Godox X5C TTL Wireless Trigger for iT32 Flash (Canon)

The Godox X5C TTL wireless flash trigger is designed to work seamlessly with the separately available iT32 mini flash, adding hot shoe connectivity and reliable flash triggering for compatible Canon cameras. This X5C version features a Canon specific hot shoe and attaches quickly and securely to the iT32 using a magnetic interface. By aligning the trigger with the base of the flash, it snaps into place automatically, after which the locking ring can be rotated to insert the unit into the camera’s hot shoe. Once locked, the connection is secure and ready for on camera shooting or wireless flash control.

When paired with the iT32 mini flash, the X5C provides compatibility with a wide range of Canon DSLR and mirrorless cameras, including popular EOS and EOS R series models. This broad compatibility allows photographers to integrate the iT32 and X5C combination into both older and newer Canon systems, making it a flexible solution for users working across multiple camera bodies.

Used together in the combined iT32 and X5 configuration, the X5C can also function as a sender to wirelessly trigger and control additional Godox flashes. It integrates fully with the Godox X wireless system and can communicate with compatible receiver units such as the AD100Pro II, AD200Pro II, AD600Pro II, AD600BM II, iT30Pro, V100, V480, and Lux Master series flashes. This capability allows the setup to serve as a central control point for more complex multi light arrangements.

The X5C operates without a traditional power switch, instead using color indicators to display its status. When attached to the iT32, users can access the flash menu to check the trigger’s battery level. The unit is powered by an internal 3.8V 100mAh lithium battery that charges automatically when connected to the iT32. A full charge takes approximately three hours, and a fully charged battery provides up to sixteen hours of operation, making the X5C a convenient and low maintenance addition to the Godox lighting system.