Revolutionize Your Biosignal Research with g.Pangolin Ultra High-Density EEG System!

In today’s rapidly advancing world of biosignal research, precision, ease of use, and high spatial resolution have become paramount. Meet the g.Pangolin Ultra High-Density EEG System, a groundbreaking tool designed to elevate biosignal data collection in ways never seen before. Developed by g.tec, a leader in bio-signal technology, g.Pangolin sets a new standard for EEG, EMG, and ECG recordings.

What Sets g.Pangolin Apart?

The g.Pangolin system is the world’s first ultra-high density electrode grid and biopotential amplifier with revolutionary features that ensure unmatched precision and clarity in biosignal research. With this system, researchers and clinicians can record and analyze biosignals with unprecedented detail, thanks to several groundbreaking features:

• 1,024 Channels: With up to 1,024 channels, the g.Pangolin Ultra High-Density enables the collection of highly detailed data across large areas, capturing even the most subtle body signals with incredible accuracy.
• 24-Bit Resolution & 38,400 Hz Sampling Rate: These specifications translate to remarkably precise data, capturing minute details in biosignals. Every pulse, every neuron’s activity is recorded with clarity, setting a new benchmark in signal fidelity.
• Ultra-High Density with 8.6 mm Inter-Electrode Distance: A highly dense grid of electrodes spaced just 8.6 mm apart offers a superior spatial resolution compared to traditional systems, enabling high-fidelity brain mapping and finer analysis of neural and muscular activity.

The Power of Active Wet Electrode Technology

g.Pangolin leverages active wet electrode technology, ensuring reliable and high-quality recordings. Unlike passive electrodes, active electrodes minimize interference and noise, essential for capturing accurate signals in real-time. This technology is crucial for applications requiring high spatial resolution, like brain-computer interfaces (BCIs), brain mapping, and motor cortex analysis.

Streamlined Setup and Seamless Integration

One of the challenges with high-density EEG systems is setup time and complexity. g.Pangolin addresses this with a user-friendly design:

• Effortless Assembly: The electrode grids are quick to assemble, allowing researchers to focus on data collection rather than tedious setup processes.
• Easy Integration with g.HIamp and g.HIsys Software: The system integrates seamlessly with g.tec’s g.HIamp amplifier and g.HIsys software, providing a cohesive workflow from setup to real-time data analysis.

Why Choose g.Pangolin?

1. Enhanced Source Localization for Brain Mapping

High-density EEG technology is invaluable for brain mapping and motor cortex analysis, where pinpoint accuracy is crucial. By capturing more data from the brain’s surface, g.Pangolin Ultra High-Density provides enhanced source localization, making it ideal for sophisticated neuroimaging and brain mapping applications.

2. Unmatched High-Density Surface ECG & EMG

The g.Pangolin Ultra High-Density also excels in ECG and EMG applications, offering a level of detail and spatial resolution previously unattainable in surface recordings. Researchers can achieve exceptional spatial accuracy, making it ideal for studies that require detailed cardiac and muscular data.

3. Fast and Efficient Setup

With the ability to record 512 EEG channels in just 30 minutes, g.Pangolin Ultra High-Density is not only a powerful tool but also highly efficient. This setup speed allows researchers to focus on collecting high-quality data without compromising on time.

A Leap Forward for Brain-Computer Interface (BCI) Technology

BCI technology enables users to control devices using brain signals, without any physical movement. Traditional EEG systems often struggle with limited spatial resolution, which can hinder the accuracy required for decoding fine motor movements such as finger gestures. g.Pangolin’s ultra-high-density EEG (uHD EEG) system overcomes this limitation, offering features specifically designed for BCI applications:

• Ultra-High Density Electrode Array: With 256 channels spaced at just 8.6 mm, g.Pangolin provides more data points than traditional EEG systems (which typically have a 60-65 mm inter-electrode distance), allowing for precise decoding of fine motor movements.
• Flexible Electrode Grids: The grids conform closely to the scalp, improving spatial resolution and body motion decoding.
• High Classification Accuracy: g.Pangolin achieves an average classification accuracy of 64.8%, with up to 70.6% accuracy for specific finger movements, enabling a more refined and responsive BCI experience.

This technology represents a major step forward in BCI, enabling accurate control of external devices through thought alone and supporting groundbreaking research in neuroscience, neurorehabilitation, and beyond.

A Future-Ready Solution for Advanced Research

As biosignal research advances, the need for precision, real-time analysis, and streamlined workflows becomes more critical. g.Pangolin Ultra High-Density provides a future-ready solution for researchers in fields ranging from neuroscience and biomedical engineering to cognitive psychology and neurology.

Whether your research focuses on brain mapping, motor cortex analysis, ECG, or EMG, g.Pangolin’s Ultra High-Density technology, active wet electrodes, and effortless setup make it the ideal choice for today’s demanding biosignal research applications.

Discover More about g.Pangolin Ultra High-Density and Take Your Research to the Next Level

For those interested in exploring the full potential of g.Pangolin and its applications, g.tec provides additional resources and comprehensive information on their website. From case studies to technical specifications, everything you need to make an informed choice is available.

🔗 Learn more about g.Pangolin and request a quote: g.Pangolin Ultra High-Density EEG System
🔗 Explore more about g.tec’s innovations in biosignal technology: g.tec official website

Revolutionize Your Research with Ultra-High-Density EEG Technology!

The future of biosignal research and BCI applications is here, and it’s ultra-high density. Don’t miss the opportunity to take your research to the next level with the g.Pangolin Ultra High-Density EEG System – a tool designed for precision, efficiency, and groundbreaking discoveries.