The SMARTING PRO and SMARTING PRO X now offers a high density recording with up to 64 channels. Both are compatible with the Pro Streamer and a mobile app, including a battery life of over 10 hours of recordings, an SD card for outdoor recording, Bluetooth 5.0, 3D head tracking, and much more.
The new standard in EEG with absolute 3D head motion tracking and real-time Artifact removal.
The new standard in EEG with absolute 3D head motion tracking and real-time Artifact removal.
Bluetooth 5.0 secures reliable wireless connection while retaining exquisite signal with 24-bit resolution, <1 µV input-referred noise, and common mode rejection >140 dB. An option for 8 configurable channels can be used for ExG recordings. We also designed covers for the connectors so cap washing is not a headache anymore.
With automatic artifact removal algorithms and support for out-of-range recordings in the mobile app, Smarting Pro line devices provides an unparalleled outdoor recording experience. The integrated automatic real-time artifact removal is based on the Artifact Subspace Reconstruction algorithm (ASR). While the algorithm is running, the raw data are also available.
Thanks to NFC technology, you can tap your phone to the pro device, and have multiple pro devices in your lab. You can now create pre-sets to reduce the possible configuration mistakes in your lab. In addition, the hyperscanning mode allows a quick and reliable setup for complex social studies. Each subject’s data is saved on the internal memory of the device.
Semi-dry electrodes are a type of EEG recording system that uses a sponge material instead of traditional gel-based electrodes. This system requires the use of a saline solution, which helps to enhance the quality of the EEG recordings obtained. The semi-dry EEG cap is designed with the user in mind, offering a convenient and easy-to-use solution for EEG recording. In addition, this cap is unique in that it is compatible with the SMARTING platform, and does not require the user to wash their hair after the experiment has been completed. This is a major advantage compared to traditional wet electrode systems, which often require hair washing to remove the residue left behind by the gel.