Based on the 4-inch/3-inch indium phosphide (InP) wafers and 6-inch/4-inch gallium arsenide (GaAs) wafer materials, AMSFAB provides a full range of foundry solutions for optoelectronic processes from epitaxy to manufacturing. The processes cover zinc diffusion, butt-joint growth, multiple epitaxy, electron beam lithography, electron beam coating, ion implantation plus oxidation aperture and BCB process, etc. AMSFAB uses highly reliable processes to manufacture high-speed and high-sensitivity photodetectors (including PD, MPD and APD), edge emitters covering various bands (including FP, DFB and EML), and vertical-cavity surface-emitting lasers (VCSEL). These products are widely used in many fields such as communications, data centers, face recognition, fiber optic transmission, automotive radars, medicine and consumer electronics.
![1704165511176006.png 所有中英文技術圖解_畫板 1 副本 7.png](/en/static/upload/image/20240102/1704165511176006.png)
Photodetectors Process Platform
![1716171311205470.png 20240520-101442.png](/en/static/upload/image/20240520/1716171311205470.png)
Edge Emitting Laser Process Platform
![1707122155260924.png 組合 29.png](/en/static/upload/image/20240205/1707122155260924.png)
Vertical-Cavity Surface-Emitting Laser (VCSEL) Chip Process Platform
The vertical-cavity surface-emitting laser (VCSEL) is an optical emitter with a promising prospect. Initially used in optical communication, VCSEL has expanded its applications to various emerging optical sensing fields. AMSFAB’s VCSEL process platform can be divided into two process platforms, high-speed optical communication VCSEL devices, and VCSEL array devices. AMSFAB provides customized foundry services to customers in the fields of optical communication and optical sensing.
![1706672107378226.png 組合 145.png](/en/static/upload/image/20240131/1706672107378226.png)
Epitaxial Process Platform
![1705907650139867.png 組合 146.png](/en/static/upload/image/20240122/1705907650139867.png)
Based on the 4-inch/3-inch indium phosphide (InP) wafers and 6-inch/4-inch gallium arsenide (GaAs) wafer materials, AMSFAB provides a full range of foundry solutions for optoelectronic processes from epitaxy to manufacturing. The processes cover zinc diffusion, butt-joint growth, multiple epitaxy, electron beam lithography, electron beam coating, ion implantation plus oxidation aperture and BCB process, etc. AMSFAB uses highly reliable processes to manufacture high-speed and high-sensitivity photodetectors (including PD, MPD and APD), edge emitters covering various bands (including FP, DFB and EML), and vertical-cavity surface-emitting lasers (VCSEL). These products are widely used in many fields such as communications, data centers, face recognition, fiber optic transmission, automotive radars, medicine and consumer electronics.
![1704162753118306.png 組合 199.png](/en/static/upload/image/20240102/1704162753118306.png)
![1702437535424829.png 資源 13(1).png](/en/static/upload/image/20231213/1702437535424829.png)
Photodetectors process platform
![1716171324471877.png 20240520-101434.png](/en/static/upload/image/20240520/1716171324471877.png)
Edge Emitting Laser Process Platform
![1707122387337069.png 組合 201.png](/en/static/upload/image/20240205/1707122387337069.png)
Vertical-Cavity Surface-Emitting Laser (VCSEL) Chip Process Platform
The vertical-cavity surface-emitting laser (VCSEL) is an optical emitter with a promising prospect. Initially used in optical communication, VCSEL has expanded its applications to various emerging optical sensing fields. AMSFAB’s VCSEL process platform can be divided into two process platforms, high-speed optical communication VCSEL devices, and VCSEL array devices. AMSFAB provides customized foundry services to customers in the fields of optical communication and optical sensing.
![1705907260143559.png 組合 134.png](/en/static/upload/image/20240122/1705907260143559.png)
![1706672089289731.png 組合 135.png](/en/static/upload/image/20240131/1706672089289731.png)
Epitaxial Process Platform
![1705907639111947.png 組合 137.png](/en/static/upload/image/20240122/1705907639111947.png)