MPC8543VTANGD

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

Introduction

MPC8543VTANGD is a bit high-performance and low-power embedded multi-core processor developed by Freescale Semiconductor to provide reliable and efficient performance for embedded systems. It is implemented with a high-performance dual core PowerPC architecture consisting of e500V2 core, a 90nm process, up to 1.1 GHz clock frequency and up to 8MBytes instruction and data L2 cache for a high-performance, energy-efficient computing platform. The integrated power management and advanced low-power technology provide a dramatic reduction in dynamic and static power consumption.

Application field of MPC8543VTANGD

MPC8543VTANGD is mainly used in embedded system like the Telecom systems, Commercial and Industrial automation control, Avionics, Industrial Ethernet Networking and Signal processing. MPC8543VTANGD has shorter design time and fewer design milestones, which greatly reduce the development cost and time to market. It is widely used in Telecom systems, Commercial and Industrial automation control, Avionics, Industrial Ethernet Networking, Signal processing, Image and Video Analytics and other embedded markets.

Working Principle of MPC8543VTANGD

MPC8543VTANGD main features include high-performance e500V2 core and advanced 90nm process, up to 1.1 GHz clock frequency and up to 8MBytes instruction and data L2 cache, which provides reliable and efficient performance for embedded systems. Moreover, the integrated power management and advanced low-power technology can provide dramatic reduction in dynamic and static power consumption. It also provides a system-on-chip solution platform for higher-level development, including various peripherals such as UART, DDR2/MDDR, GPIO and PCIe. With these features, MPC8543VTANGD can meet the needs of different application fields.

MPC8543VTANGD utilizes an architecture consisting of two PowerPC cores. The two cores have an instruction and data L2 cache, private instruction and data caches, branch predictors, and multiple execution units. A multi-master interface is used to synchronize communications between the core and the rest of the system. All the above-mentioned parts are connected together in a crossbar switch which provides additional pathways for communication, allowing the two cores to work on a task simultaneously.

The MPC8543VTANGD can provide additional performance and power savings for various application fields. It supports various internal and external interfaces such as UART, DDR2/MDDR and GPIO, to provide customers more flexibilities in their design and/or customization. Furthermore, with its advanced power management architecture, MPC8543VTANGD can significantly improve system performance while reducing the overall power consumption.

Conclusion

MPC8543VTANGD is a bit high-performance and low-power embedded multi-core processor developed by Freescale Semiconductor. It has shorter design time and fewer design milestones and is mainly used in embedded system like the Telecom systems, Commercial and Industrial automation control, Avionics, Industrial Ethernet Networking and Signal processing. It utilizes an architecture consisting of two PowerPC cores with an instruction and data L2 cache. It also provides additional performance and power savings for Telecom systems, Commercial and Industrial automation control, Avionics, Industrial Ethernet Networking and Signal processing through its integrated power management and advanced low-power technology.

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