DataLITE EXPLORE
Total Freedom of Movement
DataLITE EXPLORE, your portable wireless data recorder, captures comprehensive physiological data, including up to 24 channels of EMG, joint movements, and acceleration, thanks to advanced DataLITE wireless sensors.
Designed to be worn in close proximity to DataLITE sensors, it serves as a self-contained portable data acquisition system. This innovative approach boasts significant advantages over conventional systems, where users are often limited by the length of cables or the wireless range to desktop unit receivers.
More Than Just a Smartwatch
DataLITE EXPLORE uses wireless sensors to measure various physiological parameters such as EMG, joint motion, acceleration, and muscle force. The data is displayed in real-time graphical and engineering formats, and stored on a Micro SD card for further analysis on a PC. When connected to a computer, EXPLORE acts as a wireless interface, showcasing live data and enabling direct transfer to the PC.
More Than Just a Smartwatch
DataLITE EXPLORE uses wireless sensors to measure various physiological parameters such as EMG, joint motion, acceleration, and muscle force. The data is displayed in real-time graphical and engineering formats, and stored on a Micro SD card for further analysis on a PC. When connected to a computer, EXPLORE acts as a wireless interface, showcasing live data and enabling direct transfer to the PC.
Innovative Wearable Technology
Dimensions | 16 x 52 x 45 mm (Height x Width on wrist x Length on wrist) |
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Mass | 59 g | ||
Enclosure | CNC precision machined from scratch resistant high grade aerospace polymer | ||
Portable | |||
Real-Time Data Acquisition | |||
Number of Channels | 16 sensors for up to 24 channels | ||
Save to Micro SD Card | |||
Latency - Sensors to PC Recording | 40 mS | ||
Wireless Transmission Loss | Tolerant for 100 mS | ||
Power Source | Lithium polymer battery | ||
Battery Life | Minimum 10 hours |
DataLITE Wireless Sensors
DataLITE sensors are completely wireless allowing total freedom of movement. Precise measurements include real-time joint angular movement, EMG analysis and many other associated physiological measurements.
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