Software Options And Toolboxes

There is a broad software environment for engineers, researchers, scientists, physiologists, and medical staff, as well as software developers or programmers available. From Windows based recording software to MATLAB/SIMULINK Highspeed Online-Processing environment and device drivers as well as APIs, you will get the appropriate tools for your research. g.USBamp RESEARCH is also supported by some open source research communities such as OpenViBE and BCI2000, and supports LSL (Lab Streaming Layer) too.

Software Options And Toolboxes

There is a broad software environment for engineers, researchers, scientists, physiologists, and medical staff, as well as software developers or programmers available. From Windows based recording software to MATLAB/SIMULINK Highspeed Online-Processing environment and device drivers as well as APIs, you will get the appropriate tools for your research. g.USBamp RESEARCH is also supported by some open source research communities such as OpenViBE and BCI2000, and supports LSL (Lab Streaming Layer) too.

g.HIamp - 16/ 32/ 80/ 144/ 256 channels

High demands require high level solutions and groundbreaking technology. g.HIamp is a 256 channel biosignal amplifier for invasive and non-invasive measurements of brain functions that is FDA cleared and CE approved. The amplifier has 256 ADC converters with 24 Bit inside for perfect signal resolution and has a wide input sensitivity to measure EEG, ECoG, ECG, EMG, EOG without any saturation. External sensors can also be connected. All channels are DC coupled. Internally, signal processing is performed with the fastest floating point DSP and a sophisticated real-time Kernel. The amplifier relies on a very high oversampling to reduce the noise as much as possible by averaging samples.

256 channels can be analyzed in real-time with the g.tec Highspeed Processing for Simulink toolbox. This leads to faster and more accurate control of brain-computer interface systems that use Common Spatial Patterns (CSP). g.HIamp is powered by a medical mains power supply and the system is connected to the computer via USB. The system is equipped with 16 digital trigger channels and a HOLD input for artifact suppression (e.g. during electrical or magnetic stimulation). g.HIamp provides 16, 32, 80, 144 or 256 channels per unit. Each block of 64 channels is connected via a multi-pole medical safety connector to the electrode interface box. A big advantage is that g.HIamp can be used with passive or active electrodes. The difference is just the electrode connector box (headbox). For ECoG grids and strips, special interface connectors are available.

Up to 256 multi channel real-time biosignal amplifier for invasive and non-invasive measurements of the brain with FDA cleared and CE approved

Software Options And Toolboxes

There is a broad software environment for engineers, researchers, scientists, physiologists, and medical staff, as well as software developers or programmers available. From Windows based recording software to MATLAB/SIMULINK Highspeed Online-Processing environment and device drivers as well as APIs, you will get the appropriate tools for your research. g.USBamp RESEARCH is also supported by some open source research communities such as OpenViBE and BCI2000, and supports LSL (Lab Streaming Layer) too.

g.HIamp - 16/ 32/ 80/ 144/ 256 channels

High demands require high level solutions and groundbreaking technology. g.HIamp is a 256 channel biosignal amplifier for invasive and non-invasive measurements of brain functions that is FDA cleared and CE approved. The amplifier has 256 ADC converters with 24 Bit inside for perfect signal resolution and has a wide input sensitivity to measure EEG, ECoG, ECG, EMG, EOG without any saturation. External sensors can also be connected. All channels are DC coupled. Internally, signal processing is performed with the fastest floating point DSP and a sophisticated real-time Kernel. The amplifier relies on a very high oversampling to reduce the noise as much as possible by averaging samples.

256 channels can be analyzed in real-time with the g.tec Highspeed Processing for Simulink toolbox. This leads to faster and more accurate control of brain-computer interface systems that use Common Spatial Patterns (CSP). g.HIamp is powered by a medical mains power supply and the system is connected to the computer via USB. The system is equipped with 16 digital trigger channels and a HOLD input for artifact suppression (e.g. during electrical or magnetic stimulation). g.HIamp provides 16, 32, 80, 144 or 256 channels per unit. Each block of 64 channels is connected via a multi-pole medical safety connector to the electrode interface box. A big advantage is that g.HIamp can be used with passive or active electrodes. The difference is just the electrode connector box (headbox). For ECoG grids and strips, special interface connectors are available.

Up to 256 multi channel real-time biosignal amplifier for invasive and non-invasive measurements of the brain with FDA cleared and CE approved

Software Options And Toolboxes

There is a broad software environment for engineers, researchers, scientists, physiologists, and medical staff, as well as software developers or programmers available. From Windows based recording software to MATLAB/SIMULINK Highspeed Online-Processing environment and device drivers as well as APIs, you will get the appropriate tools for your research. g.USBamp RESEARCH is also supported by some open source research communities such as OpenViBE and BCI2000, and supports LSL (Lab Streaming Layer) too.

g.HIamp - 16/ 32/ 80/ 144/ 256 channels

High demands require high level solutions and groundbreaking technology. g.HIamp is a 256 channel biosignal amplifier for invasive and non-invasive measurements of brain functions that is FDA cleared and CE approved. The amplifier has 256 ADC converters with 24 Bit inside for perfect signal resolution and has a wide input sensitivity to measure EEG, ECoG, ECG, EMG, EOG without any saturation. External sensors can also be connected. All channels are DC coupled. Internally, signal processing is performed with the fastest floating point DSP and a sophisticated real-time Kernel. The amplifier relies on a very high oversampling to reduce the noise as much as possible by averaging samples.

256 channels can be analyzed in real-time with the g.tec Highspeed Processing for Simulink toolbox. This leads to faster and more accurate control of brain-computer interface systems that use Common Spatial Patterns (CSP). g.HIamp is powered by a medical mains power supply and the system is connected to the computer via USB. The system is equipped with 16 digital trigger channels and a HOLD input for artifact suppression (e.g. during electrical or magnetic stimulation). g.HIamp provides 16, 32, 80, 144 or 256 channels per unit. Each block of 64 channels is connected via a multi-pole medical safety connector to the electrode interface box. A big advantage is that g.HIamp can be used with passive or active electrodes. The difference is just the electrode connector box (headbox). For ECoG grids and strips, special interface connectors are available.

Up to 256 multi channel real-time biosignal amplifier for invasive and non-invasive measurements of the brain with FDA cleared and CE approved

Software Options And Toolboxes

There is a broad software environment for engineers, researchers, scientists, physiologists, and medical staff, as well as software developers or programmers available. From Windows based recording software to MATLAB/SIMULINK Highspeed Online-Processing environment and device drivers as well as APIs, you will get the appropriate tools for your research. g.USBamp RESEARCH is also supported by some open source research communities such as OpenViBE and BCI2000, and supports LSL (Lab Streaming Layer) too.

Software Options And Toolboxes

There is a broad software environment for engineers, researchers, scientists, physiologists, and medical staff, as well as software developers or programmers available. From Windows based recording software to MATLAB/SIMULINK Highspeed Online-Processing environment and device drivers as well as APIs, you will get the appropriate tools for your research. g.USBamp RESEARCH is also supported by some open source research communities such as OpenViBE and BCI2000, and supports LSL (Lab Streaming Layer) too.