error correction can be performed on widely available, cost-effective hardware rather than expensive custom components.

IBM: Quantum Computing Algorithm Now Executes on AMD ChipsForthcoming IBM Paper Expected to Show Quantum Algorithm Running on Inexpensive AMD ChipsIBM Accelerates Quantum Roadmap, Runs Error Correction on Off-the-Shelf AMD ChipsIBM Runs Quantum Computing Algorithm on AMD FPGA Chips

The algorithm, first introduced by IBM in June 2025, is designed to detect and correct errors in qubits, the fundamental units of quantum computers. Jay Gambetta, IBM's Vice President of Quantum, emphasized the importance of this development, stating, “Implementing it, and showing that the implementation is actually 10 times faster than what is needed, is a big deal.” This performance enhancement suggests a pathway toward hybrid quantum-classical systems that can operate with lower costs and faster development cycles.

IBM: Quantum Computing Algorithm Now Executes on AMD ChipsIBM Accelerates Quantum Roadmap, Runs Error Correction on Off-the-Shelf AMD ChipsIBM Runs Quantum Computing Algorithm on AMD FPGA ChipsForthcoming IBM Paper Expected to Show Quantum Algorithm Running on Inexpensive AMD Chips

IBM's progress is part of a broader multi-year initiative to build a fault-tolerant quantum computer known as "Starling," targeted for completion by 2029. The recent success in running the error correction algorithm a year ahead of schedule underscores IBM's accelerating advancements in quantum technology. This work is also the first major technical outcome from a strategic partnership between IBM and AMD, formalized in August 2025, aimed at integrating quantum processors with classical high-performance computing systems.

IBM: Quantum Computing Algorithm Now Executes on AMD ChipsIBM Accelerates Quantum Roadmap, Runs Error Correction on Off-the-Shelf AMD ChipsIBM Runs Quantum Computing Algorithm on AMD FPGA ChipsForthcoming IBM Paper Expected to Show Quantum Algorithm Running on Inexpensive AMD Chips

IBM's announcement comes amid intense competition in the quantum computing sector, particularly following Google's recent claim of achieving "verifiable quantum advantage" with its new Quantum Echoes algorithm. Google's algorithm reportedly performed calculations 13,000 times faster than the best classical supercomputers, marking a significant milestone in the race to develop practical quantum machines. While IBM focuses on building a robust error-correction framework, Google emphasizes achieving speed and verifiability in quantum computations.

Google Achieves Verifiable Quantum Advantage With New ‘Quantum Echoes’ Algorithm on its Willow ChipGoogle Achieves Another Breakthrough in Quantum Computing: Nearly 13,000 Times FasterIBM: Quantum Computing Algorithm Now Executes on AMD ChipsGoogle Utilises Quantum Algorithm for Practical ComputationsIBM Accelerates Quantum Roadmap, Runs Error Correction on Off-the-Shelf AMD Chips

Microsoft and Amazon are also pursuing distinct strategies in this field. Microsoft is developing a dual approach involving neutral-atom quantum computers and topological qubits, while Amazon's AWS is engineering bosonic qubits designed to suppress errors at the hardware level. Each of these companies faces monumental engineering challenges as they strive to create scalable and practical quantum systems.

Google Achieves Verifiable Quantum Advantage With New ‘Quantum Echoes’ Algorithm on its Willow Chip

The successful demonstration of IBM's algorithm on AMD chips not only enhances the reliability of quantum systems but also signals a shift in the quantum computing narrative. The focus is moving from merely increasing qubit counts to engineering verifiable, repeatable, and practical systems. As the quantum computing landscape matures, the integration of quantum and classical computing resources is expected to pave the way for real-world applications in various fields, including drug discovery and materials science.

Forthcoming IBM Paper Expected to Show Quantum Algorithm Running on Inexpensive AMD ChipsIBM: Quantum Computing Algorithm Now Executes on AMD ChipsGoogle Utilises Quantum Algorithm for Practical ComputationsHassan Taher on the 2025 Nobel Prize: When Quantum Physics Escaped the Lab and Built a ComputerIBM Runs Quantum Computing Algorithm on AMD FPGA Chips

• “Implementing it, and showing that the implementation is actually 10 times faster than what is needed, is a big deal.” — Jay Gambetta, Vice President of Quantum, IBM

IBM Accelerates Quantum Roadmap, Runs Error Correction on Off-the-Shelf AMD Chips

• “This breakthrough is an important step towards the first practical application of quantum computing.” — Sundar Pichai, CEO, Google

Google Achieves Another Breakthrough in Quantum Computing: Nearly 13,000 Times Faster

IBM's recent advancements in quantum error correction represent a pivotal moment in the quest for practical quantum computing. As the company continues to refine its technology and collaborate with AMD, it positions itself favorably in a competitive landscape that includes major players like Google and Microsoft. The ongoing developments in this field suggest that the realization of reliable quantum computing systems is becoming increasingly attainable.

IBM: Quantum Computing Algorithm Now Executes on AMD ChipsIBM Accelerates Quantum Roadmap, Runs Error Correction on Off-the-Shelf AMD ChipsIBM Runs Quantum Computing Algorithm on AMD FPGA ChipsGoogle Achieves Another Breakthrough in Quantum Computing: Nearly 13,000 Times FasterForthcoming IBM Paper Expected to Show Quantum Algorithm Running on Inexpensive AMD Chips