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Qubibyte Quadra

Expected Release: Q1 2027

The World's First Affordable Quantum Computer

Qubibyte Quadra

Key Specifications

1-4
Qubits (Sample Dependent)
$800
Target Price
8×8×6
Inches (L×W×H)
NMR
Technology
Up to 4-Qubit System with Interchangeable Samples
Q₀
Q₁
Q₂
Q₃

Overview

The Qubibyte Quadra represents a breakthrough in making quantum computing accessible. Using liquid-state Nuclear Magnetic Resonance (NMR) technology, the Quadra is a fully standalone quantum computer in a compact, portable form factor that fits on a desk. Unlike superconducting quantum computers that require near-absolute zero temperatures, NMR-based systems operate at room temperature, dramatically reducing complexity and cost.

With a target price of $800, the Quadra opens quantum computing to universities, research labs, startups, and individual researchers who previously couldn't access this transformative technology. Perfect for education, algorithm development, and proof-of-concept experimentation.

Interchangeable Quantum Samples

The Quadra features a modular design with purchasable sample vials that can be inserted into the device. Each sample contains specially prepared molecular compounds with different numbers of coupled nuclear spins, providing 1 to 4 qubits depending on your needs. Simply insert the sample vial into the device and you're ready to run quantum circuits. Start with a single qubit for learning the basics, then scale up as you advance.

1
Single Qubit Sample
Perfect for beginners learning quantum fundamentals and basic gate operations
2
Two Qubit Sample
Explore entanglement, CNOT gates, and simple quantum algorithms
3
Three Qubit Sample
Run Toffoli gates, error correction demos, and multi-qubit circuits
4
Four Qubit Sample
Full system capability for advanced algorithms like Grover's search

Features

  • 🖥️ Standalone Operation — Fully self-contained quantum computer, no external PC required
  • 🍓 Raspberry Pi 5 — Integrated single-board computer runs the Qubibyte HMI software
  • 🌡️ Room Temperature Operation — No cryogenic cooling required
  • 📦 Portable Design — Compact 8" × 8" × 6" form factor
  • 🧪 Interchangeable Samples — Swap sample vials to change qubit count (1-4 qubits)
  • 🔬 NMR Technology — Proven liquid-state nuclear magnetic resonance
  • 🎓 Educational Resources — Comprehensive tutorials and documentation

Use Cases

Education & Research

  • University quantum computing courses
  • Student hands-on lab exercises
  • Algorithm research and development
  • Quantum physics demonstrations

Industry & Development

  • Proof-of-concept prototyping
  • Quantum software testing
  • Enterprise training programs
  • Innovation lab exploration

Technical Details

The Quadra uses a permanent magnet assembly to generate a stable magnetic field (B₀), while radio-frequency pulses from a transceiver coil (B₁) manipulate the nuclear spins of specially prepared molecular samples. The system detects the Free Induction Decay (FID) signal to measure quantum states after computation.

Technology: Liquid-State NMR
Qubits: 1-4
Operating Temperature: Room temperature (~25°C)
Power Requirements: Standard AC power adapter
System Type: Standalone quantum computer (no external PC required)
Onboard Computer: Raspberry Pi 5 single-board computer
Software: Qubibyte HMI
Display: Integrated touchscreen interface

Stay Updated

The Qubibyte Quadra is currently in development. Check back for updates on availability, pricing, and pre-order information.

🚀 Coming Soon