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- g.tec News #1 – Introducing our new products and events in 2025
g.tec News #1 – Introducing our new products and events in 2025
Explore the latest advancements in neurotech with g.tec’s new products and events for 2025! From groundbreaking devices like the g.Nautilus with NIRx and the Unicorn BCI Core-8 to hands-on events like the Spring School 2025 and Masterclasses, there’s something for every neurotech enthusiast.
The New g.Nautilus NIRx System
A Powerful, Wireless, High-Performance Solution for Advanced Neuroscience and Brain Imaging
g.Nautilus NIRX system revolutionizes brain data acquisition by enabling the simultaneous, high-quality recording of EEG and fNIRS signals in real-time. This portable, wearable solution integrates seamlessly with g.HIsys Professional for synchronized data streaming, real-time analysis, and advanced post-experiment insights through g.BSanalyze.
Designed for flexibility, the system offers configurations with up to 64 EEG channels and 32 fNIRS optode holders, all housed in the comfortable g.GAMMAcap. Its innovative design makes it a game-changer for neuroscience research in both naturalistic and clinical settings.
Key Highlights:
- Seamless Real-Time Integration: Stream, process, and analyze synchronized EEG and fNIRS data in real time with g.HIsys Professional.
- Customizable and Comfortable: Configurable with up to 64 EEG channels and 32 optodes, all integrated into the ergonomic g.GAMMAcap.
- Versatile Applications: Ideal for BCIs, cognitive workload monitoring, neurorehabilitation, and real-world neuroscience experiments.
The New Super-Flat EEG Electrodes for TMS Recordings
Advanced TMS-EEG Integration
g.LADYbird TMS-EEG electrodes, available in active and passive versions, are specifically designed for combined EEG and TMS setups. These ultra-flat, 3 mm-thick electrodes allow the TMS coil to be positioned closer to the brain, reducing artifacts and ensuring superior signal quality. With seamless integration into g.GAMMAcap or adhesive washers, the electrodes deliver exceptional performance for cutting-edge neuroscience research.
Key Highlights:
- Ultra-Thin Design: At just 3 mm, the thinnest on the market, they ensure optimal coil placement for minimal TMS artifacts.
- Active and Passive Options: Choose active electrodes for high-impedance recordings or passive electrodes for minimized stimulation artifacts.
- Optimal Signal Resolution: Made with sintered Ag/AgCl material, they deliver precise EEG data up to 10 kHz.
The New g.HIamp NIRx System
Combine NIRSport2 with g.HIamp for Advanced EEG Sampling and Expanded Channel Capability
The g.HIamp NIRX system sets a new standard in neuroimaging by enabling the simultaneous recording of high-quality EEG and fNIRS signals, ensuring synchronized and comprehensive brain data collection.
With 256 EEG channels and 32 detectors/sources for fNIRS acquisition, this powerful system integrates seamlessly with g.HIsys Professional for real-time data streaming, processing, and analysis. Post-experiment insights are enhanced with g.BSanalyze, providing researchers with an all-in-one solution for cutting-edge neuroscience studies in real-world or clinical settings.
Key Highlights:
- Unmatched Channel Capacity: Features 256 EEG channels and 32 fNIRS optodes for comprehensive spatial resolution and synchronized data acquisition.
- Seamless Data Integration: Real-time streaming, processing, and classification via g.HIsys Professional ensure precise and efficient data handling.
- Versatile Applications: Ideal for BCIs, neurorehabilitation, and cognitive workload studies, offering rich, synchronized insights into brain activity.
g.Nautilus Tobii Pro Glasses Eye Tracking
Integrated EEG and Eye Tracking Technology
The g.Nautilus EEG system with Tobii Pro Glasses 3 enables simultaneous recording of EEG and eye-tracking data, offering valuable insights into visual attention, perception, and decision-making.
Its lightweight, wireless design allows natural participant movement, making it ideal for realistic experiments in neuromarketing, cognitive research, and training. This powerful combination synchronizes brain activity with gaze patterns for deeper understanding of brain-behavior dynamics.
Key Highlights:
- Synchronized EEG and Eye-Tracking: Capture brain responses linked to gaze in real time.
- Wireless Mobility: Conduct natural, real-world experiments with ease.
- Broad Applications: Ideal for research, training, and neuromarketing studies.
g.HIamp Tobii Pro Fusion Eye Tracking
Simultaneous EEG and Eyetracking Recordings
The combination of the g.HIamp biosignal amplifier and Tobii Pro Fusion eye tracker offers a cutting-edge solution for studying brain activity and behavior simultaneously in controlled environments. This integration captures high-quality EEG data alongside precise eye-tracking, providing deeper insights into cognitive processes such as attention, perception, and decision-making.
