VideoLibrary

Analyze power measurements of an embedded system or IoT device

Discover how to utilize the recording tools designed to facilitate the customization, analysis, and optimization of multiple channels, such as voltage, current, and power, of any hardware up to 25 volts.

9/30/2024 4:32:15 PM

Part List

ImageManufacturer Part NumberDescriptionAvailable QuantityPriceView Details
POWER SUPPLY ELECT CIRC BRDOTII-ARC-PROPOWER SUPPLY ELECT CIRC BRD57 - Immediate$7,472.01View Details
POWER SUPPLY ELECT CIRC BRDOTII-ACE-PROPOWER SUPPLY ELECT CIRC BRD90 - Immediate$13,424.99View Details

Related Videos

Set up power debugging with UART TX/RX logs for embedded systems and IoT devices
Set up power debugging with UART TX/RX logs for embedded systems and IoT devices

Publish Date: 2024-09-30

Estimate battery life of an embedded system or IoT device
Estimate battery life of an embedded system or IoT device

Publish Date: 2024-09-30

Connect Otii hardware and software
Connect Otii hardware and software

Publish Date: 2024-09-26

Related Product Highlight

Otii Battery Toolbox The Qoitech Otii Battery Toolbox is a specialized software license for Otii Arc/Ace Pro for battery profiling and validation in low-power embedded systems.
Otii Automation Toolbox The Qoitech Otii Automation Toolbox is a specialized software license for Otii Arc/Ace Pro for automated power testing workflows for low-power embedded systems.
Otii Ace Pro Qoitech’s Otii Ace Pro power analyzer, power supply, and log sync tool is ideal for energy optimization of battery-driven and energy-harvesting devices.

Related Articles and Blogs

UART for Embedded Device Debugging: Best Practices for Low-Power Devices Designers often ask: Is UART a silent battery killer? The short answer: No, it doesn’t have to be. Like any good tool, it comes down to how you implement it.
Enhancing LPWAN IoT Device Lifespan: Technical Strategies for Better Battery Management Explore strategies that can help maximize battery life in IoT devices deployed remotely or in hard-to-reach locations.