The landscape of optical communications keeps shifting, mostly because global data traffic is exploding and AI-powered data centers are popping up everywhere. Lately, a multi-national team has stepped up, rolling out cutting-edge photonics tech to build energy-efficient optical transceivers and interconnects.
At the same time, other international partnerships and funding projects are ramping up efforts in scalable light engines and advanced photonic chip manufacturing. All of this signals a real turning point for high-performance, more sustainable data infrastructure around the globe.
Netherlands–Taiwan Collaboration for Next-Generation Optical Transceivers
Four major players—PHIX, Ligitek, Liverage, and Taiwan’s Industrial Technology Research Institute (ITRI)—have teamed up to tackle the world’s skyrocketing data needs. They’re working on optical transceivers that use much less energy, which could totally change how data centers run and help cut down on power use.
Leveraging Diverse Expertise Across the Partnership
This partnership brings a mix of strengths to the table:
- PHIX – Known for photonics packaging, making it possible to reliably and efficiently combine optical components.
- Ligitek – Supplies high-quality optoelectronic parts, which are key for fast optical signals.
- Liverage – Focuses on optical transceiver systems, helping bring new photonic tech out of the lab and into real-world use.
- ITRI – Provides advanced development platforms and tests systems to make sure everything works together smoothly.
They’re integrating photonic and electronic integrated circuits onto a single substrate. This approach should cut down on the power needed for each bit transmitted and make the whole system more efficient.
Market Potential and Strategic Importance
With data traffic only going up, experts predict the optical transceiver market could hit $27.25 billion by 2030. That’s a huge opportunity for anyone who can deliver innovative, energy-smart solutions.
Strengthening International Ties for Innovation
This partnership also tightens the bond between the Netherlands and Taiwan. International research teamwork like this really speeds up breakthroughs and keeps both sides competitive in photonics.
Advances in AI Data Center Connectivity from Sweden and Canada
Meanwhile, Sweden’s Sivers Semiconductors and Canada’s POET Technologies have joined forces to build light-engine subsystems for AI data centers. They’re zeroing in on scalability and energy efficiency, which are must-haves for the next wave of data workloads.
Combining Laser Technology with Optical Integration
The plan is to combine Sivers’ advanced distributed feedback (DFB) laser technology with POET’s Optical Interposer platform. With this combo, they’re aiming to roll out future pluggable transceivers and co-packaged optics (CPO) for high-density connections.
Prototypes are expected in early 2026, and if all goes well, production could be ready by the end of that year.
Swiss Expansion of Thin-Film Lithium Niobate Platforms
In Switzerland, photonic chip foundry CCRAFT just landed CHF 2.5 million in funding from Innosuisse to boost its thin‑film lithium niobate (TFLN) platform. Working out of CSEM facilities, CCRAFT is pushing for ultra-fast, low-power optical links for the next generation of tech.
Scaling for High-Volume AI Data Center Needs
They’re moving from 150 mm to 200 mm wafers, which will ramp up how many chips they can make each year. This upgrade is aimed right at the growing needs of AI-driven data centers that depend on fast, reliable optical connections.
Global Outlook: Photonics Driving Sustainable Data Growth
The photonics industry is making critical strides toward reducing energy use while still meeting tough performance demands. From collaborative R&D ventures to scaling advanced material platforms, these projects are worth watching.
By blending international expertise, innovative materials, and scalable integration technologies, teams are shaping the future of digital infrastructure. It’s fascinating to see how these efforts can have a real impact.
Data traffic just keeps exploding. Partnerships like PHIX–Ligitek–Liverage–ITRI, Sivers–POET, and CCRAFT–CSEM show that global cooperation can spark commercially viable solutions.
They’re pushing the boundaries of speed, capacity, and efficiency. And sustainability? That’s right at the center of all this progress.
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Here is the source article for this story: PHIX partners with Taiwan trio to advance high-speed optical engines