Abstract: A camera image display system of audio video navigation (AVN) includes a central processing unit (CPU) configured to control an AVN system. A camera only graphical driver is configured at a kernel stage for an initial booting of the CPU to process a camera image. A display is configured to display the camera image output from the CPU. When the central processing unit is booted, the camera only graphical driver is simultaneously booted with a kernel.

Abstract: A power connecting apparatus for a vehicle is provided to prevent noise generated from one electric device from interfering with other electrical devices. The apparatus includes a power plate that includes a common power portion configured to receive power from a battery, a plurality of individual power portions radially disposed around the common power portion and separated from each other, and a power connecting portion that connects the common power portion and the individual power portions. A ground plate includes a common ground portion grounded to a vehicle body, a plurality of individual ground portions radially disposed around the common ground portion and separated from each other, and a ground connecting portion that connects the common ground portion and the individual ground portions. In addition, a dielectric material plate is disposed between the power plate and the ground plate.

Abstract: A camera image display system of audio video navigation (AVN) includes a central processing unit (CPU) configured to control an AVN system. A camera only graphical driver is configured at a kernel stage for an initial booting of the CPU to process a camera image. A display is configured to display the camera image output from the CPU. When the central processing unit is booted, the camera only graphical driver is simultaneously booted with a kernel.

Abstract: A power connecting apparatus for a vehicle is provided to prevent noise generated from one electric device from interfering with other electrical devices. The apparatus includes a power plate that includes a common power portion configured to receive power from a battery, a plurality of individual power portions radially disposed around the common power portion and separated from each other, and a power connecting portion that connects the common power portion and the individual power portions. A ground plate includes a common ground portion grounded to a vehicle body, a plurality of individual ground portions radially disposed around the common ground portion and separated from each other, and a ground connecting portion that connects the common ground portion and the individual ground portions. In addition, a dielectric material plate is disposed between the power plate and the ground plate.