OEM RK3566 2K 4CH AI ADAS 360 Surround View Core Board for Car
Product Information
Key Specifications/ Special Features
The R6603 core board is a 360° panoramic core board based on the RK3566 chip solution [quad-core ARM Cortex-A55 CPU, Mali-G52-2EE GPU, 1 TOPS NPU, maximum display resolution up to 4096×2160, 4K video decoder, encoder 1920×1080@100fps (4096×4096@10fps), 8M ISP, LPDDR4X support]. It features a built-in 3D surround-view plus AI algorithm, and adopts the universal 100-pin core board interface for the aftermarket, allowing flexible pairing with various decoder baseboards and customer-developed power supply interface baseboards to implement a complete 360° system.
Four 2K ultra-high-definition ultra-wide-angle fisheye cameras installed at the front, rear, left, and right of the vehicle capture ultra-high-definition images of the surroundings synchronously. After real-time rendering and compositing via the GPU, a 360° panoramic bird's-eye view of the vehicle's surroundings is formed and transmitted in real time to the central control display. In addition, the NPU is used for scene recognition, together with video ranging technology and AI algorithms, to implement ADAS functions with timely and accurate warnings, providing higher safety assurance for driving.
The R6603 core board is a 360° panoramic core board based on the RK3566 chip solution [quad-core ARM Cortex-A55 CPU, Mali-G52-2EE GPU, 1 TOPS NPU, maximum display resolution up to 4096×2160, 4K video decoder, encoder 1920×1080@100fps (4096×4096@10fps), 8M ISP, LPDDR4X support]. It features a built-in 3D surround-view plus AI algorithm, and adopts the universal 100-pin core board interface for the aftermarket, allowing flexible pairing with various decoder baseboards and customer-developed power supply interface baseboards to implement a complete 360° system.
Four 2K ultra-high-definition ultra-wide-angle fisheye cameras installed at the front, rear, left, and right of the vehicle capture ultra-high-definition images of the surroundings synchronously. After real-time rendering and compositing via the GPU, a 360° panoramic bird's-eye view of the vehicle's surroundings is formed and transmitted in real time to the central control display. In addition, the NPU is used for scene recognition, together with video ranging technology and AI algorithms, to implement ADAS functions with timely and accurate warnings, providing higher safety assurance for driving.
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