MPC8360CVVAGDG

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The MPC8360CVVAGDG is a microprocessor specifically designed for embedded applications. Its integrated design makes it ideal for embedded controls, telecommunications, sensors, industrial controllers, and automotive applications. This processor combines high performance, low power consumption and a microarchitecture that allows for tight integration of a variety of third-party IP.

MPC8360CVVAGDG is based on the PowerPC e500 core which has an out-of-order (OoO) dual-issue superscalar microarchitecture. The OoO instruction pipelines support up to three instructions per cycle, with both instructions being dispatched at once. The RISC architecture also allows for instruction set extensibility, allowing easily accelerates algorithms. The result is more efficient and consistent performance compared to other architectures.

MPC8360CVVAGDG is manufactured in the advanced 0.13-micron CMOS process on a single die substrate. It includes on-chip caches, system and peripheral buses, and a precision-timed interrupt structure. On-die integrated caches include a 128Kbyte L1 instruction cache and a 32Kbyte L1 data cache. Additionally, the MPC8360CVVAGDG contains a 2Mbyte L2 cache implemented in an external SRAM component. This L2 cache stores frequent and last-used data, minimizing memory access time and relieving pressure from the L1 caches.

The processor supports 5- to 10-bit External Address Bus (EAB) interfaces, and is fully compliant with AMD AMP bus protocol. The EAB has an integrated memory controller that supports DDR2 and DDR3 RAM, as well as other external memory interfaces. The processor also supports 3 independent external buses. This includes the ASB2, plus two optional Peripheral Local Bus (PLB) connections. The PLB connections are full duplex multi-master buses, allowing for efficient communication between multiple peripheral device.

The MPC8360CVVAGDG also contains local and system control logic and built-in debug facilities. On-chip debug logic, in addition to emulation support, allows for multi-level, real-time system control. Local control logic provides direct access to memory and IO devices. It also allows for system-level power management, allowing the processor to dynamically switch between different operating points. This feature allows for more efficient power management, reducing unnecessary standby and active power consumption.

The processor also includes integrated logic for system facility, image and video acceleration, audio, and others. These facilities enable the processor to quickly achieve high performance while minimizing power consumption. Up to four system memory interfaces can be included, allowing for memory sharing across multiple processors.

The MPC8360CVVAGDG also includes the PowerQUICC interrupt controller. This interrupt controller uses a single bit-field to encode multiple levels of interrupt priority. This eliminates the need for manual or programmatic interrupt masking, optimizing performance during interrupt response. Additionally, precision-timed interrupts ensure that alarms, notifications, and interrupts will not be missed or delayed, ensuring the stability of real-time systems.

In summary, the MPC8360CVVAGDG is an integrated microprocessor designed for embedded applications. The processor combines high performance, low power consumption, and a microarchitecture that allows efficient integration of third-party IP. The PowerPC e500 core uses an OoO dual-issue superscalar microarchitecture, allowing up to three instructions per cycle to be dispatched at once. The processor also includes on-chip caches, system and peripheral buses, local and system control logic, built-in debug facilities, system memory interfaces, and the PowerQUICC interrupt controller. All of these features work together to make the MPC8360CVVAGDG ideal for embedded controls, telecommunications, sensors, industrial controllers, and automotive applications.

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