RV1126 People Counting Board Manufacturers

Thinkcore Technology Co., Ltd. is a technical enterprise focusing on embedded hardware research and development, design, production and sales. In recent years, in addition to focusing on hardware development, Thinkcore has also closely followed the market and cooperated with partners to research and develop smart home products, especially focusing on the research and development of 3D face recognition smart lock.

TC-RK3566 Development Board is a development board for Internet of Things applications. It adopts A55 architecture processor, G52 graphics processor, supports dual screen display, uses a new independent JPEG decoding processor, efficiently handles multi thumbnail analysis, and supports 1080p60fps H.264 and H 265 format encoding, supporting dynamic bit rate, frame rate, resolution adjustment and other functions, providing 8M30fps processing capacity,

Thinkcore AI-Powered Wireless Lavalier Microphone: Elevate Your Audio with Intelligent Noise Cancellation.

Thinkcore Technology Co., Ltd. is a technical enterprise focusing on embedded hardware research and development, design, production and sales. The NXP MIMXRT1052 Core Board SOM hardware resources include 32MB SDRAM, 32MB NOR Flash, 256B EEPROM and 10/100M Ethernet PHY (optional) PCB adopts 6 layers of black immersion gold design, the overall size is 32*32mm, a total of 116 pins, pin spacing 1.0mm, except SEMC bus is not led out, the remaining 10 of the chip are led out.

TC-RV1126 AI Vision Development Kit Carrier Board EVB made in China can be bought with Low Price from Thinkcore Technology. If you want Pricelist and Quotation, you can ask us by leaving a message.

Thinkcore is a leading China Rockchip RK3588S Development Board manufacturers and suppliers. Thinkcore TP-RK3588S is equipped with a quad-core A76+quad-core A55 eight-core CPU and a powerful Arm high-performance GPU, and has a built-in NPU with 6T computing power. Equipped with a Gigabit network port, mini-HDMI, USB3.0, MINI PCI-E interface, MIPI and other peripherals. While introducing high-usage interfaces, some low-usage interfaces and peripherals are deleted, significantly reducing the board area, and the reserved universal interfaces such as USB and MINI PCI-E are further expanded. By understanding the usage scenarios of the board, the small body can still burst out with great performance.