MPC8347CZQADDB

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

The MPC8347CZQADDB is a handy embedded microcomputer designed to provide efficient performance and reduce power consumption. This particular model is best suited to smaller applications with relatively low computational needs. It has been tailored specifically to the embedded system market, bringing with it more functionality than regular microprocessor units.

The MPC8347CZQADDB has a variety of application fields, given its particular performance and feature set. For instance, considerable power savings can be achieved with this model in mobile or battery-operated devices. The chip can take on a range of tasks, including signal processing, system control, and data processing.

This signal processing capability makes this model especially suitable for a wide range of industrial applications. It can be used to control devices such as electric motors and servo mechanisms, both of which can be a source of significant energy wastage. There are also numerous digital signal processing applications for the MPC8347CZQADDB, including digital audio, data acquisition, and computer vision systems.

The MPC8347CZQADDB is designed around Power Architecture® technology, merging an optimized core with application-specific accelerators. The result is a chip that’s capable of achieving higher performance while staying power-efficient. The optimized core itself, the PowerPC® e300c3 core, has been designed to offer reduced power consumption with surrounding support circuits that minimize current leakage. This power saving design makes it ideal for continuous operations with low-power dissipation.

This chip is also designed with a dual-issue, superscalar pipeline and intricate branch-prediction logic. This combination results in high peak performance which efficiently unlocks the chip’s true power-saving capabilities. The pipeline is responsible for processing instructions in multiple stages, and the branch-prediction logic allows the processor to guess a branch’s outcome before the branch instruction is executed. This prediction ensures that the appropriately chosen instruction is loaded into the processor’s queue, resulting in a continuous flow of instructions and reduced latency.

This chip is also designed with an integrated high-speed bus architecture, which provides considerable bus bandwidth. This is useful for applications that require a large number of high-speed transfers, including Digital Video Recording (DVR) systems and medical imaging. This bus architecture is based around the AMP Series bus and supports eighteen lanes, all of which run at 200 MHz.

Apart from the processor and memory, the MPC8347CZQADDB also comes with several other components. These are peripheral interfaces such as I2C, USB v2.0, and Fast Ethernet. Supporting these interfaces are several other on-chip signals such as UARTs, SPI, timers, and Auto-Negotiation. Additionally, there are programmable on-chip clock and power management modules which make the MPC8347CZQADDB suitable for a range of environment conditions.

In summary, the MPC8347CZQADDB offers considerable performance and power savings for a range ofembedded systems and applications. It offers a series of features and components optimized for efficient operation, making it a great choice for industrial and consumer use.

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