Why fiber? Why now? From AI computing clusters and machine vision platforms to 8K video systems and autonomous vehicles, modern technologies are pushing data rates to new extremes. As these systems evolve, so does the need for fast, reliable, and interference-free connectivity.
Designing with optics doesn’t have to be complicated. At Inneos, we give engineers the building blocks to integrate high-performance fiber connectivity into their systems quickly and confidently. Our optical subsystems handle the heavy lifting — from electrical-to-optical conversion to precise WDM channel management — so you can focus on your core design. Whether you need turnkey modules, embedded optical engines, or custom solutions, we’ll help you choose the right fit and get your design moving from concept to production with ease.
Not all connections are created equal. When it comes to high-performance systems — whether you're designing medical devices, industrial vision platforms, or defense-grade electronics — the choice between copper and fiber matters.
Both have their place. Copper has been the mainstay of connectivity for over 100 years, and it is still the best choice for short cable runs, lower speed data, and control signals. However, as data rates rise and systems become more complex, fiber optic connectivity is becoming the go-to solution for many modern applications. If performance, clarity, or distance matter — fiber is your future-proof path
Inneos optical subsystems use wavelength division multiplexing (WDM) to combine multiple high-speed optical channels onto a single fiber — enabling flexible, high-bandwidth connectivity with minimal cabling and maximum reliability. Designed for high reliability in mission-critical applications, these subsystems integrate the laser sources, photodetectors, optical multiplexers/demultiplexers, and control electronics into a single, compact module.
Whether you’re transmitting uncompressed video in a hybrid OR, aggregating mission data in a military platform, or building a high-density AI processing unit, WDM-based fiber connectivity reduces bulk, eliminates EMI issues, and scales bandwidth without scaling complexity.
Tough enough for the military. Fast enough for the cloud. Our lasers and photodetector components are built to endure wide temperature ranges, high shock and vibration, contaminants, and other adverse conditions. Our high-temperature capabilities allow our VCSELs to be integrated into a wide range of high-performance applications for wavelengths from 795nm to 1000nm.
Explore real-world success stories and in-depth insights. Our case studies and whitepapers showcase how Inneos’ optical connectivity solutions solve complex challenges across industries — from medical and aerospace to industrial and defense. Dive into detailed examples and technical resources to see innovation in action.
Fiber optics can involve a lot of technical terms, and we’re here to make them easy to understand. Whether you’re new to photonics or looking to brush up, our fiber optic terminology guide breaks down the key concepts and industry jargon—so you can navigate your projects with confidence.
