Wireless Biosignal Acquisition High Portable EEG + FNIRS Headset

g.Nautilus fNIRS is a wearable headset that enable simultaneous recordings of EEG and fNIRS (functional near-infrared spectroscopy) signals. fNIRS measures the oxygenation level and hemodynamics of the brain non-invasively. The oxygenation level change as brain areas become more active. Researchers can identify brain activity in real-time based on changes in blood oxygenation and other factors.

 

The EEG indicates the electrical activity in the brain and provides high temporal resolution, unlike fNIRS. However, a simultaneous recording of both fNIRS and EEG signals in one single device is highly beneficial. EEG signals indicate motor imagery while fNIRS signals show long lasting changes like mental counting or pain. In other words, researchers can capture what might be missed when using only EEG or fNIRS.

 

The g.Nautilus fNIRS is a mobile device and compatible with EEG which sets a new standard of usability. In combination with g.tec’s active EEG electrode technology, researchers get top-quality EEG recordings from 64/32/16/8 g.SCARABEO EEG channels and 8 fNIRS channels within a few minutes.

                   Product Highlights

 

  • Combined fNIRS and EEG measurements with a single wireless system
  • g.SCARABEO gel based EEG electrodes
  • LED based fNIRS sensors for the forehead and for central positions
  • Flexible solution: position the electrodes as you wish
  • 64/32/16/8 channel wireless EEG with 3-axis accelerometer
  • 24 bit accuracy at 500 Hz sampling rate for EEG
  • 10 Hz sampling rate for (8 channel) fNIRS
  • A new benchmark in usability
  • The only wireless system with active technology
  • g.tec's unique internal impedance check
  • 10 hours continuous EEG recording and 2–3 hours charging (32 channel version); 1.5 hours (high power LED)–8 hours (low power LED) of fNIRS recording
  • Wireless digital transmission, range: 10 meters indoor
  • Full integration into g.tec's software environment

 

More Information

g.HISYS For EEG & fNIRS

 

The g.Nautilus-fNIRS toolbox provides a Simulink model for EEG and fNIRS data acquisition. The g.Nautilus block is reading in the EEG data at 250 or 500 Hz and acts as the master for the Simulink model. The g.tec fNIRS Interface block reads the data at 10 Hz and is automatically synchronized with the EEG data. Both EEG and fNIRS data are provided with double precision of optimal signal processing resolution. The data can be visualized with the g.SCOPE to check data quality or save with the To File block. Additionally real-time signal processing can be configured with blocks from g.RTanalyze which are dedicated for biosignal processing or with standard Simulink blocks.

Quick Links:

*** COPYRIGHT @ 2023 UTE ALL RIGHT RESERVED

Contact:

Ultra Technology Engineering (SA021790-w)

1115, Block A4, Pusat Dagang Setia Jaya, 9 Jalan

PJS 8/9, Bandar Sunway 46150 Selangor, Malaysia

+603 - 8066 6726

 

For any enquiry or sales:

enquiry@ute-my.com

 

For any support:

support@ute-my.com

Community:

Wireless Biosignal Acquisition

High Portable EEG + FNIRS Headset

g.Nautilus fNIRS is a wearable headset that enable simultaneous recordings of EEG and fNIRS (functional near-infrared spectroscopy) signals. fNIRS measures the oxygenation level and hemodynamics of the brain non-invasively. The oxygenation level change as brain areas become more active. Researchers can identify brain activity in real-time based on changes in blood oxygenation and other factors.

 

The EEG indicates the electrical activity in the brain and provides high temporal resolution, unlike fNIRS. However, a simultaneous recording of both fNIRS and EEG signals in one single device is highly beneficial. EEG signals indicate motor imagery while fNIRS signals show long lasting changes like mental counting or pain. In other words, researchers can capture what might be missed when using only EEG or fNIRS.

 

The g.Nautilus fNIRS is a mobile device and compatible with EEG which sets a new standard of usability. In combination with g.tec’s active EEG electrode technology, researchers get top-quality EEG recordings from 64/32/16/8 g.SCARABEO EEG channels and 8 fNIRS channels within a few minutes.

