Research
March 15, 2024
Breakthrough in Quantum Error Correction
Our team has achieved a significant milestone in quantum error correction, pushing the boundaries of quantum computing reliability.
Pioneering Quantum Computing Solutions
Revolutionizing the semiconductor industry with advanced quantum technology and cutting-edge chip solutions for the next generation of computing.
Our Core Technologies
Pushing the boundaries of quantum computing with innovative semiconductor solutions.
Quantum Processing Units
Advanced quantum processors delivering unprecedented computing power for complex calculations and simulations.
Quantum Memory Systems
Revolutionary memory architecture designed for quantum-scale data storage and instant access.
Quantum Interconnects
High-speed quantum interconnects enabling seamless integration of quantum computing components.
Featured Products
Discover our cutting-edge quantum computing solutions.
Aurora Q1000
Next-gen quantum processor with 1000+ qubits
QuantumRAM X
Ultra-fast quantum memory solution
QLink Pro
High-bandwidth quantum interconnects
DevKit Quantum
Complete quantum development toolkit
Why Choose AuroraMindtech
Leading the quantum revolution with breakthrough technologies.
Performance Metrics
Quantum Processing Speed
98%
Quantum Coherence Time
95%
Error Correction Rate
92%
Key Advantages
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Superior Quantum Architecture
Advanced quantum processing units with unprecedented computational capabilities.
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Scalable Solutions
Flexible and scalable quantum computing solutions for various industry applications.
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Research & Innovation
Continuous investment in quantum research and development for breakthrough innovations.
Chip Product Matrix
Comprehensive chip product line, leading the computing revolution
AI Acceleration Chip
Process Node: 5nm
Transistor Density: 100M/mm²
TDP: 15W
Photonic Computing Chip
Process Node: 7nm
Transistor Density: 80M/mm²
TDP: 20W
Compute-in-Memory Chip
Process Node: 4nm
Transistor Density: 120M/mm²
TDP: 12W
Quantum Control Chip
Process Node: 3nm
Transistor Density: 150M/mm²
TDP: 8W
Process Technology Progress
Continuously breaking through nanometer-scale process limits
7nm
良率: 85%
密度: 80M/mm²
5nm
良率: 80%
密度: 100M/mm²
3nm
良率: 75%
密度: 150M/mm²
Quantum Laboratory
Exploring the frontiers of quantum computing
电子显微镜
放大倍率: 100,000x
良率监控
98.5%
当前批次良率
Patent Wall
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US 12345678
Qubit Control Method
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US 23456789
Superconducting Quantum Circuit
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US 34567890
Quantum Error Correction Code
Developer Center
Powerful chip design toolchain
PDK 版本
- FinFET 7nm v2.1
- GAAFET 5nm v1.0
- GAAFET 3nm v0.9
module quantum_control ( input wire clk, input wire rst_n, input wire [7:0] qubit_addr, output wire [15:0] control_sig ); // Quantum noise simulation parameter DECOHERENCE_TIME = 100; ... endmodule
Latest News & Insights
Stay updated with the latest developments in quantum computing.
Partnership
March 10, 2024
Strategic Partnership with QuantumTech Labs
Announcing our collaboration with QuantumTech Labs to accelerate quantum computing development.
Product
March 5, 2024
New Quantum Development Kit Release
Introducing our latest quantum development kit with enhanced features and improved performance.