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ICON 2025, Porto

Where ideas shape the future of cognitive neuroscience

We’re proud to announce that Cortivision will be exhibiting at the International Conference on Cognitive Neuroscience, taking place in Porto, Portugal, on September 15–20, 2025. Visit us at our booth to discover the premiere of our new Spectrum DOT fNIRS solution — launched simultaneously at ICON 2025 and fNIRS UK. Experience how next-generation diffuse optical tomography is redefining brain imaging with greater depth, resolution, and flexibility.

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and test our new Spectrum C23 fNIRS (also in DOT version)

Leave your details below now for priority access and personalized consultation! Fill out the form below to schedule your meeting with Cortivision’s team at ICON 2025 or to receive exclusive event updates & discounts. Don’t miss the chance to connect with the future of neuroimaging!

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🚀 Explore the Future of Mobile Neuroimaging with Cortivision’s Spectrum C23 DOT

We are excited to announce our presence at ICON 2025 (Porto, 15-20 September) and fNIRS UK, where we are unveiling our latest breakthrough: Spectrum DOT fNIRS.

Come meet us at our booth to get a first-look at Spectrum DOT — a full DOT (Diffuse Optical Tomography) fNIRS system that combines depth, resolution, and mobility in ways traditional fNIRS cannot match.

Stop by to experience our latest solutions, talk to our team, and learn how Spectrum can advance your research.

Spectrum C23 Brochure -min

Discover the Future of Neuroimaging at JNS 2025 — Meet Cortivision in Person!

What makes Spectrum DOT fNIRS special?

  • One system for both traditional fNIRS and high-density DOT setups — with configurable source-detector spacing so you can choose what fits your experiment.

  • Custom caps tailored to the cortical regions you want to record; custom-built for DOT mode but still compatible with standard, fabric caps for more conventional setups.

  • Truly mobile system: despite the high channel count and dense array, it is designed also for outside-lab use.

  • Integrated software for setup, calibration, image reconstruction, and analysis, giving volumetric (3D) imaging of hemodynamic responses with high spatial specificity.

Why stop by the booth?

  • See a live demo of DOT fNIRS in action

  • Talk with our team about how DOT fNIRS could push forward your research in cognitive neuroscience, neurofeedback, brain imaging, and beyond

  • Explore how this hybrid system allows you to switch between traditional fNIRS and DOT, giving more flexibility without compromising performance