                     Product Highlights

 

  • Combined fNIRS and EEG measurements with a single wireless system
  • g.SCARABEO gel based EEG electrodes
  • LED based fNIRS sensors for the forehead and for central positions
  • Flexible solution: position the electrodes as you wish
  • 64/32/16/8 channel wireless EEG with 3-axis accelerometer
  • 24 bit accuracy at 500 Hz sampling rate for EEG
  • 10 Hz sampling rate for (8 channel) fNIRS
  • A new benchmark in usability
  • The only wireless system with active technology
  • g.tec's unique internal impedance check
  • 10 hours continuous EEG recording and 2–3 hours charging (32 channel version); 1.5 hours (high power LED)–8 hours (low power LED) of fNIRS recording
  • Wireless digital transmission, range: 10 meters indoor
  • Full integration into g.tec's software environment

 

More Information

g.HISYS For EEG & fNIRS

 

The g.Nautilus-fNIRS toolbox provides a Simulink model for EEG and fNIRS data acquisition. The g.Nautilus block is reading in the EEG data at 250 or 500 Hz and acts as the master for the Simulink model. The g.tec fNIRS Interface block reads the data at 10 Hz and is automatically synchronized with the EEG data. Both EEG and fNIRS data are provided with double precision of optimal signal processing resolution. The data can be visualized with the g.SCOPE to check data quality or save with the To File block. Additionally real-time signal processing can be configured with blocks from g.RTanalyze which are dedicated for biosignal processing or with standard Simulink blocks.

Quick Links:

*** COPYRIGHT @ 2023 UTE ALL RIGHT RESERVED

Contact:

Ultra Technology Engineering (SA021790-w)

1115, Block A4, Pusat Dagang Setia Jaya, 9 Jalan

PJS 8/9, Bandar Sunway 46150 Selangor, Malaysia

+603 - 8066 6726

 

For any enquiry or sales:

enquiry@ute-my.com

 

For any support:

support@ute-my.com

Community:

Wireless Biosignal Acquisition High Portable EEG + FNIRS Headset

g.Nautilus fNIRS is a wearable headset that enable simultaneous recordings of EEG and fNIRS (functional near-infrared spectroscopy) signals. fNIRS measures the oxygenation level and hemodynamics of the brain non-invasively. The oxygenation level change as brain areas become more active. Researchers can identify brain activity in real-time based on changes in blood oxygenation and other factors.

 

The EEG indicates the electrical activity in the brain and provides high temporal resolution, unlike fNIRS. However, a simultaneous recording of both fNIRS and EEG signals in one single device is highly beneficial. EEG signals indicate motor imagery while fNIRS signals show long lasting changes like mental counting or pain. In other words, researchers can capture what might be missed when using only EEG or fNIRS.

 

The g.Nautilus fNIRS is a mobile device and compatible with EEG which sets a new standard of usability. In combination with g.tec’s active EEG electrode technology, researchers get top-quality EEG recordings from 64/32/16/8 g.SCARABEO EEG channels and 8 fNIRS channels within a few minutes.

                     Product Highlights

 

  • Combined fNIRS and EEG measurements with a single wireless system
  • g.SCARABEO gel based EEG electrodes
  • LED based fNIRS sensors for the forehead and for central positions
  • Flexible solution: position the electrodes as you wish
  • 64/32/16/8 channel wireless EEG with 3-axis accelerometer
  • 24 bit accuracy at 500 Hz sampling rate for EEG
  • 10 Hz sampling rate for (8 channel) fNIRS
  • A new benchmark in usability
  • The only wireless system with active technology
  • g.tec's unique internal impedance check
  • 10 hours continuous EEG recording and 2–3 hours charging (32 channel version); 1.5 hours (high power LED)–8 hours (low power LED) of fNIRS recording
  • Wireless digital transmission, range: 10 meters indoor
  • Full integration into g.tec's software environment

 

More Information

g.HISYS For EEG & fNIRS

 

The g.Nautilus-fNIRS toolbox provides a Simulink model for EEG and fNIRS data acquisition. The g.Nautilus block is reading in the EEG data at 250 or 500 Hz and acts as the master for the Simulink model. The g.tec fNIRS Interface block reads the data at 10 Hz and is automatically synchronized with the EEG data. Both EEG and fNIRS data are provided with double precision of optimal signal processing resolution. The data can be visualized with the g.SCOPE to check data quality or save with the To File block. Additionally real-time signal processing can be configured with blocks from g.RTanalyze which are dedicated for biosignal processing or with standard Simulink blocks.

