RV1126 IP Camera Module Board Sony IMX415 335 307 PCB Board: Rockchip Thinkcore TC-RV1126 IPC 50 Board, which size is 50mm * 50mm, equipped with high-performance qual-cord AI vision processor Rockchip RV1126.
IPC 50 Baord can work with lots of camera sensors, when support IMX307,IMX327,IMX335,IMX415,IMX334 default.
RV1126 USB AI Camera Module Board Sony IMX415 PCB Board 4K 8MP
Rockchip TC-RV1126 USB AI camera (UVC camera module), equipped with Rockchip 32-bit low-power high computing power AI proceeor RV1126, equipped with 8 million Ultra HD camera sensor imx415;
USB typec interface, supports standard UVC / UAC protocol, driver free, plug and play; Supports Windows/Android/Linux/Mac OS system. Effective resolution up to 3840 * 2160, support audio and video acquisition, up to 4K@30fps .
TC-RV1126 AI Core Board For Stamp Hole: Rockchip RV1126 AI Core Board 14nm quad-core 32-bit A7 low-power AI vision processor RV1126, built-in 2.0Tops neural network processor NPU. Built-in Video CODEC video codec, support 4K H.264/H.265@30FPS and multi-channel video codec.Thinkcore’s open source platform core boards and development boards
Read MoreSend InquiryTC-RV1126 AI Core Board For Gold Finger: Rockchip RV1126 AI Core Vision Board 14nm quad-core 32-bit A7 low-power AI vision processor RV1126, built-in 2.0Tops neural network processor NPU. The core board adopts immersion gold technology, corrosion resistance;Built-in Video CODEC video codec, support 4K H.264/H.265@30FPS and multi-channel video codec.Thinkcore’s open source platform core boards and development boards.
Read MoreSend InquiryRockchip RK3568 AI Core Board For Gold Finger is equipped with a quad-core 64-bit Cortex-A55 processor RK3568. Widely used in scenarios such as smart NVR, cloud terminals, IoT gateways, industrial control, edge computing, face gates, NAS, vehicle central control, etc.;
The TC-RK3568 development platform provides customers with complete software development SDK, development documents, examples, technical data, development tutorials and other supporting materials, and users can customize them independently.