The upcoming ECOC 2025 exhibition in Copenhagen is shaping up to be a showcase for the latest in optical communication and network testing. Anritsu Corporation looks set to take centre stage.
With global data consumption skyrocketing—think AI, ultra-high-definition video, and self-driving cars—everyone’s racing to build faster, more reliable, and higher-capacity digital interfaces. Anritsu’s newest test and measurement solutions are designed to meet these demands, opening the door for next-gen hyperscale data centres, 6G networks, and emerging photonics tech.
Meeting the Demands of Explosive Data Growth
Data traffic is exploding and putting real pressure on today’s network infrastructure. As PCIe, USB, DDR, and other high-speed interfaces ramp up, managing signal integrity and interoperability gets trickier by the day.
Innovations like co-packaged optics and the merging of photonic and electronic technologies are finally moving out of the lab and into the real world. This could signal a shift in how we think about network architecture.
Silicon Photonics at the Forefront
Silicon photonics is one of those advancements that keeps popping up in conversations about the future. By combining optical and electronic components on a single platform, silicon photonics can boost performance, cut power usage, and make network setups less of a headache for data-heavy applications.
This kind of integration is bound to shape the future of hyperscale data centres and distributed cloud setups.
Cutting-Edge Test and Measurement Solutions
Anritsu is rolling out more advanced testing instruments to help smooth the path toward faster, higher-capacity systems. These tools give engineers, researchers, and network operators the accuracy and flexibility they need to validate tomorrow’s technologies.
MP1900A Signal Quality Analyser-R
The MP1900A is a modular Bit Error Rate Tester (BERT) built to tackle signal integrity problems in high-speed digital systems. Its upgradeable design helps engineers keep up with new interface standards without scrapping their whole test setup.
BERTWave MP2110A with 60GHz Bandwidth
Anritsu’s BERTWave MP2110A now handles 60GHz bandwidth, which means it can test 200G/lane optical signals and hit transmission rates up to 1.6Tbps. That kind of performance is crucial for developing and checking the latest optical transceivers for big backbone networks.
Multi-Core Fibre and Crosstalk Evaluation
As multi-core fibre (MCF) edges closer to real-world use, Anritsu is zeroing in on inter-core crosstalk testing. Their new OTDR (Optical Time Domain Reflectometer) tech can evaluate crosstalk on four-core weakly coupled fibres.
This helps pave the way for more scalable and efficient fibre-optic setups.
Supporting Field and Lab Testing Needs
Testing networks isn’t just about the design phase. It needs to happen during deployment and day-to-day operation, too.
Anritsu has rolled out instruments and software that work just as well in the field as they do in the lab.
MT1040A 400G Network Master Pro
The MT1040A supports OpenZR+, OpenROADM ZR+, and coherent transceivers up to 400G. This makes it a go-to tool for interoperability and validation testing across all sorts of equipment and network setups.
It’s a real asset when you’re trying to pull off smooth, large-scale deployments.
vTester for End-to-End Network Performance
As networks get more virtualized and cloud-driven, keeping latency low and Quality of Service (QoS) high becomes even more important. Anritsu’s vTester is a software solution that lets you accurately check network performance end-to-end across fixed, mobile, and data centre environments.
Its knack for assuring service levels makes it a must-have for AI-powered applications where speed and reliability really matter.
Driving the Future of Network Infrastructure
At ECOC 2025, Anritsu is showing off some seriously advanced technologies. They’re making it clear they want to lead the way in test and measurement innovation.
From scalable silicon photonics to thorough fibre testing, these solutions do more than just handle today’s challenges. Flexible software tools also help lay the groundwork for future-proof, intelligent, and high-performing networks.
With 6G and hyperscale computing on the horizon, being able to validate and fine-tune every network layer feels more important than ever. Who knows—maybe that’s the secret to unlocking all this next-gen potential.
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Here is the source article for this story: Innovative solutions for digital optical and virtualisation challenges