Quick Links:

Contact:

Ultra Technology Engineering (SA021790-w)

1115, Block A4, Pusat Dagang Setia Jaya, 9 Jalan

PJS 8/9, Bandar Sunway 46150 Selangor, Malaysia

+603 - 8066 6726

 

For any enquiry or sales:

enquiry@ute-my.com

 

For any support:

support@ute-my.com

Community:

*** COPYRIGHT @ 2023 UTE ALL RIGHT RESERVED

Wireless Biosignal Acquisition High Portable EEG + FNIRS Headset

g.Nautilus fNIRS is a wearable headset that enable simultaneous recordings of EEG and fNIRS (functional near-infrared spectroscopy) signals. fNIRS measures the oxygenation level and hemodynamics of the brain non-invasively. The oxygenation level change as brain areas become more active. Researchers can identify brain activity in real-time based on changes in blood oxygenation and other factors.

 

The EEG indicates the electrical activity in the brain and provides high temporal resolution, unlike fNIRS. However, a simultaneous recording of both fNIRS and EEG signals in one single device is highly beneficial. EEG signals indicate motor imagery while fNIRS signals show long lasting changes like mental counting or pain. In other words, researchers can capture what might be missed when using only EEG or fNIRS.

 

The g.Nautilus fNIRS is a mobile device and compatible with EEG which sets a new standard of usability. In combination with g.tec’s active EEG electrode technology, researchers get top-quality EEG recordings from 64/32/16/8 g.SCARABEO EEG channels and 8 fNIRS channels within a few minutes.

                     Product Highlights

 

  • Combined fNIRS and EEG measurements with a single wireless system
  • g.SCARABEO gel based EEG electrodes
  • LED based fNIRS sensors for the forehead and for central positions
  • Flexible solution: position the electrodes as you wish
  • 64/32/16/8 channel wireless EEG with 3-axis accelerometer
  • 24 bit accuracy at 500 Hz sampling rate for EEG
  • 10 Hz sampling rate for (8 channel) fNIRS
  • A new benchmark in usability
  • The only wireless system with active technology
  • g.tec's unique internal impedance check
  • 10 hours continuous EEG recording and 2–3 hours charging (32 channel version); 1.5 hours (high power LED)–8 hours (low power LED) of fNIRS recording
  • Wireless digital transmission, range: 10 meters indoor
  • Full integration into g.tec's software environment

 

More Information

g.HISYS For EEG & fNIRS

 

The g.Nautilus-fNIRS toolbox provides a Simulink model for EEG and fNIRS data acquisition. The g.Nautilus block is reading in the EEG data at 250 or 500 Hz and acts as the master for the Simulink model. The g.tec fNIRS Interface block reads the data at 10 Hz and is automatically synchronized with the EEG data. Both EEG and fNIRS data are provided with double precision of optimal signal processing resolution. The data can be visualized with the g.SCOPE to check data quality or save with the To File block. Additionally real-time signal processing can be configured with blocks from g.RTanalyze which are dedicated for biosignal processing or with standard Simulink blocks.

Contact:

Ultra Technology Engineering (SA021790-w)

1115, Block A4, Pusat Dagang Setia Jaya, 9 Jalan

PJS 8/9, Bandar Sunway 46150 Selangor, Malaysia

+603 - 8066 6726

 

For any enquiry or sales:

enquiry@ute-my.com

 

For any support:

support@ute-my.com

*** COPYRIGHT @ 2023 UTE ALL RIGHT RESERVED

Community:

Wireless Biosignal Acquisition High Portable

EEG + FNIRS Headset

g.Nautilus fNIRS is a wearable headset that enable simultaneous recordings of EEG and fNIRS (functional near-infrared spectroscopy) signals. fNIRS measures the oxygenation level and hemodynamics of the brain non-invasively. The oxygenation level change as brain areas become more active. Researchers can identify brain activity in real-time based on changes in blood oxygenation and other factors.

