The world’s first quantum computer on a chip
The world’s first quantum computer on a chip
The world’s first quantum computer on a chip
SEEQC’s System-on-Chip approach integrates classical Single Flux Quantum (SFQ) logic with quantum circuits on the same cryogenic platform. By eliminating miles of cabling and reducing latency, our architecture makes quantum scalable, and energy-efficient.
SEEQC’s System-on-Chip approach integrates classical Single Flux Quantum (SFQ) logic with quantum circuits on the same cryogenic platform. By eliminating miles of cabling and reducing latency, our architecture makes quantum scalable, and energy-efficient.
SEEQC’s System-on-Chip approach integrates classical Single Flux Quantum (SFQ) logic with quantum circuits on the same cryogenic platform. By eliminating miles of cabling and reducing latency, our architecture makes quantum scalable, and energy-efficient.
The biggest challenge to quantum computing is scaling. SEEQCs integrated digital chips are the solution.
The biggest challenge to quantum computing is scaling. SEEQCs integrated digital chips are the solution.
The biggest challenge to quantum computing is scaling. SEEQCs integrated digital chips are the solution.
No matter the qubit modality or role in the quantum ecosystem, everyone is faced with the same challenge of scaling. By integrating room temperature control functions and classical Single Flux Quantum (SFQ) logic with quantum circuits and placing it side by side with the qubit inside the same cryogenic platform, SEEQC’s architecture makes quantum scalable, and energy-efficient.
No matter the qubit modality or role in the quantum ecosystem, everyone is faced with the same challenge of scaling. By integrating room temperature control functions and classical Single Flux Quantum (SFQ) logic with quantum circuits and placing it side by side with the qubit inside the same cryogenic platform, SEEQC’s architecture makes quantum scalable, and energy-efficient.
No matter the qubit modality or role in the quantum ecosystem, everyone is faced with the same challenge of scaling. By integrating room temperature control functions and classical Single Flux Quantum (SFQ) logic with quantum circuits and placing it side by side with the qubit inside the same cryogenic platform, SEEQC’s architecture makes quantum scalable, and energy-efficient.
By placing control on a digital chip together with the qubit, we have created the world’s first integrated quantum processor chip. Increasing speed, latency and fidelity, while using less energy, lowering cost and getting rid of cables and complexity.
By placing control on a digital chip together with the qubit, we have created the world’s first integrated quantum processor chip. Increasing speed, latency and fidelity, while using less energy, lowering cost and getting rid of cables and complexity.
By placing control on a digital chip together with the qubit, we have created the world’s first integrated quantum processor chip. Increasing speed, latency and fidelity, while using less energy, lowering cost and getting rid of cables and complexity.
Conventional System
Conventional System
Conventional System
Redefining Architecture
Redefining Architecture
Redefining Architecture
Quantum-on-Chip
Quantum-on-Chip
Quantum-on-Chip
We place the control system at the same 20 mK stage as the Qubits, using SFQ digital pulses.
We place the control system at the same 20 mK stage as the Qubits, using SFQ digital pulses.
We place the control system at the same 20 mK stage as the Qubits, using SFQ digital pulses.
Quantum Architecture
Simplified
Quantum Architecture
Simplified
SEEQC’s Quantum Computing System-on-Chip integrates classical Single Flux Quantum (SFQ) logic with quantum circuits on the same cryogenic platform. By placing the control electronics at the same temperature stage as the qubits, SEEQC eliminates bulky cabling, reduces noise, and dramatically improves performance. This architecture makes quantum operations faster, more energy-efficient, and scalable for real-world applications.
SEEQC’s Quantum Computing System-on-Chip integrates classical Single Flux Quantum (SFQ) logic with quantum circuits on the same cryogenic platform. By placing the control electronics at the same temperature stage as the qubits, SEEQC eliminates bulky cabling, reduces noise, and dramatically improves performance. This architecture makes quantum operations faster, more energy-efficient, and scalable for real-world applications.
SEEQC’s Quantum Computing System-on-Chip integrates classical Single Flux Quantum (SFQ) logic with quantum circuits on the same cryogenic platform. By placing the control electronics at the same temperature stage as the qubits, SEEQC eliminates bulky cabling, reduces noise, and dramatically improves performance. This architecture makes quantum operations faster, more energy-efficient, and scalable for real-world applications.
Key Outcomes
Ultra-low Latency
Reduced Error/Noise
Energy Efficiency
Scalable Integration
We place the control system at the same 20mK stage as the qubits, using SFQ digital pulses. This eliminates cabling bottlenecks and reduces noise, enabling faster, lower-power, and more reliable quantum operations.
Key Outcomes
Ultra-low Latency
Reduced Error/Noise
Energy Efficiency
Scalable Integration
We place the control system at the same 20mK stage as the qubits, using SFQ digital pulses. This eliminates cabling bottlenecks and reduces noise, enabling faster, lower-power, and more reliable quantum operations.
Key Outcomes
Ultra-low Latency
Reduced Error/Noise
Energy Efficiency
Scalable Integration
We place the control system at the same 20mK stage as the qubits, using SFQ digital pulses. This eliminates cabling bottlenecks and reduces noise, enabling faster, lower-power, and more reliable quantum operations.
Take a closer look
Take a closer look
Take a closer look
SEEQC’s technology is built from the ground up to solve the biggest bottlenecks in quantum computing. Each layer of our System-on-Chip architecture is engineered for speed, precision, and scalability. From cryogenic processors that minimize heat and noise, to integrated digital control that reduces complexity, to modular scaling designed for enterprise-class systems. Scroll through the features to see how SEEQC’s innovations work together to deliver practical, energy-efficient quantum computing.
