FurnaQuantum provides a SiC wafer fabrication platform that uses a quantum phonon aggregation (QPA) growth mechanism to accelerate epitaxial deposition and lower defect density. The modular retrofit kit integrates with standard CVD reactors and includes in‑situ phonon metrology and closed‑loop control, cutting growth time by up to 40 % and reducing material waste. The system delivers higher uniformity and lower cost per wafer for power‑electronics and automotive semiconductor manufacturers.
Funding
Funding not disclosed
Founders
Product
Problem
Current silicon carbide (SiC) wafer production is constrained by high material costs, long cycle times, and variable crystal quality, which limits the adoption of SiC in power‑electronics and automotive applications. The lack of a scalable, cost‑effective manufacturing process hampers supply‑chain reliability for device makers.
Solution
FurnaQuantum delivers a next‑generation SiC wafer fabrication platform that leverages a proprietary quantum phonon aggregation technique to accelerate crystal growth while suppressing defect formation. The process integrates with standard CVD equipment, enabling existing fabs to retrofit the technology without extensive capital overhaul. By optimizing thermal transport at the atomic level, the method reduces epitaxial growth time by up to 40 % and lowers material waste, resulting in a lower cost per wafer. Enhanced crystal uniformity improves breakdown voltage and band‑gap consistency, supporting higher‑performance power devices. The platform includes a real‑time process‑control suite that monitors phonon dynamics and adjusts parameters on‑the‑fly to maintain target specifications. Together, these capabilities provide a faster, cheaper, and higher‑quality supply of SiC wafers for downstream manufacturers.
Target Audience
Primary customers are semiconductor fabs and device manufacturers developing high‑voltage power electronics, automotive inverters, and renewable‑energy converters that require reliable, high‑performance SiC wafers. The solution also serves specialty foundries seeking to expand into SiC product lines with minimal process disruption.
Features
- Quantum phonon aggregation (QPA) growth mechanism that boosts epitaxial deposition rates while minimizing dislocation density
- Compatibility with existing CVD reactors through a modular retrofit kit, reducing capital expenditure
- Integrated in‑situ metrology for phonon spectrum monitoring and closed‑loop process control
- Yield‑optimization algorithms that dynamically adjust temperature, pressure, and gas flow to maintain crystal uniformity
- Scalable batch processing architecture supporting 200‑mm and 300‑mm wafer formats
- Proprietary defect‑reduction protocol delivering < 5 % wafer‑level defect density compared to industry averages
- Automated data analytics dashboard for real‑time quality reporting and traceability compliance
- Energy‑efficient thermal management that cuts furnace power consumption by up to 25 %