SCIMX6X3EVK10ABR

The SCIMX6X3EVK10ABR board is a System on Module (SOM) based on the NXP i.MX6x CPU family. The board\'s design was primarily targeted to enable users to develop powerful applications for the embedded market. It is a powerful low-power and high-performance all-in-one platform that provides high reliability in harsh environments.

The SCIMX6X3EVK10ABR module is an ideal choice for embedded devices that require a high level of performance and low power consumption. It is well-suited for applications such as intelligent video surveillance, medical imaging, industrial IoT, and automotive applications. The board features an NXP i.MX6DualLite ARM Cortex-A9 processor, with 512M DDR3 RAM/flash and 4Gb eMMC storage integrated into the module.

The SCIMX6X3EVK10ABR board also provides efficient real-time computing and embedded graphics capabilities to enable the development of rich applications on embedded devices. It has a VeriSilicon GPU and supports OpenGL ES 2.0 and OpenVG 1.1. The module is also capable of playing H.264 and MPEG-4 video, and provides high-resolution video capture with HD video output.

The board features an embedded Linux OS ready to be used, so it can be easily adopted for rapid development of embedded applications. Its dedicated software tools package includes board support packages and legacy SCI connectivity software. The board also provides a PCI-E x2 interface, and can be used as an alternative or complementary to I2C and CAN bus communication.

Due to its low power consumption and high performance capabilities, the SCIMX6X3EVK10ABR is an ideal choice for embedded applications that require a combination of performance and low power. Its high-reliability ensures that it can be used in harsh environmental conditions without suffering from performance degradation. Its integrated software tools and ready-to-use embedded Linux OS help to make the development of embedded applications easier and faster. As a result, the SCIMX6X3EVK10ABR board is a great choice for embedded applications that demand both performance and low power.