Keysight has released a new IoT Device Battery Life Optimization software solution that ensures optimal battery life prior to device deployment to accelerate troubleshooting and device verification.
Many IoT devices today run on battery power. For mission-critical IoT applications such as those in the healthcare and industrial industries, where lives can be at risk due to premature device failure, battery life is more crucial than ever. The challenge falls to IoT device makers to ensure the battery life of their devices will live up to expectations in the real world. The new X8712A solution enables IoT device makers to perform event-based power consumption analysis on IoT devices to gain a better understanding of how IoT devices spend their battery charge when operating in real-world conditions.
The solution offers IoT device makers the ability to:
- Detect design weaknesses with a wide dynamic-range current measurement and fast 20-µs sampling rate to capture an IoT device’s dynamic current consumption for a specific radio frequency or direct current event. It then automatically correlates that event to the device’s current consumption to easily identify the subsystems or events requiring optimization.
- Optimize battery life by calculating the RF or DC event’s occupancy time and current consumption contribution in percentage. By specifying the battery capacity and area of interest, the software estimates battery life based on the device’s charge consumption, so necessary steps can be taken to improve battery life.
Click here to learn more about this solution from Keysight.
