NXP has been working in the processor sector for many years, from the early i.MX 6 → i.MX 7 → i.MX 8, to the latest i.MX 9 has a complete ecological chain and a lot of customer base. The i.MX 93 is the latest family in the NXP i.MX 9 portfolio. The i.MX 93 provides the edge system with robust reasoning capabilities that allow it to process sensor data quickly and make quick decisions while maintaining safety. This series of products has the characteristics of scalability, performance compatibility and so on. Recently, Milky was launched in NXP i.MX 9 core board and development board, welcome to pay attention!

Purchase link: https://detail.tmall.com/item.htm?id=784968238771
• The core board performance of the MIL NXP i.MX 9 series is superior:

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Dual-core Cortex A55: Double the performance increase compared to the Cortex-A53, integer 18%, floating 38%, rendering 14%, overall 21% performance increase

Multi-core heterogeneous architecture: The A55+M33 multi-core heterogeneous architecture can be started from any core to meet the needs of industrial customers for fast start-up or low power consumption

Machine Learning: The Arm Ethos U-65 microNPU is primarily intended for entry level machine learning with a higher degree of hardware accelerator pipelined and higher NPU utilization

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PXP 2D Accelerator: i.MX 93 PXP 2D accelerator, support for YUV 422, 420, 444 and any RGB format pixels and other features

2*CAN FD interface: Many industrial customers need to use the CAN FD interface, CAN FD supports higher data transmission rates and larger data frame length

8*UART/USART interface: There will be more than the i.MX8Mmini/8MPLUS on the serial port, which is more convenient for customers who need more UART interfaces in the industrial and medical fields

2*Gb Ethernet: AVB & IEEE 1588 for synchronous mode, EEE for low power mode, 1 supporting TSN (time sensitive network)

2*I3C interface: With the increase in the number of sensors on mobile devices and the increase in the amount of data on the bus, I3C provides higher data transfer rates and lower power consumption