P2041NXE7PNC

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The P2041NXE7PNC is an embedded-type microprocessor integrated circuit (IC) manufactured by Freescale Semiconductor. It is a versatile processor chip that is suitable for a variety of applications. It has features that are useful in industrial, automotive and communication markets. The P2041NXE7PNC is part of Freescale\'s Qorivva family, which includes a range of processors with a range of features, including 32-bit and 64-bit versions, dual and quad-core developments, and architectures designed for high-speed networking, networking control, industrial and safety control.

The P2041NXE7PNC is a 32-bit, 3.2 GHz, four-core microprocessor that is designed for applications where speed and power management are critical. The chip is based on Freescale\'s eQorivva core architecture, and is implemented within a 40nm process technology. The core employs Freescale\'s VLE (Value Low Energy) instruction set architecture, which provides an efficient way of programming, with several levels of instruction set parity.

The chip supports up to 6 MB of L2 cache, 8 MB of ECC memory, and a variety of on-die memory controllers and peripherals. This allows the device to be used in embedded/industrial applications with greater flexibility and reliability. Additionally, the chip includes a number of power management and power saving features, as well as advanced debugging and system trace capabilities. The chip also supports multiple external bus interfaces, such as PCI Express, ethernet and I/O, as well as a variety of peripherals, including serial, parallel and USB ports.

In terms of usage, the P2041NXE7PNC is employed in various applications, including computer networking and communications, industrial control, automotive navigation and navigation systems, digital signal processing (DSP), processor-based imaging, and biomedical test and measurement systems. The chip is also capable of being used in mobile devices, telecommunication systems, and advanced embedded systems.

The P2041NXE7PNC processor uses a single-processor architecture to provide speed, reliability, and power management capabilities. The chip consists of four advanced cores, which are architecturally equivalent. Each core provides 32-bit processing capabilities with a clock speed of up to 3.2 GHz, meaning that overall performance is optimized. Each core supports instructions from a number of instruction set architectures, including Freescale\'s VL-128 instruction set, ARMv8 and x86.

The chip also contains a number of integrated peripherals and memory controllers, with support for L2 cache, ECC memory, and a variety of on-die peripherals and controllers. Other on-die features of the chip include power management and debugging support, as well as system trace capabilities. Additionally, the chip features a full set of unique address and data bus protocols, allowing for the connection of external components and devices.

In terms of design, the P2041NXE7PNC is available in both 14-pin and 38-pin packages, depending on the particular application. For example, the 14-pin package has a much shorter lead length and higher power-saving capability, which is suitable for embedded/industrial applications. The 38-pin package offers extra features, such as more bus and memory controllers, as well as a higher pin count.

Overall, the P2041NXE7PNC is a versatile embedded-type microprocessor that is suitable for a variety of applications. Its fast processing power, efficient power management and multimedia support capabilities, combined with its compatibility with a variety of instruction set architectures, makes it an excellent choice for a variety of embedded and industrial uses. Additionally, its wide range of on-die controllers and peripherals make it an ideal choice for computer networking and communications, automotive navigation and control, industrial controls, DSP and biomedical test and measurement systems.

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