The system’s synchronization capabilities allow real-time correlation of brain responses with visual stimuli, making it ideal for neuromarketing, cognitive research, and brain-computer interface (BCI) applications.
Key Highlights:
- High-Precision Multi-Channel EEG: g.HIamp ensures accurate, noise-free brain signal acquisition across multiple regions.
- Synchronized Brain and Eye Data: Real-time analysis of EEG and gaze patterns for a comprehensive understanding of attention and behavior.
- Versatile Applications: Ideal for neuromarketing, cognitive studies, BCIs, and clinical research.
The New Unicorn BCI Core System
Versatile EEG Recordings for Humans and Animals
The Unicorn BCI Core-8 is a groundbreaking 24-bit, 8-channel EEG and BCI device designed for versatile neural interface applications in humans, dogs, horses, and more. Its magnetic attachment to customizable base stations ensures adaptability across diverse recording scenarios.
With options for gold cup or g.SAHARA Hybrid electrodes, the device delivers reliable signal quality, even in challenging conditions like thick hair or fur. Streaming data into g.HIsys enables real-time visualization and signal processing, while the g.Pype SDK provides powerful Python-based tools for advanced EEG analysis.
Key Highlights:
- Versatile and Adaptable: Designed for humans and animals with configurable base stations and electrode options.
- Powerful Signal Processing: Supports real-time EEG visualization and Python-based analysis with g.Pype SDK.
- Cross-Platform Compatibility: Fully compatible with macOS and iOS, ensuring seamless integration across devices.
- High-Quality Data: Offers 250 Hz and 1000 Hz sampling rates for EEG, ECG, and EMG applications.
BCI & Neurotech Masterclasses
Mark Your Calendar!
BCI & Neurotech Masterclass: Unicorn Brain Interface
Date: 28 January 2025, 08:30–18:45 CET
- Learn to integrate BCIs into STEM education and develop practical signal processing skills.
- Participate in hands-on sessions to create interactive neurotech software.
- Discover innovative applications of passive BCIs and EEG analytics in real-world scenarios.
BCI & Neurotech Masterclass: Combined EEG & fNIRS
Date: 25 February 2025, 10:30–20:00 CET
- Explore the fusion of EEG and fNIRS for advanced neuroimaging and multimodal analysis.
- Learn about applications in gait analysis, auditory processing, and emotional response.
- Discover machine learning-driven EEG-fNIRS integration for research and BCIs.
The BCI & Neurotechnology Spring School 2025
Don’t miss the world’s largest BCI & Neurotech event!
Building on last year’s incredible success, with over 82,000 participants from 118 countries, the Spring School 2025 promises an even more transformative experience. With 140 hours of cutting-edge education, free certificates, and exciting opportunities like the BR41N.IO Hackathon, this event is a must-attend for neurotech enthusiasts worldwide.
Join the BCI & Neurotechnology Spring School 2025
Dates: April 28 – May 7, 2025 (Vienna Time)
- Unmatched Learning Value: Earn 14 credits and certificates free of charge, valued at up to $50,000 USD at leading universities.
- Global Collaboration: Join the BR41N.IO Hackathon to gain hands-on experience, compete for prizes, and connect with innovators from around the world.
- Flexible Access: Attend live sessions, participate virtually, or watch recordings for up to two weeks post-event.
Call for Papers and Participation @ IEEE SMC 2025
2025 IEEE SMC 15th Workshop on Brain-Machine Interface (BMI) Systems in Vienna, Austria
Join the IEEE SMC 15th Workshop on Brain-Machine Interface Systems, held October 5-8, 2025, in Vienna, Austria, as part of SMC 2025. This workshop offers a unique platform for researchers, developers, and industry professionals to share advances in BMI technology, engage in multidisciplinary discussions, and explore emerging applications.
BMI Workshop and Paper Presentations
Date: October 5-8, 2025 at IEEE SMC 2025
- Present full (4-6 pages) or short (2-3 pages) peer-reviewed papers that will be included in IEEE Xplore.
- Explore cutting-edge topics like neuroimaging, hybrid BMI, and AI-driven innovations.
- Network with global experts in neuroscience, robotics, and human-machine systems.
BR41N.IO Brain-Computer Interface Hackathon
Date: October 5-6, 2025 at IEEE SMC 2025
- Collaborate with international teams to create functional BCI prototypes.
- Compete for cash prizes and recognition at this innovative brainstorming marathon.
BCI Award 2025 Submission & Ceremony
Submission Deadline: September 1, 2025
BCI Award Ceremony: October 7, 2025 at IEEE SMC 2025
- Submit a 2-page project description and video to compete for the prestigious award.
- Gain visibility for your groundbreaking BCI research.
- Showcase your achievements to an international audience.
Don’t miss this chance to contribute to the future of BMI systems. Submit your papers and projects today!