P1010NXN5KHB

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 P1010NXN5KHB microprocessor, from Freescale Semiconductor, is a high-performance embedded processor designed for high-end embedded systems. It is based on the Freescale\'s 32-bit Power Architecture e500 core and is optimized for single and multicore operation. The processor offers various processor configurations supporting multiple instruction sets and supports multithreading.

The P1010NXN5KHB microprocessor is ideally suited for applications such as networking, industrial automation and control, automotive, security, digital signal processing and multimedia, and digital consumer applications. Due to its performance and exceptional energy efficiency, the processor is also ideal for highly embedded applications, such as Point of Sale (POS) terminals and printers.

The P1010NXN5KHB microprocessor features an internal 128KB Primary Cache to support faster instruction fetching and data loading, as well as an enhanced memory protection system for improved consistency. Additionally, the processor comes with an on-chip Memory Controller for DDR3 DRAM support, allowing for reduced complexity and increased system cost benefit. It also features integrated support for hardware acceleration and hardware debug, providing hardware-based awareness of system performance and system behavior.

The P1010NXN5KHB microprocessor is built on a single core based on the Freescale Power Architecture e500 core architecture, which supports the VLE (Variable-Length Encode) and embedded multiprocessor support. It also has a 64-bit bus interface which supports DDR3 SDRAM uP machines. For application of real-time systems, this microprocessor can provide dedicated local interrupts and memory protection resulting in improved system performance.

The P1010NXN5KHB microprocessor works on the basis of following two principles: fetch-and-execute cycle and interrupt processing. The fetch-and-execute cycle includes the following steps: fetch an instruction from memory; decode the instruction; check if the instruction needs interrupt processing; execute the instruction; and store the results back to memory. Whenever interrupts occur, the processor first moves the program status to a special register for safekeeping, then transfers the program to the interrupt service routine, then executes the interrupt service routine, and finally restores the program status and resumes the program.

In summary, the P1010NXN5KHB microprocessor is a high-performance embedded processor designed to support a wide range of applications. It is based on the Freescale Power Architecture e500 core and can provide increased system performance and reduced complexity. The processor also offers integrated support for hardware acceleration and debugging which allows for deeper system analysis and debugging. Finally, it works on the basis of a fetch-and-execute cycle and interrupt processing principles, allowing for more efficient and faster instruction fetching and data loading.

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