 

The EEG indicates the electrical activity in the brain and provides high temporal resolution, unlike fNIRS. However, a simultaneous recording of both fNIRS and EEG signals in one single device is highly beneficial. EEG signals indicate motor imagery while fNIRS signals show long lasting changes like mental counting or pain. In other words, researchers can capture what might be missed when using only EEG or fNIRS.

 

The g.Nautilus fNIRS is a mobile device and compatible with EEG which sets a new standard of usability. In combination with g.tec’s active EEG electrode technology, researchers get top-quality EEG recordings from 64/32/16/8 g.SCARABEO EEG channels and 8 fNIRS channels within a few minutes.

                     Product Highlights

 

  • Combined fNIRS and EEG measurements with a single wireless system
  • g.SCARABEO gel based EEG electrodes
  • LED based fNIRS sensors for the forehead and for central positions
  • Flexible solution: position the electrodes as you wish
  • 64/32/16/8 channel wireless EEG with 3-axis accelerometer
  • 24 bit accuracy at 500 Hz sampling rate for EEG
  • 10 Hz sampling rate for (8 channel) fNIRS
  • A new benchmark in usability
  • The only wireless system with active technology
  • g.tec's unique internal impedance check
  • 10 hours continuous EEG recording and 2–3 hours charging (32 channel version); 1.5 hours (high power LED)–8 hours (low power LED) of fNIRS recording
  • Wireless digital transmission, range: 10 meters indoor
  • Full integration into g.tec's software environment

 

More Information

g.HISYS For EEG & fNIRS

 

The g.Nautilus-fNIRS toolbox provides a Simulink model for EEG and fNIRS data acquisition. The g.Nautilus block is reading in the EEG data at 250 or 500 Hz and acts as the master for the Simulink model. The g.tec fNIRS Interface block reads the data at 10 Hz and is automatically synchronized with the EEG data. Both EEG and fNIRS data are provided with double precision of optimal signal processing resolution. The data can be visualized with the g.SCOPE to check data quality or save with the To File block. Additionally real-time signal processing can be configured with blocks from g.RTanalyze which are dedicated for biosignal processing or with standard Simulink blocks.

Quick Links:

*** COPYRIGHT @ 2023 UTE ALL RIGHT RESERVED

Contact:

Ultra Technology Engineering (SA021790-w)

1115, Block A4, Pusat Dagang Setia Jaya, 9 Jalan

PJS 8/9, Bandar Sunway 46150 Selangor, Malaysia

+603 - 8066 6726

 

For any enquiry or sales:

enquiry@ute-my.com

 

For any support:

support@ute-my.com

Community:

Wireless Biosignal Acquisition High Portable EEG + FNIRS Headset

g.Nautilus fNIRS is a wearable headset that enable simultaneous recordings of EEG and fNIRS (functional near-infrared spectroscopy) signals. fNIRS measures the oxygenation level and hemodynamics of the brain non-invasively. The oxygenation level change as brain areas become more active. Researchers can identify brain activity in real-time based on changes in blood oxygenation and other factors.

 

The EEG indicates the electrical activity in the brain and provides high temporal resolution, unlike fNIRS. However, a simultaneous recording of both fNIRS and EEG signals in one single device is highly beneficial. EEG signals indicate motor imagery while fNIRS signals show long lasting changes like mental counting or pain. In other words, researchers can capture what might be missed when using only EEG or fNIRS.

 

The g.Nautilus fNIRS is a mobile device and compatible with EEG which sets a new standard of usability. In combination with g.tec’s active EEG electrode technology, researchers get top-quality EEG recordings from 64/32/16/8 g.SCARABEO EEG channels and 8 fNIRS channels within a few minutes.

                     Product Highlights

 

  • Combined fNIRS and EEG measurements with a single wireless system
  • g.SCARABEO gel based EEG electrodes
  • LED based fNIRS sensors for the forehead and for central positions
  • Flexible solution: position the electrodes as you wish
  • 64/32/16/8 channel wireless EEG with 3-axis accelerometer
  • 24 bit accuracy at 500 Hz sampling rate for EEG
  • 10 Hz sampling rate for (8 channel) fNIRS
  • A new benchmark in usability
  • The only wireless system with active technology
  • g.tec's unique internal impedance check
  • 10 hours continuous EEG recording and 2–3 hours charging (32 channel version); 1.5 hours (high power LED)–8 hours (low power LED) of fNIRS recording
  • Wireless digital transmission, range: 10 meters indoor
  • Full integration into g.tec's software environment

