MPC755BPX300LE

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

MPC755BPX300LE is a powerful microcontroller suitable for a variety of applications, ranging from simplicity in interpretation or processing to embedded systems of vast and complex requirements. This product is used in several industries and applications, such as automotive, consumer, industrial, medical, military and aerospace, and communications. MPC755BPX300LE contains a range of advanced technologies, such as integrated communications and floating point coprocessor units. The hardware is durable and the software is user friendly and versatile.

The MPC755BPX300LE is optimized for extensive embedded applications such as high-end medical, industrial and automotive applications, while having a targeted architecture that is cost-effective and easy-to-use. The device combines a rich mix of peripherals, including high-speed integrated communications, a floating-point coprocessor, and an advanced powering system. This distinct feature set makes the device suitable for a wide range of embedded systems applications, from low-level controllers to high-end applications.

The MPC755BPX300LE operates at speeds of up to 300MHz and runs up to 64 applications at once. The device supports VME and CompactPCI Bus specifications and is compatible with open-source software and Linux-based Real-Time Operating Systems (RTOS). It has a wide range of user peripherals, including LCDs and displays, digital audio and video capture, Ethernet, USB, serial and parallel ports, and infrared transceivers. All of these features make the MPC755BPX300LE a powerful and versatile microcontroller for a wide variety of applications.

The MPC755BPX300LE operates on a basic, board and battery powering system. The board powering system is designed to reduce power consumption by maintaining the necessary voltage level for the microcontroller during system operation. The board-powering system is user-programmable and can be adjusted to match the specific application. The onboard battery provides additional power for uninterrupted system operation. Both the board powering system and the battery powering system can be combined to provide failsafe operation in the event of a power failure.

The MPC755BPX300LE has an integrated floating-point coprocessor that is used to manage more complex algorithms and data processing. The coprocessor can be used to process two 32-bit floating-point operations simultaneously. The coprocessor can also be used to perform task such as matrix multiplication, convolution, filtering, and model identification in an efficient manner. This facilitates a higher level of control and intelligence, which can be critical in some embedded systems applications.

The MPC755BPX300LE uses a reduced instruction set computer (RISC) architecture. RISC is a type of computer architecture based on a single instruction set that has been designed for simplicity in instruction decoding and execution. The goal of RISC is to reduce the time it takes for the processor to execute instructions, thereby increasing performance and reducing energy consumption. This architecture is particularly useful for embedded systems, as it allows for the rapid execution of instruction sequences and data manipulation.

The MPC755BPX300LE also uses instruction pipelining and caching that reduces the average execution time of instruction sequences. Pipelining is a method of instruction execution in which instructions are executed one after the other. The instruction pipeline stores a sequence of instructions that can be executed without delay, making them more efficient than executing a large number of instructions in a single pass. The onboard caching system is also used to reduce instruction execution times and improve data manipulation operations.

The MPC755BPX300LE incorporates a wide variety of peripheral devices to enable its users to control and interact with the external world. These include UARTs, Ethernet ports, and I2C buses. UARTs provide an interface between the microcontroller and external devices, allowing for data transmission between the microcontroller and external devices. Ethernet ports allow for high-speed connection and data transfer between microcontrollers, allowing for large data transfers. I2C buses enable communication between different microcontrollers, allowing for data transfer between multiple devices on a single bus.

In the application field, the MPC755BPX300LE is mainly intended for embedded system applications that involve highly complex data processing. It is capable of performing multiple tasks in parallel, which greatly increases application performance and efficiency. Moreover, its high speed and low-power consumption make it well-suited for applications that require quick response and low power consumption. Its versatile feature set and ability to integrate with open-source software and RTOS make it a popular choice for many types of embedded system applications.

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