Beyond Moore.
Beyond Binary.
Multi-state, quantum-classical chips. Built for a post-silicon world.
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The Silicon Ceiling
For decades, Moore's Law has driven computing forward. Today, we're approaching fundamental physical limits that conventional silicon technology cannot overcome.
Density
Ceiling
Moore's Law Breakdown
After decades of exponential growth, transistor scaling is hitting fundamental physical limits, slowing the pace of computing advancement.
Thermal Constraints
As transistors shrink, power density and heat generation increase exponentially, creating thermal barriers to further miniaturization.
Energy Inefficiency
Traditional CMOS technology faces diminishing returns in energy efficiency, limiting performance in power-constrained environments.
Quantum Tunneling
At sub-5nm nodes, quantum effects like electron tunneling create leakage currents and unpredictable behavior in transistors.
"The future of computing requires a fundamental paradigm shift beyond traditional silicon."
Technology
Multi-state Logic
Beyond binary 0s and 1s, our chips utilize quantum superposition to process multiple states simultaneously, exponentially increasing computational density.
Quantum Filter Chips
Proprietary quantum filter architecture enables precise state measurement and coherence preservation, solving key challenges in quantum-classical integration.
3D Chip Stacking
Revolutionary vertical integration techniques allow for unprecedented component density and reduced signal latency between quantum and classical layers.
Post-CMOS Efficiency
Breaking free from traditional CMOS limitations, our architecture delivers orders of magnitude improvements in performance-per-watt for next-generation computing.
Our Chip Architecture
Two revolutionary approaches to quantum-classical computing, each optimized for different temperature ranges and applications.
Sumeru Avalon
Fully Superconducting Architecture
A fully superconducting chip using quantum-classical logic to process and filter data at cryogenic temperatures without CMOS.
Key Features
Sumeru Nirvana
Hybrid Cryo-CMOS Solution
A hybrid cryo-CMOS chip that combines multi-state logic and superconducting signal preprocessing for efficient AI and RF computing at 4K–77K.
Key Features
Complementary Technologies
Avalon and Nirvana represent two paths toward the same goal: transcending the limitations of traditional silicon. Whether through pure superconducting architecture or hybrid cryo-CMOS design, both chips deliver unprecedented computational capabilities for the quantum era.
Build the next era of computing with us.
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Get in touch
Interested in our quantum-classical technology? Have questions about our approach to post-CMOS computing? Contact our CEO!
Leadership
Vedant Sagare
Founder & CEO
Ready to explore the future of computing?
Join us in building the next generation of quantum-classical chips that will define the post-silicon era.
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