To build a truly useful quantum computer, we need more than just qubits — we need systems that scale without compromise.
In this latest insight report, Universal Quantum explores why modular architectures are essential to unlocking fault-tolerant, large-scale quantum computing. As device complexity increases, so do manufacturing challenges. Modularity offers a clear path forward: linking smaller, high-yield processors using reliable, high-fidelity interconnects.
Inside the report
Why scaling quantum computers is more than adding qubits
The hidden risks of monolithic architectures
How modularity reduces cost, improves yield, and shortens development cycles
What fast, robust interconnects must deliver to make modular systems viable
What buyers, end users, and governments need to ask now to prepare for the next era of quantum
Whether you are building, investing in, or preparing to adopt quantum technology, this report gives you a clear lens into what matters most for scalability.
Read the full report here
