IoT in Action – Connectivity & Continuity
Join Keysight’s IoT experts, Brad Jolly and Julien Sarrade as they share insights on how to define, estimate and optimise your IoT device battery life besides measurement tips on Bluetooth® and WLAN.
In this webinar series, you will also learn a secret strategy that can help you get your device to market faster with the lowest cost without compromising device performance. Catch Keysight experts in action as they demonstrate key IoT solutions.
Featured on-demand webinars
The Big Disagreement About Battery Life
Everybody agrees that long battery life is important, especially for IoT devices and implanted medical devices. But people disagree on exactly what battery life means. If you’re not speaking the same language as your customer, you could face a disappointing surprise!
Fast Insights into Bluetooth® Low Energy Devices
Customer expectations and competitive pressures are driving electronic device manufacturers to produce reliable Bluetooth Low Energy devices faster than ever.
Join us to learn how you can get quick graphical and numeric insights into how your BLE device performs.
Estimating Battery Life in Changing Conditions
Estimating battery life for IoT devices has always been challenging. You need seamless ranging, fast bandwidth, and event-based power analysis just to get started. But real-world IoT devices don’t always behave in predictable ways. They have to adapt and respond to environmental changes, RF interference, and demands from other devices, especially in contexts such as mesh networks and load-balancing edge computing architectures. How can you possibly begin to estimate battery life in such contexts?
Reduce Test Cost of Bluetooth® Low Energy Devices
There is a huge market for Bluetooth Low Energy devices in the IoT, and companies that can reduce test costs without sacrificing quality will have a big competitive advantage.
Battery Life Estimates - Go Slow to Go Fast
IoT Devices have very fast transitions between low-power sleep modes and active modes with much higher current levels. So why would anybody want to use low-bandwidth current measurements? It may seem counterintuitive, but in many cases, going slow may turn out to be the best option.
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