 

More Information

g.HISYS For EEG & fNIRS

 

The g.Nautilus-fNIRS toolbox provides a Simulink model for EEG and fNIRS data acquisition. The g.Nautilus block is reading in the EEG data at 250 or 500 Hz and acts as the master for the Simulink model. The g.tec fNIRS Interface block reads the data at 10 Hz and is automatically synchronized with the EEG data. Both EEG and fNIRS data are provided with double precision of optimal signal processing resolution. The data can be visualized with the g.SCOPE to check data quality or save with the To File block. Additionally real-time signal processing can be configured with blocks from g.RTanalyze which are dedicated for biosignal processing or with standard Simulink blocks.

Contact:

Ultra Technology Engineering (SA021790-w)

1115, Block A4, Pusat Dagang Setia Jaya,

9 Jalan PJS 8/9, Bandar Sunway 46150 Selangor, Malaysia

+603 - 8066 6726

 

For any enquiry or sales:

enquiry@ute-my.com

 

For any support:

support@ute-my.com

Community:

*** COPYRIGHT @ 2023 UTE ALL RIGHT RESERVED

Wireless Biosignal Acquisition High Portable EEG + FNIRS Headset

g.Nautilus fNIRS is a wearable headset that enable simultaneous recordings of EEG and fNIRS (functional near-infrared spectroscopy) signals. fNIRS measures the oxygenation level and hemodynamics of the brain non-invasively. The oxygenation level change as brain areas become more active. Researchers can identify brain activity in real-time based on changes in blood oxygenation and other factors.

 

The EEG indicates the electrical activity in the brain and provides high temporal resolution, unlike fNIRS. However, a simultaneous recording of both fNIRS and EEG signals in one single device is highly beneficial. EEG signals indicate motor imagery while fNIRS signals show long lasting changes like mental counting or pain. In other words, researchers can capture what might be missed when using only EEG or fNIRS.

 

The g.Nautilus fNIRS is a mobile device and compatible with EEG which sets a new standard of usability. In combination with g.tec’s active EEG electrode technology, researchers get top-quality EEG recordings from 64/32/16/8 g.SCARABEO EEG channels and 8 fNIRS channels within a few minutes.

                       Product Highlights

 

  • Combined fNIRS and EEG measurements with a single wireless system
  • g.SCARABEO gel based EEG electrodes
  • LED based fNIRS sensors for the forehead and for central positions
  • Flexible solution: position the electrodes as you wish
  • 64/32/16/8 channel wireless EEG with 3-axis accelerometer
  • 24 bit accuracy at 500 Hz sampling rate for EEG
  • 10 Hz sampling rate for (8 channel) fNIRS
  • A new benchmark in usability
  • The only wireless system with active technology
  • g.tec's unique internal impedance check
  • 10 hours continuous EEG recording and 2–3 hours charging (32 channel version); 1.5 hours (high power LED)–8 hours (low power LED) of fNIRS recording
  • Wireless digital transmission, range: 10 meters indoor
  • Full integration into g.tec's software environment

 

More Information

g.HISYS For EEG & fNIRS

 

The g.Nautilus-fNIRS toolbox provides a Simulink model for EEG and fNIRS data acquisition. The g.Nautilus block is reading in the EEG data at 250 or 500 Hz and acts as the master for the Simulink model. The g.tec fNIRS Interface block reads the data at 10 Hz and is automatically synchronized with the EEG data. Both EEG and fNIRS data are provided with double precision of optimal signal processing resolution. The data can be visualized with the g.SCOPE to check data quality or save with the To File block. Additionally real-time signal processing can be configured with blocks from g.RTanalyze which are dedicated for biosignal processing or with standard Simulink blocks.

Contact::

Ultra Technology Engineering (SA021790-w)

1115, Block A4, Pusat Dagang Setia Jaya, 9 Jalan PJS 8/9, Bandar Sunway 46150 Selangor, Malaysia

+603 - 8066 6726

 

For any enquiry or sales:

enquiry@ute-my.com

 

For any support:

support@ute-my.com

Community:

*** COPYRIGHT @ 2023 UTE ALL RIGHT RESERVED