Building the highest performance photonic chips for data centers

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Not just a name, it’s what we do

Inpho is short for Inphotonics – Indium Phosphide (InP) based photonics because InP is simply the best material for creating and detecting light.


Inpho’s 3 technology breakthroughs to date

Indium Phosphide is the optimum foundation for high-performance photonic systems. Acting as the bridge between electrons and photons, it enables the seamless conversion of electrical signals into light, and back again. At Inpho, we build the highest-performance electron<>photon bridges, unlocking faster, more efficient optical technologies for the future.

The world’s fastest
modulator 


Electrons > photons

The fastest
photodiode 


Electrons > photons

The ONLY company
integrating electronics
with photonics

Delivering higher speed,
lower power, smaller size

How Inpho unblocks your data center bandwidth bottlenecks

Inpho is not defined by a single product or product category. We build critical best in class semiconductor-based technologies – like modulators, photodetectors, transistors and lasers with much more coming. And then we integrate the right technologies together to solve customer/market problems, delivering lowest total energy and cost per bit, without sacrificing reliability, footprint, or high-speedperformance.

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We are building a world class team

Inpho’s technology and products require a broad range of very deep skills. Lasers, modulators and photodetectors require both quantum and classical optical experts. State of the art skills in high speed electronic design are a must where all the components are operating at 224Gbps and above. And even though InP is the best semiconductor material for the job, Inpho is pushing the technology frontiers so we need a sophisticated team of semiconductor design and manufacturing engineers to lead the industry.    


High speed electronics design

Quantum and classical photonics/optics

Quantum and classical photonics/optics

System level electrophotonic packaging

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Shaping tomorrow's world through revolutionary optics

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