TEP1560IMX6UR10E04L124XG20

TEP1560IMX6UR10E04L124XG20 is a highly integrated, highly efficient embedded single-board computer (SBC) based on the industrial-grade NXP IMX6UL processor.

It provides outstanding performance, scalability and reliability advantages and rich system-level expansion interfaces, and is widely used in medical, industrial control, digital signage, digital surveillance and other embedded system applications.

Application Field:

TEP1560IMX6UR10E04L124XG20 is mainly used in medical, industrial control, digital signage and digital surveillance. It can provide multiple high-speed serial ports, a variety of system-level expansion interfaces for various peripheral applications and is able to provide high real-time performance and reliable operation.

In the medical field, the SBC can provide system-level expansion interface and rich USB connection. It can be used in medical image monitor, center console, medical laboratory instruments and so on. For industrial control, it can be used in industrial displays, HMI, remote monitoring equipment and so on. For digital signage, it can be used in advertising machine, information release system, etc. For digital surveillance, it can be used in video monitoring, event detection and so on.

Working Principle:

TEP1560IMX6UR10E04L124XG20 adopts NXP IMX6UL processor as the core, support ARM Cortex-A7 core architecture, its frequency up to 1GHz, and supports the VP9, H.265/HEVC and H.264 corresponding to rich display output interface. It supports 128MB DDR3L onboard storage and up to 32GB eMMC. In addition, it supports DIO, UART, I2C, SPI, USB and other system-level interfaces, as well as rich video and audio interfaces, so as to satisfy different application requirements. With form factor of 70mmx93mm, enough interface and rich resources, the SBC is the best choice of embedded system.

The small-sized TEP1560IMX6UR10E04L124XG20 is ideal for space-constrained and cost-sensitive applications. In addition, the SBC\'s low power consumption ensures long battery life and efficient operation, making it suitable for remote monitoring and mobile applications.