We provide Low cost, Large Area and High quality GaN Substrates.
Our Key technologies
Remote Epitaxy & Two-dimensional material based layer transfer allows epitaxial growth on graphene and transferring to the host substrate. This technology gives Infinite reuse of parent wafer and fast layer release.
We provide customized free-standing GaN substrates of various thickness as well as 2", 4", 6", 8" 2D GaN Templates, and GaN on 2D Templates.
1. 2D-GaN Template
FSB 2D templates for Remote Epitaxy and 2 Dimensional Material based Layer Transfer (2DLT) are designed to facilitate a large area and high-quality single crystalline GaN epi-wafer for solution of high performance power and RF devices.
MBE based 2D templates with your GaN epitaxial growth can provide merits as follows;
Large scale and high-quality GaN epi-wafer
Lift off ready GaN epilayer
Fast layer release (~ 1 sec) by 2D materials
→ Detail product information (PDF)
Picture of 2D materials on Gallium nitride film on sapphire substrate
schematic of 2D materials on Gallium nitride film (GaN) on sapphire substrate
2. GaN on 2D template
FSB gallium nitride (GaN) templates designed by Remote Epitaxy and 2 Dimensional Material based Layer Transfer (2DLT) provide a large area and high-quality single crystalline GaN epi-wafer for solution of high performance power and RF devices.
MBE based GaN templates have several merits.
Large scale and high-quality GaN epi-wafer
Lift off ready GaN epilayer
Fast layer release (~ 1 sec) by 2D materials
→ Detail product information (PDF)
Picture of GaN epilayer on 2D material
schematic of 2D materials on Gallium nitride film (GaN) on sapphire substrate
3. Free-standing GaN template
FSB free standing GaN by Remote Epitaxy and 2 Dimensional Material based Layer Transfer (2DLT) provides a large area and high-quality single crystalline GaN epi-wafer for solution of high performance power and RF devices.
MBE or MOCVD based free standing GaN can provide merits as follows
Large scale GaN epi-wafer
High-quality GaN epi-wafer
Production cost reduction due to low cost GaN epilayer
→ Detail product information (PDF)
Picture of GaN epilayer on 2D material
schematic of 2D materials on Gallium nitride film (GaN) on sapphire substrate
