Ultra-low power management and energy performance is at the heart of every integrated circuit design for portable and battery-operated devices. Mastering energy consumption in the device components represents the first step to a smart energy management solution. At a system level, Real-Time-Clocks (RTC), sensors and embedded low-power microcontrollers are the perfect ingredients for any energy-sensitive application, as they allow cutting the unnecessary power consumption by only waking up the circuit at precise moments in time, or upon specific external events.
By using the latest design techniques, silicon architectures and power-management algorithms, we delivered a new optical sensor for the fastest, most precise and longest lasting gaming mouse developed for eSports gamers around the world. With our mice sensors, gaming has truly gone wireless.
The battery of a Longines V.H.P. should last for 5 years, but you can use the sleep mode to save battery when not using the watch for extended periods of time. The hands will reset to zero. When you need the watch again, push the crown and the hands will whizz back to display the exact time and date. When the battery is nearly empty, the watch will automatically go into sleep mode and save the current time while you replace the battery.
Offering small wireless “buttons” that send out specific information on products or locations are used in consumer, industrial and retail environments. Operated with or without batteries, we are applying our expertise to design these beacon systems to operate as long as possible with as small an energy reservoir as possible.