96MPCM-1.86-2M9T

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The 96MPCM-1.86-2M9T is an embedded microprocessor designed for a range of industrial and commercial applications. The processor has been designed to work up to a maximum frequency of 1.86 GHz and is supported by up to 2MB of main system memory. This makes it well suited for embedded control applications in industrial, automotive, and telecommunications fields.

To meet the demands of modern embedded designs, the 96MPCM-1.86-2M9T includes the industry-standard ARM9TDMI 32-bit RISC processor core, a separate memory controller, advanced peripheral control, high-speed serial communications and multiple timers. Additionally, the processor is packaged with a high speed ARM Vector Floating Point (VFP) coprocessor, enabling it to execute many single and double-precision mathematical functions.

The 96MPCM-1.86-2M9T windows-based development platform makes application development easy. It includes the MIPS Cross Compiler and MIPS Embedded Linux. These provide a web-based graphical user interface (GUI) for quickly and easily programming, testing and debugging code for the processor. The development platform also offers a range of support for debugging, communication and system emulation as needed for real-time embedded designs.

The 96MPCM-1.86-2M9T uses a Harvard architecture, which stores instructions and data in separate memory spaces, allowing program instructions to be executed with the highest possible efficiency. The processor includes a single instruction multiple data (SIMD) capability, which allows it to run multiple instructions simultaneously on the same data. This greatly increases the performance of the processor.

The underlying hardware of the 96MPCM-1.86-2M9T is based on the industry-standard ARM architecture, allowing the processor to be used in a wide range of embedded designs. The processor can be programmed using the industry-standard JTAG interface, making it easier to debug embedded applications. The processor also integrates a range of usually separate peripherals into a single package, saving on device costs and making it easier to develop and maintain embedded designs.

The 96MPCM-1.86-2M9T is designed to work in a range of temperatures, from –40°C to +100°C. This makes it ideal for extreme environments such as automotive and aerospace applications. The processor also offers a range of power-saving modes that can be enabled when the processor is not under load to minimize power consumption.

The 96MPCM-1.86-2M9T is an ideal solution for embedded control applications, allowing designers to improve their embedded designs with support for the latest industry-standard ARM processor architecture. Programming, debugging and managing the processor is simple with the integrated web-based GUI, and the processor’s high performance and extended temperature range make it suitable for a wide range of applications.

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