QUEST HD + STIM

Custom, Programmable, Transcranial Stimulation and EEG/ERP Recordings

The Grapevine Scout

Highly Capable Simplicity

Your all-in-one solution for rodent and animal electrophysiology, the Scout is an affordable system designed with simplicity in mind. Powered by the same processor found in every Grapevine, the Scout features the advanced simultaneous stimulation and recording capabilities Ripple Neuro is known for.

support recording from two animals at the same time. For even higher-throughput experiments, multiple Scout processors can be synced together. Fully integrated digital and analog I/O complete the ephys package and allow for seamless connectivity to external behavioral devices.

Like all Grapevine processors, the Scout integrates with Ripple’s Trellis software for data analytics and visualization, system configurations, and on-the-fly stimulation controls. Onboard processing and extensive software APIs enable closed-loop applications and custom real-time analysis.

From unboxing to recording in the same day, the Scout is the simple choice.

Highlights

  • Rack-mountable
  • Supports multi-animal experiments with isolated ports
  • 64 and 128 channel configurations available

** Recording and Stimulation Specifications are defined by the Grapevine Front End used

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.

FLEXIBLE STIMULATION

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.

neuromodulator eeg cap

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.

Start typing and press Enter to search