MPC755CVT400LE

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The MPC755CVT400LE is a 32-bit, enhanced PowerPC™ microprocessor core featuring a powerful, low power floating-point unit, plus on-chip memory control, and an integrated cache. The MPC755CVT400LE is designed for a wide range of embedded applications, ranging from digital consumer to industrial control, telecommunications, and automotive. The MPC755CVT400LE is compatible with the PowerPC™ software architecture, and offers considerable system performance gains due to its reduction in power consumption and its cost reduction.

The MPC755CVT400LE was designed for embedded applications that require intense computations and power management capabilities. This processor has a variety of features, such as a powerful floating-point unit, on-chip memory control, and an integrated cache, which are critical for embedded system applications. The MPC755CVT400LE has an efficient, low-power core and can scale up its performance to meet the needs of a variety of embedded applications.

The MPC755CVT400LE core has several instruction-set extensions that optimize its performance for embedded applications, including: Mac OS X Extensions, extended memory controller, AltiVec (which include SIMD instruction support) and power management unit (PMU). The extended memory controller supports physical addressing up to 4GB and logical addressing up to 64GB. The AltiVec extensions allow for enhanced data processing, as well as more efficient instruction sequences on multiple data elements. The PMU provides a hardware-based power management solution, allowing the processor to scale up to a maximum of 700MHz.

The MPC755CVT400LE features a powerful floating-point unit, a key component for applications that require intense computations and performance. Thisunit provides a number of features, such as single instruction multiple data (SIMD) operations, floating-point data input/output, fast context switching, and optimized load/store instructions. The MPC755CVT400LE supports 64-bit Real and Complex arithmetic, which support high-performance data manipulation and computation. In addition, the processor is capable of up to 40 MIPS with a 1GHz pipeline frequency.

The MPC755CVT400LE offers an integrated cache of up to 8MB, which makes it suitable for a wide range of embedded applications. The integrated cache provides faster memory access, by storing and retrieving data within a cycle. This feature can provide a performance boost over the traditional RAM-based external cache system. In addition, the MPC755CVT400LE features an on-chip memory controller for more efficient memory access.

The MPC755CVT400LE features an on-chip peripheral controller, which allows for efficient control of external peripherals such as LCDs, DMA and digital inputs/outputs. This feature helps reduce the cost of system components, since it eliminates the need for costly external peripheral devices. Furthermore, the processor\'s on-chip peripheral controller features the Ubiquitous Receive (UART) interface, which simplifies the connection of a variety of UART-based peripherals. Other features include a low-power synopsys array control, low pin count, segmented addressable memory, clock gating, and programmable IO.

The MPC755CVT400LE is an ideal choice for a wide range of embedded applications due to its efficient 32-bit core, powerful floating-point unit, low power consumption, and low cost. The processor is capable of handling intense computations and managing external peripherals, while its integrated cache and on-chip memory controllers provide the flexibility and performance that embedded applications require.

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