Equal1's QSoC processors, integrating a complete quantum computing system onto one chip, usher in a groundbreaking computing advancement — Quantum Servers.
QUANTUM COMPUTING: HARNESSING NATURE'S OPERATING SYSTEM
Quantum computing leverages quantum mechanics, nature's fundamental operating system, to unlock unprecedented computational power.
Unlike classical computing's binary bits (0 or 1), quantum computing utilizes quantum bits, qubits, which can exist in a superposition of both 0 and 1 simultaneously, enabling parallel computation. Entangling multiple qubits yields exponential compute performance that can be targeted at hitherto currently unapproachable problems.
SCALABLE QUANTUM COMPUTERS
First-generation quantum computers are engineering marvels, exhibiting a Schrödinger-esque paradox: they demonstrate the feasibility of quantum computing, yet also reveal their limited commercial potential. These systems entail considerable construction and operating expenses and struggle to achieve the qubit capacity needed for high-performance, fault-tolerant quantum computing.
Equal1 Quantum System-on-a-Chip (QSoC) processors— groundbreaking quantum silicon that integrates entire quantum computing systems onto a single chip — overcome first-generation limitations.
Classical computers always progressed
with the advancement of silicon processors.
Quantum Computing will follow the same silicon path.
A QUANTUM LEAP FORWARD
FOR QUANTUM COMPUTING
Equal is the first company to demonstrate silicon qubits using standard CMOS processes. Our groundbreaking QSoC processor, integrate a complete quantum system— millions of spin qubits, measurement and control microelectronics, AI-powered real-time error correction and high-speed I/O—into a single, programmable chip manufactured on a low-cost foundry CMOS process.
Millions of spin
qubits in silicon
Silicon is the sole viable technology for scaling to millions of qubits required for high-performance quantum computing.
Dedicated hardware logic and AI models surround qubit arrays, providing real-time error detection and correction.
Integrated quantum control microelectronics
Integrated qubit control, measurement, memory, and high-speed I/O enhance performance while eliminating off-chip component requirements.
Equal1's groundbreaking QSoC technology — a complete quantum system on a single chip — paves the way for quantum servers, a game-changing breakthrough for the industry.
With QSoC single-chip, minimal external components, integrated cryocooler, and a mere 1.5kW power consumption, Equal1 quantum servers will stand free or slot into standard rack configurations.
The Future of On-Premise Computing
With QSoC technology, minimal external components, an integrated cryocooler, and a mere 1.5kW power consumption, Equal1 desktop-sized quantum servers can readily integrate into standard rack configurations, facilitating on-premises deployment.