UniversityWafer supplies high-quality Silicon-on-Insulator (SOI) wafers for MEMS, RF electronics, silicon photonics, CMOS devices, power electronics, and advanced semiconductor research. We offer custom SOI substrates with configurable device-layer thickness, buried oxide (BOX), handle wafer properties, crystal orientation, resistivity, and surface finish to support both prototype development and high-volume manufacturing.
UniversityWafer, Inc. supplies premium Silicon-on-Insulator (SOI) wafers for universities, research laboratories, semiconductor foundries, and technology companies worldwide. Our SOI substrates are engineered for high-performance applications including MEMS, RF electronics, silicon photonics, power devices, sensors, and advanced integrated circuits.
Whether you require standard SOI wafers or fully customized specifications, our team can provide the device layer, buried oxide (BOX), handle wafer, crystal orientation, resistivity, thickness, and surface finish needed for your research or production project.
Silicon-on-insulator technology improves device performance by reducing parasitic capacitance, minimizing electrical leakage, and enhancing switching speed. As a result, SOI wafers are widely used in numerous semiconductor applications, including:
Complete the quotation request form with your required SOI wafer specifications, including device-layer thickness, buried oxide thickness, handle wafer properties, orientation, resistivity, diameter, and quantity. Our technical team will provide a fast quotation and help you select the optimal SOI substrate for your application.
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A Silicon-on-Insulator (SOI) wafer is a specialized semiconductor substrate consisting of three layers: a thin silicon device layer, a buried oxide (BOX) insulating layer, and a silicon handle wafer. By electrically isolating the active devices from the substrate, SOI technology reduces parasitic capacitance, lowers power consumption, and improves switching speed compared to conventional bulk silicon wafers.
SOI wafers are widely used in advanced semiconductor manufacturing for MEMS, RF devices, silicon photonics, CMOS integrated circuits, sensors, and power electronics where high performance and improved reliability are required.
Each Silicon-on-Insulator wafer is engineered with three functional layers that work together to optimize electrical performance and device isolation.
| Layer | Purpose |
|---|---|
| Device Layer | Thin monocrystalline silicon used to fabricate transistors, MEMS structures, photonic devices, and integrated circuits. |
| Buried Oxide (BOX) | Silicon dioxide insulating layer that electrically isolates the device layer from the substrate, reducing leakage current and parasitic capacitance. |
| Handle Wafer | Mechanical support wafer that provides structural strength during processing and device fabrication. |
UniversityWafer supplies Silicon-on-Insulator wafers with numerous configurable specifications to meet research and production requirements.
Silicon-on-Insulator technology is used across many of today's fastest-growing semiconductor markets because it enables higher performance while reducing power consumption.
Compared to conventional bulk silicon, Silicon-on-Insulator wafers offer improved electrical isolation, lower power consumption, faster switching speeds, and enhanced device performance. These advantages make SOI substrates an excellent choice for next-generation MEMS, RF electronics, photonics, and advanced semiconductor devices where efficiency and reliability are critical.