Integration with Active Ag/AgCl Electrodes

The system combines with active electrode systems featuring high-quality Ag/AgCl sensors and innovative integrated noise attenuation circuitry, delivering lower noise levels than conventional active electrodes. This configuration enables real-time impedance monitoring with visual feedback.

R-Net Saline Electrode Compatibility

actiCHamp Plus is compatible with Brain Products' newly developed R-Net saline electrodes. This system utilizes saline-soaked sponges with passive Ag/AgCl electrodes mounted in a durable, flexible silicone structure.

Standard Passive Electrode Cap Integration

The amplifier supports integration with Brain Products' standard passive electrode caps. These fully customizable systems feature built-in electrodes with an ultra-flat, comfortable design, offering stable signal quality and easy maintenance.

Screw-Type Dry Electrode System Support

The screw-type dry electrode technology eliminates the need for conductive gel, featuring:

Ultra-high front-end impedance amplification

Exceptional signal stability

Specialized electrode designs for different scalp locations and hair densities

Guaranteed high signal quality and reliability

Advanced Features of actiCHamp Plus

① Scalable Research Solution

Start with a 32-channel base module

Expandable to 64-160 channels by adding 2-4 additional modules

Cost-effective upgrade path

② Enhanced Auxiliary Inputs

8 additional built-in auxiliary channels

Supports sampling rates up to 100 kHz

Comprehensive trigger input/output connectivity

③ Multi-Modal Synchronization

Advanced synchronization options for TMS, EMG, and other modalities

Perfect temporal alignment with EEG signals

Configurable hardware sampling rate output

Programmable trigger pulse generation for lab equipment synchronization

④ Power Management

Lithium-ion battery powered (standard battery included)

Optimized for extended recording sessions

⑤ Trigger Distribution SystemAdvanced trigger mirroring capability

Simultaneous trigger distribution to multiple devices

Cross-platform compatibility (including NIRS systems)

Supports multi-modal experimental paradigms