Semiconductor & Optoelectronics Solutions
From substrate engineering to pattern transfer — enabling the next breakthrough in power, RF, and photonic integration.
A full-stack material platform covering wide-bandgap substrates, advanced packaging carriers, photomasks, and functional wafers.
Semiconductors and photonics are converging on a unified silicon/non-silicon platform. From boosting power density in 800V e-drive systems, to breaking bandwidth bottlenecks in AI data center optical interconnects, to micron-scale precision in 3D advanced packaging — materials define the ultimate performance frontier.
Minn Optics supplies global manufacturers with a complete portfolio: device-grade substrates (SiC, LiNbO₃, sapphire), process carriers (glass, quartz wafers), and lithography masters (photomask blanks). We help you turn physical limits into product advantages across these key tracks.
Explore by Application Domain
Power Semiconductors & High-Frequency RF
Silicon devices degrade under high temperature, voltage, and frequency — pushing thermal and efficiency budgets to the limit.
Minn Optics Approach
- Ultra-low defect 4H-SiC wafers for MOSFETs and Schottky diodes
- Low-warp sapphire wafers as alternative GaN-on-SiC carriers for RF PAs
Key Applications
- EV traction inverters, OBC, DC-DC converters
- Solar inverters & energy storage
- 5G/6G base station GaN RF power amplifiers
Core Advantages
- Micropipe density <0.5/cm², consistent crystal quality
- High thermal conductivity & wide bandgap reduce switching loss
Advanced Packaging & MEMS System Carriers
3D stacking of AI/HPC chips demands high-density TGV substrates; ultra-thin wafer handling requires extreme flatness and CTE matching.
Minn Optics Approach
- Glass wafers for TGV interposers and temporary bonding carriers
- Quartz wafers for MEMS structural layers and high-Q resonator bases
Key Applications
- 2.5D/3D glass interposers for AI/HPC
- Wafer-level bonding carriers & support wafers
- Pressure sensors, microfluidics, oscillators
Core Advantages
- CTE precisely matched to silicon, preventing thermal mismatch
- Surface roughness <0.5nm for direct bonding
- Quartz delivers industry-leading Q-factor stability
Photonics & Ultra-High-Speed Electro-Optic Modulation
Data center 800G/1.6T modules demand modulators beyond 100 GHz; 5G RF front-ends require low insertion loss and high isolation filters.
Minn Optics Approach
- Thin-film lithium niobate (TFLN) wafers for modulators and SAW filters
- High-transparency sapphire wafers for Micro-LED and photodetector integration
Key Applications
- Coherent optical communication & data center interconnects
- 5G smartphone SAW filters
- AR/MR Micro-LED microdisplays
Core Advantages
- TFLN shrinks modulator footprint by 90% while boosting bandwidth
- Sapphire wafers with angstrom-level surface polish for optical windows
Lithography Pattern Transfer & Process Masters
In DUV/EUV lithography, even minimal thermal expansion or defects on a photomask can cause wafer-wide yield disaster.
Minn Optics Approach
- High-purity quartz substrates for photomask blanks
- Precision photomask customization from blank to patterned master
Key Applications
- Front-end logic, memory, and analog IC lithography
- Compound semiconductor device manufacturing
- Flat-panel display (FPD) lithography
Core Advantages
- Quartz CTE <0.5×10⁻⁶/K for thermal stability
- Transmission uniformity and defect density meeting volume production standards
- Full-flow supply from blank mask to finished patterned product
Complete Material Portfolio
Six core materials covering the full semiconductor & optoelectronic value chain.
Engineering-Grade Fabrication Capabilities
Ultra-Precision CMP
Supporting double-sided CMP with roughness (Ra) stabilized at <0.2 nm and TTV <1 μm, fully meeting demanding epitaxial growth requirements.
Micro-Hole & Laser Machining
Equipped with TGV laser-induced deep hole processing and ultrasonic drilling for high aspect ratio micro-holes down to 30μm for advanced packaging.
Custom Optical Coating
Advanced electron beam and magnetron sputtering for anti-reflective (AR), high-reflective (HR), and customized metal electrode layers (Cr, Au, Al).
Need a Custom Wafer or Photomask Solution?
Tell us about your application — our engineers will help optimize substrate material, orientation, and surface specification for your process.
Request Technical Consultation