P1010NXE5DFB

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The P1010NXE5DFB is an embedded microprocessor that forms the heart of a system. It is a powerful, highly integrated, multi-core processor providing multitasking capabilities, strong external bus support, and ample on-chip storage.

On-chip storage includes on-chip RAM, on-chip flash, and on-chip dual-bank SRAM with maximum sizes of 64KB, 4MB, and 1MB, respectively. The processor is ideally suited for applications that require high computing performance, and for those that require power efficient operation. It is also designed for robust and reliable operation in any type of environment.

The P1010NXE5DFB comes with a set of common peripherals that are often used in embedded systems. This includes integrated Ethernet, USB, serial ports, timers, and SPI. Additionally, the device includes a range of on-chip resources including flexible interrupt controller, wake-up detectors, power control functions, and timers.

The processor features an 800MHz ARM Cortex A5 and integrated floating-point unit that doubles as a coprocessor for memory-intensive applications. The Cortex A5 processor core is based on a 32-bit RISC architecture and supports instruction set extensions such as unified virtual memory, and single issue floating-point instructions.

The P1010NXE5DFB is well-suited for applications that require deterministic execution times, such as real-time control and communications. It is typically found in automotive, aerospace, and industrial control applications. This processor\'s combination of highly integrated, low-power, and fast performance makes it an excellent choice for embedded systems in these fields.

The P1010NXE5DFB is also optimized for working in real-time. With the help of its pre-emptive scheduling and context switching, tasks can be executed quickly and consistently. Its interrupt controller allows software to respond quickly to interrupts, while its power control functions allow the processor to enter into a low-power state when idle.

The working principle of the P1010NXE5DFB is based on the Harvard Architecture, i.e., the processor has two distinct buses—for instruction and data. Instructions are fetched from the instruction bus and data is fetched from the data bus. The program counter is incremented during instruction fetch to move to the next instruction. The decoder then decodes each instruction and the execution unit executes the instruction.

The P1010NXE5DFB is designed for power efficiency and dependability. Its 32-bit RISC architecture also enables code compactness so that more instructions can fit in less memory, allowing for fast execution. The processor also supports 16-bit instructions that enable high clock frequencies. In addition, its multiple power control functions enable the processor to enter low-power states when idle, further increasing the power-efficiency.

The P1010NXE5DFB is an ideal choice for embedded applications that require high performance and power-efficiency. Its on-chip peripherals and features make it suitable for a variety of applications, and its deterministic execution times ensure it can handle real-time applications with ease. Its support for multiple clock speeds and its 32-bit RISC architecture make it an excellent choice for applications requiring code compactness and power-efficiency.

The specific data is subject to PDF, and the above content is for reference