Inneos

09/01/2026

Did you know fiber-optic interconnects are inherently immune to electromagnetic interference (EMI)?

That’s a major advantage in defense applications, where high-power electronics, complex systems, and mission-critical data make signal integrity and security a top priority.

Fiber also makes interception of data significantly more difficult than with traditional copper connections.

EMI immunity. High bandwidth. Enhanced security. For mission-critical systems, fiber is a smart choice.

Learn more about Inneos’ solutions for the defense industry: https://www.inneos.com/markets/defense/

08/27/2026

In the ever-evolving landscape of medical technology, one technological advancement that has paved the way for remarkable transformations is Optical WDM (Wavelength Division Multiplexing) subsystems.

Leveraging their capability to transmit multiple data streams simultaneously, optical WDM subsystems are empowering medical devices with unparalleled video quality, bi-directional data exchange, and remarkable flexibility in operating rooms.

Read more about it in our blog! https://www.inneos.com/video-in-the-operating-room/

08/25/2026

Welcome to Inneos, Bill Peterson! We're excited to have you and your expertise on our team.



🔗: https://www.inneos.com/company/our-story/

08/20/2026

What's the difference between a standard VCSEL and a wide-temp VCSEL? For years, datacenters have been using 850nm VCSELs that operate from 0°C to 85°C. However, aerospace, defense, and automotive applications operate at more extreme temperatures.

Inneos specializes in wide-temp VCSELs that support -55°C to +125°C for the ultra-wide temperature range of these applications, which is extremely important in the next generation of high-speed optical interconnects.

Read more: https://www.inneos.com/vcsel-applications/

VCSELs are becoming essential in medical, automotive, and consumer electronics for various communication, sensing, and recognition functions.

08/18/2026

Would you trust copper here?

Copper cables can pick up electromagnetic interference from motors, power electronics, and other systems. Fiber carries data as light, making it immune to EMI.

That’s a big advantage for jet and aerospace systems where reliable data transmission in harsh conditions matters.

Learn more about how Inneos is leading the way in fiber solutions for aerospace and defense applications: https://www.inneos.com/markets/aerospace/

08/13/2026

Machine vision powers modern manufacturing, but traditional copper connections can’t keep up with today’s data demands. MIPI over optical fiber offers faster, more efficient connectivity for industrial imaging.

Learn more about how MIPI over fiber is revolutionizing industrial manufacturing in our blog: https://www.inneos.com/mipi-over-optical-fiber/

08/11/2026

In aerospace applications, reliability is non-negotiable. That’s why our Ultra-Wide Temperature VCSELs are built to perform in extreme conditions, from -55°C to +125°C.

Perfect for integration into transceivers or sensors, each device is rigorously tested to ensure dependable operation in even the harshest environments.

Explore our full range of VCSEL products: https://www.inneos.com/products/vcsels/

08/06/2026

What makes fiber optics possible?

At the heart of every fiber optic system is the optical engine. This core technology is the connection between fiber, allowing data to be transferred by converting electrical signals into optical signals and back again.

Whether you're designing for medical, industrial, or surveillance applications, optical engines are what make next-generation performance possible.

Learn more about how they work and why they matter: https://www.inneos.com/what-is-an-optical-engine/

Optical engines are the core components of any fiber optic communication system. They convert electrical signals into optical signals.

08/04/2026

Missed the live demo of Cheetah last week? You can now watch the Cheetah optical transceiver deliver 25 Gbps error-free on YouTube and learn more about how it's designed for harsh, EMI-challenged environments.

🎥 Demo: https://youtu.be/VL0GyobsewE

🔗 Learn more: https://www.inneos.com/products/ruggedized-25g-optical-transceiver/

Introducing Inneos' BRAND NEW 25G Optical Transceiver! Meet Che...

07/30/2026

As data rates increase, engineers aren't just fighting for speed. They're balancing power consumption, thermal limits, EMI, cable weight, and system complexity.

That's why more next-generation automotive, aerospace, and industrial platforms are moving toward optical interconnects. Fiber doesn't just increase bandwidth, it helps solve multiple design challenges at once.

At Inneos, we're building optical solutions designed for the environments where reliability matters most.

What design challenge is driving your next high-speed architecture?