T1022NXE7WQB

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Embedded - Microprocessors

T1022NXE7WQB application field and working principle

T1022NXE7WQB microprocessors, based on the Power Architecture technology, apply to a wide range of embedded applications. They are designed with low power consumption and thermal output, helping to reduce power system cost and size; they also feature the advanced virtualization technology and explore the real-time multi-task performance. T1022NXE7WQB microprocessors are ideal for use in safety-certified applications, such as for use in automotive and industrial automation.

On one hand, the T1022NXE7WQB microprocessor class allows for an operating frequency that ranges from 250 MHz to 1 GHz, have 128KB or 256KB of L1 cache and feature a 32-bit DDR4 memory interface for up to 8GB memory. The integrated floating point unit (FPU) and the DSP vector operations unit (VOU) provide a good balance between flexibility and performance. Moreover, the CPU includes the high-speed serial tranceiver SSDMC and supports the Ethernet, UART or PCI express interfaces, providing a full range of high-speed serial communication.

On the other hand, the T1022NXE7WQB microprocessor also has a built-in integrated dual full-system cache controller that can improve data throughput and system performance and has a better resistance to external noise. Also, since it supports a wide range of peripheral devices, users can achieve effective system performance, support many peripheral devices and data transmission, meet the requirements of the embedded system design and the application. In addition,T1022NXE7WQB microprocessors have various power management options, and they support sleep, idle, power-saving and deep-sleep modes to enable true low-power system-level applications.

In conclusion, T1022NXE7WQB microprocessors are excellent microprocessor-based embedded designs. They provide users with high performance, a wide variety of communication protocols, various power management options and integrated peripherals, which make them suitable for applications such as automotive, industrial, medical and other high-end embedded systems.

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