Using a standard EFM32 starter-kit and HealthLink PC tools, the design includes a USB driver and communications protocol stack certified by Continua Health Alliance. Continua is the international industry organization dedicated to advancing personal connected health by promoting end-to-end, plug-and-play connectivity of personal health devices and establishing industry standards for interoperability.
The demo platform is based on the USB versions of Energy Micro’s EFM32 Leopard and Giant Gecko ranges of Cortex-M3 based, energy-friendly microcontrollers. It will also be applicable to the forthcoming Cortex-M4 floating-point Wonder Gecko. The energy efficient 32-bit design facilitates fast, reliable development of patient monitoring systems, including blood glucose monitors and a fast-growing number of mobile healthcare devices, many of which require high performance processing matched to the lowest possible energy consumption in order to maximize battery life.
“The Energy Micro USB certified driver and LNI’s Continua-Certified protocol stacks enable rapid, seamless transfer of accurate data between devices and cloud host systems. Implementation will reduce the time required to bring new electronic healthcare products to market,” said Øyvind Grotmol, Energy Micro’s VP of Simplicity.
Mike Mazzola, CEO of LNI added: “Minimizing energy consumption is critical to the success of mobile healthcare devices because it frees users from the worry of frequent battery changes or re-charging. We expect products based on the EFM32 and Continua-Certified protocol stack to be amongst the most energy-efficient available.”
In addition to USB stacks, LNI provides implementations of their HealthLink interface and protocols that operate on common platforms such as Android, Windows, Linux and iOS. This enables users to transfer health and fitness data via multiple transports such as Bluetooth, Bluetooth LE and Zigbee directly to Continua receivers. Individuals and healthcare professionals can then store and maintain this information on the Microsoft HealthVault internet platform. Devices can also be configured to communicate over a cloud network using LNI’s HealthLink Cloud, a software development kit for back end servers that sends and receives WAN