SEEQC’s technology is built from the ground up to solve the biggest bottlenecks in quantum computing. Each layer of our System-on-Chip architecture is engineered for speed, precision, and scalability. From cryogenic processors that minimize heat and noise, to integrated digital control that reduces complexity, to modular scaling designed for enterprise-class systems. Scroll through the features to see how SEEQC’s innovations work together to deliver practical, energy-efficient quantum computing.
SEEQC’s technology is built from the ground up to solve the biggest bottlenecks in quantum computing. Each layer of our System-on-Chip architecture is engineered for speed, precision, and scalability. From cryogenic processors that minimize heat and noise, to integrated digital control that reduces complexity, to modular scaling designed for enterprise-class systems. Scroll through the features to see how SEEQC’s innovations work together to deliver practical, energy-efficient quantum computing.
Cryogenic SFQ Processor
Our Single Flux Quantum (SFQ) processors operate at gigahertz speeds while producing negligible heat at cryogenic temperatures. That means control logic can live right next to the qubits — fast, efficient, and undisturbed.
Integrated Qubit Control & Readout
Error Correction & Modular Scaling
Hardware Specs Snapshot
Cryogenic SFQ Processor
Our Single Flux Quantum (SFQ) processors operate at gigahertz speeds while producing negligible heat at cryogenic temperatures. That means control logic can live right next to the qubits — fast, efficient, and undisturbed.
Integrated Qubit Control & Readout
Error Correction & Modular Scaling
Hardware Specs Snapshot
Cryogenic SFQ Processor
Our Single Flux Quantum (SFQ) processors operate at gigahertz speeds while producing negligible heat at cryogenic temperatures. That means control logic can live right next to the qubits — fast, efficient, and undisturbed.
Integrated Qubit Control & Readout
Error Correction & Modular Scaling
Hardware Specs Snapshot
The SEEQC Solution
The SEEQC Solution
The SEEQC Solution
An integrated, end-to-end solution for scalable quantum computing.
An integrated, end-to-end solution for scalable quantum computing.
An integrated, end-to-end solution for scalable quantum computing.
DIJI Software & Control
DIJI Software & Control
SEEQC’s DIJI software provides intelligent calibration, control, and system integration. It interfaces seamlessly with industry-standard quantum software stacks while ensuring ultra-low-level hardware access.
SEEQC’s DIJI software provides intelligent calibration, control, and system integration. It interfaces seamlessly with industry-standard quantum software stacks while ensuring ultra-low-level hardware access.
Software & Firmware
Software & Firmware
Simplifies System Use
Simplifies System Use
No need for custom
user-level programming
No need for custom
user-level programming
Scalable
Scalable
Scalable
Qubit Calibration
Streamlined Classical
Interfacing
Streamlined Classical
Interfacing
Streamlined Classical
Interfacing
Roadmap
Roadmap
to open up lower-level controls for custom algorithm primatives
to open up lower-level controls for custom algorithm primatives
$4M
$4M
Saved per
System Gen
Saved per
System Gen
Lower internal R&D Costs
Lower internal R&D Costs
Saved per
System Gen
Foundry Capability
Foundry Capability
We don’t just design chips — we build them. Our superconducting chip foundry allows rapid prototyping and proprietary process development.
We don’t just design chips — we build them. Our superconducting chip foundry allows rapid prototyping and proprietary process development.
Roadmap
& Milestones
Roadmap
& Milestones
Roadmap
& Milestones
SEEQC’s progress is measured in proven milestones, not promises. From the first full system in 2022 to the world’s first digital qubit control and on-chip readout, each year has marked a clear step toward scalable quantum computing. With DARPA, IBM, and NVIDIA as partners, and over a hundred patents secured, our roadmap shows a consistent path: larger systems, deeper integration, and fully cryogenic error correction.
SEEQC’s progress is measured in proven milestones, not promises. From the first full system in 2022 to the world’s first digital qubit control and on-chip readout, each year has marked a clear step toward scalable quantum computing. With DARPA, IBM, and NVIDIA as partners, and over a hundred patents secured, our roadmap shows a consistent path: larger systems, deeper integration, and fully cryogenic error correction.
Year
Year
Year
Fabrication
Fabrication
Fabrication
System Reference
System Reference
System Reference
Chip Prototyping
Chip Prototyping
Chip Prototyping
New Features
New Features
New Features
2022
2022
2022
2023
2023
2023
2024
2024
2024
2025
2025
2025
2026
2026
2026
2027
2027
2027
2028
2028
2028
Whitepaper
The Dawn of the Quantum Era
How Quantum Computing Will Reshape the World
This whitepaper explores why scaling—not just building—the first quantum computer will determine who leads the next era of technology. From accelerating drug discovery and clean energy to securing communications and transforming AI, SEEQC outlines the breakthroughs, risks, and policy actions that will define the future.
Whitepaper
The Dawn of the Quantum Era
How Quantum Computing Will Reshape the World
This whitepaper explores why scaling—not just building—the first quantum computer will determine who leads the next era of technology. From accelerating drug discovery and clean energy to securing communications and transforming AI, SEEQC outlines the breakthroughs, risks, and policy actions that will define the future.
Whitepaper
The Dawn of the Quantum Era
How Quantum Computing Will Reshape the World
This whitepaper explores why scaling—not just building—the first quantum computer will determine who leads the next era of technology. From accelerating drug discovery and clean energy to securing communications and transforming AI, SEEQC outlines the breakthroughs, risks, and policy actions that will define the future.
