MPC8379CVRAGD

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MPC8379CVRAGD is an embedded microprocessor system-on-chip (SoC) integrated with two POWER Architecture core-complexes. It is specifically targeted as multi-core devices for flexible, real-time control of embedded systems. This SoC is an ideal fit for use in industrial automation, consumer electronics, automotive, factory and building automation and avionics.

Application Field

MPC8379CVRAGD is designed for industrial automation and it is capable of providing power and performance optimization for a wide range of systems. This SoC is optimized for use in systems requiring a high-performance architectural solution that can easily integrate with other systems. The SoC integrates a host processor such as a POWERPC processor with a low-power, real-time control unit with additional peripherals, saving valuable space and reducing overall power consumption. In addition, the SoC is suitable for applications such as motor control, robotics, energy management, embedded vision, Internet of Things, embedded networking and wireless communications.

Processor and Memory Architecture

The embedded processor in the MPC8379CVRAGD is composed of two POWER Architecture cores-one main processor and an auxiliary processor. The main processor core is optimized for executing multiple threads of code and is capable of handling both instruction-level parallelism and data-level parallelism. The other core is optimized for real-time tasks and application-specific operations. Both cores are connected to a 32-bit external bus and have access to DDR2 memory and high-speed L2 caching.

Electrical Power Control

The electrical power control is managed by an integrated system-on-chip (SoC) that is based on the POWER Architecture. The SoC provides optimization of power consumption and management. It is used to provide the processor with a low-power state in order to conserve energy while the system is idle. This helps to ensure that power is delivered only when it is needed, resulting in longer battery life and improved system efficiency.

Real-Time Task Management

The MPC8379CVRAGD implements a real-time task manager that provides scheduling and state control for real-time activities. This feature ensures that multi-threaded tasks are completed in the correct order, allowing for reliable system operation. The real-time task manager also provides resources for measuring system performance, allowing for specific tasks to be prioritized and optimized.

Communication

The SoC contains on-chip peripherals for Ethernet, USB, and Serial Bus fabrics for communication. They allow for data transfer between different components of the system, providing a simpler, more efficient way to interface with external devices. The SoC supports packet-level processing and protocol stacks and can be used in leading-edge embedded communications products such as industrial data networks, in-vehicle networks, and home networks.

Conclusion

MPC8379CVRAGD is a SoC integrated with two POWER Architecture core-complexes and is specifically targeted at embedded systems. It is ideal for use in applications such as industrial automation, consumer electronics, automotive, factory and building automation and avionics. The SoC includes a low-power, real-time control unit, high-speed DDR2 memory, L2 caching, and on-chip peripherals for Ethernet, USB, and Serial Bus fabrics. These features make it suitable for a wide range of applications and provide an optimal solution for embedded systems.

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