QUEST HD + STIM
Custom, Programmable, Transcranial Stimulation and EEG/ERP Recordings
The Explorer Quest HD+Stim
Custom, Programmable, Transcranial Stimulation, and EEG/ERP Recordings
Expanding upon the full-featured recording capabilities of the Quest HD, the Quest HD+Stim provides extensive tES capabilities, including tDCS, tACS, tPCS and tRNS.
Our extensive software APIs give you the freedom to experiment with customized and novel waveforms. Modulate experimental stimuli based on your subject’s behavioral/electrophysiological responses with the powerful on-board processing of the Quest HD+Stim.
With all of the mobility and recording features of the Quest HD, the Quest HD+Stim neuromodulators can perform HD tES & record HD EEG in up to 256-channel configurations. The Quest HD +Stim kit comes standard with a Digital I/O module offering 20 additional inputs and outputs to interface with stimulus presentation systems and external devices.
- All of the mobility and features of the Quest HD
- Simultaneous transcranial stimulation and EEG/ERP
- Adjustable compliance voltage and current limitation to ensure safety
- Closed-loop control of stimulation parameters
- Meets safety standards for laboratory and clinical research
Up to 256 channels
of EEG recording and stimulation
7.5 kHz sampling rate
for the highest quality data
Flexible Stimulation – No limits. Arbitrary and complex waveforms.
Selectable stimulation – 256 channels with sub-millisecond switch times. Up to 16 channels of simultaneous stimulation.
REAL-TIME, CLOSED-LOOP CONTROL – PROGRAMMATIC CONTROL. REAL-TIME FEEDBACK. MATLAB & PYTHON
Multi-Modal – Record HD EEG & stimulate with HD tES in a single hardware and software platform.
Unlike many commercially available products, the Quest HD+Stim is not limited to simple waveforms. Stimulation parameters can be updated every 33us, making truly arbitrary waveforms possible.
REAL-TIME, CLOSED-LOOP CONTROL
Experimental configuration and custom stimulation paradigms can be programmed and initiated with unique triggers and controlled in real-time with comprehensive MATLAB and Python APIs.