VideoLibrary

Connect Otii hardware and software

Learn how to connect Otii Arc/Ace Pro with the Otii Desktop App to record and analyze power, voltage, and current measurements of embedded systems or IoT devices. This video covers creating an account, establishing a connection, and adding the hardware.

9/26/2024 2:58:49 PM

Part List

ImageManufacturer Part NumberDescriptionAvailable QuantityPriceView Details
POWER SUPPLY ELECT CIRC BRDOTII-ARC-PROPOWER SUPPLY ELECT CIRC BRD56 - Immediate$7,381.77View Details
POWER SUPPLY ELECT CIRC BRDOTII-ACE-PROPOWER SUPPLY ELECT CIRC BRD88 - 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

Analyze power measurements of an embedded system or IoT device
Analyze power measurements of an embedded system or IoT device

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

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.