There is always a big challenge to manage the heat dissipation of the sensor when the sensor is floating, meaning when it is placed on an IBIS mechanism.
Canon has finally found a way to dissipate the heat from a floating sensor by introducing a breakthrough technology,. As you can see in the image, the coil structure represented in red is dissipating heat from the IBIS mechanism of the floating sensor by connecting it to the camera’s built-in heat dissipation system.
The “fixed part affixing region 302” is the part of the cooling structure attached to a fixed section inside the camera, specifically a plate at the back of the camera. This region helps secure the heat-dissipating member in place. It is designed to align with another movable region (304) when looking directly along the path that light travels through the camera (optical axis). The overall cooling structure connects these parts with flexible sections, allowing the camera’s moving parts to function smoothly while also helping to cool the imaging sensor effectively.
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Canon always impresses with their continuous innovation! If they’re working on an advanced IBIS heat sink, it could lead to improved performance, especially for long video shoots. This could be a game changer for professionals and enthusiasts alike. Looking forward to more details and hopefully seeing it in future models!