P4080NXN1MMB

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P4080NXN1MMB is a series of communication microprocessors designed for embedded and industrial applications, providing high performance and low power solutions to meet the needs of diversified systems. With high performance eight-core Power Architecture™ e6500 ech-bit dual-core processor, integrated hardware accelerators and industry-leading design disciplines, the P4080NXN1MMB allows high performance in a single-core configuration while considering the power budget.

The P4080NXN1MMB is an embedded, single-core processor that supports up to four dual-issue, symmetric out-of-order processing and out-of-order completion cores for superior performance. It integrates a large number of accelerators and facilities to meet the requirements of performance and power consumption.
At the level of the overall system, the P4080NXN1MMB provides many functions, such as integrated SPI, UART, interval timer, cluster timer, two low-power doze modes and the dynamic voltage-frequency scaling (DVFS), etc. These features enable the processor to provide extremely high performance while still being power efficient. The processor features a large general-purpose register file, extensive development tools, as well as in-circuit debug/emulation capabilities.

The P4080NXN1MMB provides powerful execution resources and support functions, enabling developers to easily develop solutions in the embedded and industrial space. The processor supports high-performance instruction set architectures, sophisticated memory management, optimized application programming interfaces, full instruction set simulation and effective debugging suites. These features are designed to drive the rapid development of reliable, secure applications that are cost effective and versatile.

The P4080NXN1MMB architecture enables efficient use of power and resources, taking into consideration the performance/power balance. The processor has multiple cores, each of which is separately and dynamically voltage/frequency scaled as well as multiple low power modes that can be set to different application scenarios. With the utilization of advanced technologies like branch prediction and branch target buffer, the processor can achieve high core frequency while reducing power consumption. The 8-core processor can be used to run multiple concurrent high-speed tasks with controllable power consumption.

The P4080NXN1MMB is an ideal choice for use in a variety of embedded and industrial applications, such as industrial automation, robotics, communications, automotive and consumer electronics. The processor provides the highest performance and lowest power consumption of any single-core Power Architecture processor, making it an attractive choice for system designs.

The P4080NXN1MMB is an advanced communication microprocessor with great power and feature enablement for embedded and industrial applications. The processor has a quad-issue, symmetric out-of-order core with large register file, extensive development tools and in-circuit debug/emulation capabilities. The processor also supports extensive features, such as integrated SPI, UART, interval timer, cluster timer, two low-power doze modes and the dynamic voltage-frequency scaling (DVFS), which help to optimize power consumption.

The P4080NXN1MMB is designed to provide high performance, low power and cost effective solution for embedded and industrial applications. With 8-core Power Architecture, integrated hardware accelerators and multiple low-power modes, P4080NXN1MMB provides outstanding performance and reliability.

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