
PRODUCT DETAILS
Extension Board
› HARDWARE OVERVIEW
- The X1206 supports four 21700 lithium batteries, delivering a stable 5.1V at 5A (25W max) output. With a potential capacity of up to 20,000mAh (using four 5000mAh 21700 cells), it ensures uninterrupted operation for the Pi 5 and power-hungry peripherals—think motors, sensors, or cameras in robotics—during outages or mobile use.
- Four 21700 cells (larger and more energy-dense than 18650s) could provide 12-16 hours of runtime for a Pi 5 (~1-1.5A) plus extras (~2-3A), far exceeding dual-cell solutions. This suits energy-intensive robotic projects like autonomous rovers or drones needing long operational windows without recharging.
- It features auto power-on after outages, safe software shutdown, and ultra-low standby mode when the Pi shuts off—essential for robotics in remote or dynamic environments where power interruptions are common. It also supports wide DC input (6-18V) and fast charging via USB-C, enhancing field flexibility.
- Bottom-mounted via pogo pins, it’s HAT-compatible (GPIO passthrough) and designed for the Pi 5’s layout, keeping setups tidy and stackable with robotics HATs (e.g., motor controllers). This aligns with robotics’ need for compact, reliable power in tight chassis.
- A robust, high-capacity UPS tailored for demanding, mobile applications where power stability is non-negotiable.
› APPLICATIONS
The X1206 UPS & Power Management Board is ideal for critical Raspberry Pi applications where continuous power is necessary, such as in remote monitoring systems, autonomous robotics, and edge computing devices. Its reliable power supply and management features make it suitable for IoT projects that require 24/7 operation in areas with unstable power supply. Developers can customize the board for specific project needs by integrating additional GPIO expansions for added functionality or by incorporating wireless modules to enable IoT connectivity. The board's design also allows for the integration of cooling systems for projects that demand high performance and thermal management.
› DOCUMENTATION
Below are the relevant documentation resources for this product. Expand this section to view the links.