g.MOBIlab+ is equipped with low-noise biosignal amplifiers and a 16-bit A/D converter (256 Hz), which guarantees excellent data quality and a high signal-to-noise ratio. For sophisticated data analyses, g.MOBIlab-data can be imported directly into g.BSanalyze, the toolbox for advanced biosignal processing and analyses.
Data can also be converted into ASCII-format for other programs like MS-Excel or foreign toolboxes.

Important information

g.MOBIlab+ is not a medical device. The product is NOT intended to be used as a medical device. However, the product meets the IEC 60601-1 standard, as it is a more rigorous standard.

g.MOBIlab+ now provides two additional features, improving the system's mobility and opening new application fields. 

New wireless data transfer tools let you send data to your Pocket PC, notebook or desktop PC with Bluetooth "class I" technology. Monitor biosignals under every imaginable experimental condition.

Use g.MOBIlab+ as a powerful biosignal data logger. After visually checking data quality on the screen, the device can be disconnected from the computer.  Data are stored on a flash memory card with up to 2 GB space.

At the 2003 Nordic Fitness Days at the Dachstein glacier, organized by the Planaibahnen from October 24th-26th, g.MOBIlab+ was tested in measuring EEG and ECG data from skiers and mountaineers going up the Dachstein summit with the cable car. The study was part of the research program of the ARGE Alpinmed. A total of 50 data sets were acquired within 3 days. Data recordings began at a base station at 1200 m. Then,  physiological data from subjects were measured in the cable car and at the top station at 2700 m. The subjects had to perform a stimulus-reaction paradigm to test the reliability of g.MOBIlab+ under bad weather and field conditions. In all 50 sessions, data quality was excellent, and even the EEG data displayed high signal-to-noise ratio. The g.MOBIlab+ system was rated excellent by the participants, both for ease of use and for high data quality and reliability while performing physiological measurements with experimental paradigms.

C. Guger, W. Domej, G. Lindner, K. Pfurtscheller, G. Pfurtscheller, G. Edlinger, "Effects of a fast cable car ascent to an altitude of 2700 meters on EEG and ECG,"
Neuroscience Letters, 2005.