Dynex Head-to-Head with Industry Leaders

Dynex has conducted comprehensive head-to-head comparisons by running the same quantum gate circuits on multiple platforms (Dynex, IBM AER and IBM QPU), with increasing circuit complexity. These tests, accompanied by source codes for reproduction and real-time screen recordings, clearly demonstrate Dynex’s superior capability.

Quantum gate circuits with growing complexity, from 2⁸ to 2⁶⁴, benchmarked up to 2¹⁰⁴

As the complexity of the quantum gate circuits increases, Dynex remains the only technology able to compute these circuits efficiently, while the other tested solutions struggle to handle the same level of complexity. This reinforces Dynex’s position as the leading quantum-computing-as-a-service (QaaS) provider for scalable, large-scale quantum circuit computations.

Head-to-head comparison screen recordings of the real-time execution of n-bit adder quantum gate circuits with growing complexity: 8 bit, 16 bit, 32 bit, 64 bit, 88 bit and 104 bit respectively.

In the performed benchmarks, Dynex has successfully computed quantum gate circuits with a complexity of up to 2¹⁰⁴, consistently returning the correct results for the quantum circuit operations. In comparison, IBM Aer can handle computations with a complexity up to 2¹⁶, producing correct results. However, the IBM QPU (127-qubit Eagle r3) fails to compute accurate results beyond 2⁸ and is unable to return correct sample results at higher complexities.

[1] Performed on Dynex Quantum-as-a-Service (QaaS) on 18–12–2024 [2] Performed on IBM AerSimulator [3] Performed on IBM Quantum Platform, 127 qubits, 30K CLOPS, Eagle r3 QPU

The following IBM dashboard screen displays the results of executing the benchmark’s 8-bit adder quantum gate circuit on IBM’s Eagle r3 QPU. The probabilistically determined best result was “10010011” (147), observed with a frequency of 12, while the expected, correct outcome, “11001000” (58 + 124 = 200), was reported with a frequency of only 5. This discrepancy can be attributed to error correction issues inherent in hardware quantum-mechanical based systems, which is a major disadvantage compared to Dynex. In contrast, Dynex experiences significantly fewer error correction challenges, ensuring more reliable and accurate results.

Results of executing the benchmark’s 8-bit adder quantum gate circuit on IBM’s Eagle r3 QPU. The probabilistically determined best result was “10010011,” observed with a frequency of 12, while the correct outcome, “11001000,” was reported with a frequency of only 5 (Source: IBM Quantum dashboard).

IBM Eagle r3 QPU metrics are showing a performance of 30K CLOPS and a 2Q error (layered) of 1.69e-2 (Source: IBM Quantum dashboard).

About Dynex

Dynex’s leading Quantum-as-a-Service (QaaS) technology, offers businesses an affordable, accessible and scalable solution for quantum computing underpinned by a robust commitment to ethical integrity. With cost-effective subscription plans available to everyone, Dynex enables industries to solve real-world problems at scale with unparalleled computational power. Dynex plays a key role in the next megacycle in computing: Quantum. Across academia and different industries including artificial intelligence, pharmaceuticals, finance, aerospace and many more, Dynex drives exponential growth in the most complex fields, meeting the increasing demand for advanced computing solutions. Within the Dynex Ecosystem, Dynex Moonshots serves as the strategic, investment and ethical steward, advancing quantum technology to deliver pioneering solutions across nature, health, society and space. Dynex is recognized as a 2024 Technologist of the Year as part of Fast Company’s Next Big Things in Tech Award.

Dynex’s team consists currently of 67 dedicated professionals, with a strong focus on scientific and quantum expertise. Among the team, 6 individuals are core developers, driving the development of our core technologies. Another 6 are academic and science developers, contributing deep research and knowledge to the platform’s innovative features. The leadership team, composed of 9 members, includes experts in quantum computing and AI, overseeing the strategic direction of Dynex’s scientific initiatives. Additionally, the ethical committee and advisors, numbering 6 and 7 respectively, play a crucial role in ensuring the integrity and alignment of Dynex’s innovations with ethical standards. The support team of 13 and other departments, such as business development and marketing, ensure the smooth operation and global outreach of Dynex’s cutting-edge quantum solutions.

Learn more at https://dynex.co/