Customization & Foundry Services for Precision Opto-Electronic Solutions: InP & GaAs Expertise

Inphenix delivers comprehensive InP and GaAs foundry services, offering highly specialized solutions for opto-electronic device design, MOCVD epitaxial growth, and wafer fabrication. Our precision services are tailored to meet the advanced demands of industries such as telecommunications, biomedical imaging, and industrial sensing, supporting custom engineering for high-performance applications.

Key Customization and Foundry Services:

• InP & GaAs Opto-electronic Device Design & Simulation: Inphenix specializes in custom opto-electronic device design and simulation using InP and GaAs materials. Our engineering team utilizes cutting-edge tools to model, simulate, and optimize device performance across a range of parameters, including wavelength, efficiency, and thermal management. These simulations ensure that all components meet precise specifications for advanced applications, from lasers to detectors.
• MOCVD Epitaxial Growth/Re-Growth: We offer Metal-Organic Chemical Vapor Deposition (MOCVD) for epitaxial growth of InP and GaAs structures. Our precise control over material growth allows us to produce defect-free, high-quality epitaxial layers essential for optimal device performance. Our MOCVD processes are designed to meet specific device needs, from laser diodes to high-efficiency modulators.
• InP and GaAs Wafer Fabrication: Inphenix provides full 2-inch wafer fabrication services for InP and GaAs wafers, including photolithography, etching, dicing, and metallization. Using state-of-the-art MOCVD technology, we ensure high-precision material deposition, meeting the stringent requirements of industries like aerospace and defense. Our cleanroom facilities guarantee the highest standards in fabrication, cleanliness, and precision polishing.
• AR and HR Facet Coating Design: We design and apply custom Anti-Reflective (AR) and High-Reflective (HR) coatings to enhance device performance by minimizing reflection losses and boosting optical output. Our coatings are precisely engineered to meet specific wavelength requirements and environmental conditions, ensuring reliability and long-term performance in harsh operating environments.
• Optical Device and Module Packaging: Inphenix offers comprehensive packaging solutions for opto-electronic devices, including wafer processing, die attach, wire bonding, fiber coupling, hermetic sealing, and thermal management. Our packaging is engineered to provide both mechanical stability and thermal efficiency, ensuring long-lasting performance across various sectors such as telecommunications, medical diagnostics, and industrial sensing.
• Device and Module Testing: Our rigorous testing processes ensure that each device meets or exceeds its performance specifications. We perform spectral analysis, power measurement, and reliability testing to identify and resolve issues early in production, guaranteeing high-quality and reliable opto-electronic components for critical applications.

Custom Solutions Tailored for Engineers

Inphenix’s in-house expertise in wafer fabrication, MOCVD processes, and device simulation allows us to offer fully customized solutions, from chip-level design to integrated subsystems. We provide tailored components for specific wavelength requirements ranging from 700nm to 1700nm, ensuring precision for custom applications across industries.

Our engineering teams work closely with clients to develop customized solutions, optimizing device performance for telecommunications, industrial automation, biomedical imaging, and defense systems. Whether you require specific wavelength configurations, advanced packaging, or specialized coatings, Inphenix can deliver a solution that aligns with your unique project needs.

Applications and Industries Served

Inphenix’s customization and foundry services support critical applications across a variety of industries, including:

• Telecommunications: High-performance lasers, modulators, and detectors.
• Biomedical Imaging: Precision optical components for OCT and diagnostic imaging systems.
• Industrial Sensing: Reliable devices for strain measurement, environmental monitoring, and automation.
• Defense and Aerospace: Rugged, high-reliability components for navigation, surveillance, and communication systems.

Contact Us for Customized Opto-Electronic Solutions

For engineers and system designers seeking custom solutions in InP and GaAs technologies, Inphenix offers the expertise and advanced manufacturing capabilities to meet your project’s requirements. Contact us today to discuss your unique specifications and learn how our customization, wafer fabrication, and foundry services can help you achieve precision and performance in your next project.

Key Features of Inphenix Customization & Foundry Services:

• InP & GaAs Device Design & Simulation: Expert engineering for optimal device performance.
• MOCVD Epitaxial Growth: High-quality growth for superior material and device properties.
• Wafer Fabrication: Full-scale 2-inch wafer processing with advanced MOCVD deposition.
• AR & HR Coating Design: Custom coatings to enhance device efficiency and durability.
• Optical Device Packaging: Engineered packaging solutions for thermal management and reliability.
• Device Testing: Comprehensive testing ensures devices meet critical performance standards.
• Custom Solutions: Tailored designs for specific wavelength needs (700nm–1700nm).

Inphenix is committed to providing high-quality, innovative solutions that drive the advancement of opto-electronic technologies. Our customization, moldmaking, and foundry services are designed to meet the unique needs of our clients, offering precision, reliability, and engineered excellence across industries.

For more information on how Inphenix can support your opto-electronic projects, contact us today!