Otii use cases
Explore all the set-ups and use cases with Otii products that will bring you closer to the longer battery life of IoT and embedded devices.
- Power and current profiling
- UART logs sync with power measurements
- In-line mode/Ampere meter mode measurements
- Automate low power measurements
- Test and validate batteries for IoT and embedded devices
- Evaluate photovoltaic performance for embedded electronics
- Regression testing
- Control device via AT Command while power measuring
- Battery life estimation from measured power profile
- Logic analyzer
- Subsystem measurement/secondary current channel.
- External shunt resistor/Differential measurement
Power and current profiling
Measure, analyze and optimize your embedded device’s real current and power consumption. Enjoy the high dynamic range and high-resolution measurements.
Otii products: Arc/Ace
UART logs sync with power measurements
Synchronize your debug logs with power measurements to understand what drains energy. Insights are the first step to optimizing. Iterate measurements for all firmware changes.
Otii products: Arc/Ace
In-line mode/Ampere meter mode measurements
Measure the current, voltage, power, and energy in line with the power source and your embedded device. This setup is like a multimeter, but it also measures current and voltage simultaneously.
Otii products: Ace
Automate low power measurements
Automated testing can be set up with Otii Arc/Ace and Otii automation Toolbox, which gives access to the Otii TCP Server API and scripting possibilities.
Products needed: Arc/Ace and Otii Automation Toolbox
Test and validate batteries for IoT and embedded devices
This use case provides an efficient and scalable set-up for incoming battery inspections and benchmarking different batches and brands.
Products needed: Ace and Otii Battery Toolbox
Evaluate photovoltaic performance for embedded electronics
Evaluate photovoltaic system performance for your embedded and IoT devices. This setup provides insights into your application’s PV cell and storage performance.
Products needed: Ace and Otii Battery Toolbox
Regression testing
Multiple current and power measurements in the same graph and project. Compare, analyze, redo. Regression testing made easy.
Products needed: Arc/Ace
Control device via AT Command while power measuring
Optimize your device’s eDRX and PSM settings by changing them in real-time while measuring. Automate this further with a script. The Python script is available at Qoitech Github.
Products needed: Arc/Ace
To automate also Otii Automation Toolbox.
Battery life estimation from measured power profile
Get a quick battery life estimate from your measured power profile. Iterate for every new profile. Use battery capacity from datasheet or data from battery profiling.
Products needed: Arc/Ace
Logic analyzer
Connect DUT digital signals to GPIs to monitor logic levels like a logic analyzer. Use the MCU GPIOs as status indicators and view them in the Otii desktop application.
Products needed: Arc/Ace
Subsystem measurement/secondary current channel.
Follow the power from the battery connector throughout the system you are building. Examine how each subsystem affects current consumption and voltage levels.
Products needed: Arc/Ace
External shunt resistor/Differential measurement
Measure current and voltage without using the internal power supply of Otii hardware.
Products needed: Arc/Ace
Power source and measure embedded energy consumption
The simplest yet most powerful set-up for continuously monitoring and profiling energy consumption in embedded or IoT devices.
Ampere meter mode current and power measurements of embedded devices
This set-up enables ampere-meter type of measurements but can be extended to include power and energy as well.
Test and validate batteries for IoT and embedded devices
This use case provides an efficient and scalable set-up for incoming battery inspections and benchmarking different batches and brands.
Debug power measurements with UART output logs
Correlate and debug unwanted current peaks and elevated energy consumption in your embedded device with UART output.
Automate low power measurements
Automated testing can be set up with Otii Arc/Ace and Otii automation Toolbox which gives the access to Otii TCP Server API and scripting possibilities.
Evaluate photovoltaic performance for embedded electronics
Evaluate photovoltaic system performance for your embedded and IoT devices. This setup provides insights into PV cell and storage performance for your specific application.
More to come!