The first commercial provider of quantum sensing technology
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Multi-scale device analysis
from chip-level to advanced packages
from chip-level to advanced packages
High-clarity signal transmission
through dense metal stacks and BEOL structures
through dense metal stacks and BEOL structures
Precise defect localization
for shorts, opens, and functional paths
for shorts, opens, and functional paths
Our innovation
QD has created diamond-based quantum sensors at the atomic scale, capable of operating in extreme conditions.
QD's quantum sensing technology utilizes solid-state qubits integrated into diamonds. Quantum sensing transcends physical limitations in terms of spatial resolution and sensitivity, surpassing the capabilities of classical sensors.
Technical Specs
Unprecedented depth reach, resolution and speed for testing advanced semiconductors.
Our technology metrics:
Magnetic Current Imaging
- Detects shorts, leakages and opens
- Sees details up to 100× smaller than traditional inspection, with 100–1,000× lower noise and 3–10× higher sensitivity
Widefield Technique
- Up to 3 × 3 mm field of view
- Stitching up to 5 × 5 cm
- Results in minutes, not hours.
- Ideal for large-area defect mapping
Operational Conditions
- Robust imaging and testing at room temperature
- Stable down to cryogenic temperatures and up to 700 C°
Our Contribution
We build next-gen testing tools based on quantum sensing that detect issues early, reduce waste, and improve yield
Our tools help fabs to:
1. Detect defects early preventing rework and scrap.
2. Reduce material loss through fewer lost wafers and excursions.
3. Have direct impact on Scope 3: less CO₂, fewer inputs, more output.
Our projects
Our engagements in the quantum race
Read about our partner projects:
