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Advances in cost performance in photonic integration have followed a path that has been similar to electronic integrated circuits.

The main objectives for technology advances in electronic digital integrated circuits and in integrated optical digital devices are similar, and are based on the drive towards lower cost and higher performance. In integrated optics these main objectives also include higher speed, lower power, smaller or denser form factor, and lower cost.

In both electronics and optics these objectives require ever increasing integration and miniaturization. In optics, however, advanced hybrid integration is required for the highest performance products. Hybrid integration for digital optical devices incorporates multiple types of materials substrates, rather than just one, as in silicon, for an electronic integrated circuit.

Complete advanced photonics integration capability requires at least three materials substrate systems: Indium Phosphide for active devices such as lasers, photodiode detectors, modulators, and amplifiers; Silicon or planar doped silicon dioxide (silica) for wave guides, filters, interferometers and other passive devices; and Gallium Arsenide or Silicon Germanium for drivers and control functions at the speeds necessary for 100G. The integration of more than one material substrate is called hybrid integration, and Advanced Hybrid Photonic Integration enables products in the 100G and beyond domain.

Core Technology Development

NeoPhotonics has developed expertise in the design, large-scale fabrication, high-volume module manufacturing and commercial deployment of our Advanced Hybrid Photonic Integration products and technologies. The process of designing and manufacturing advanced optoelectronic integrated devices in high volume with predictable, well-characterized performance and low manufacturing costs is complex and multi-faceted. We have developed the technologies, using multiple materials platforms for photonic integration, that are required to design and manufacture complex, high-performance optoelectronic components, modules and subsystems for fiber optic networks.

Vertically Integrated Manufacturing

We believe that our vertically integrated manufacturing strategy, which extends from wafer fabrication through module and subsystem assembly and test, provides a sustainable competitive advantage in our industry. Manufacturing of our modules and subsystems is highly complex, utilizing extensive know-how in multiple disciplines and accumulated knowledge of manufacturing processes and equipment.

Intellectual Property

We believe our intellectual property portfolio is one of our key competitive advantages. We have built an extensive intellectual property portfolio both as a core part of our internal research, development and technical strategies. Additionally, our portfolio has grown through our strategic acquisitions, which were driven in part by the acquisition of intellectual property assets.

Industry Standards

Standards can play an important role in the development of new technologies as they can encourage innovation in the industry and shorten the time-to-market of products and technologies. NeoPhotonics understands the significance of standards in the technology industry and participates in various standards and specifications groups.

Company Profile

Year Founded:

approximately 2500

Global Presence:
Asia, North America, Europe