MPC8321EZQADDC

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The MPC8321EZQADDC is an embedded microprocessor designed and manufactured by Freescale Semiconductor. It is a powerful and energy efficient processor, specifically designed for embedded applications. It is based on the Power PC e300 processor family which is the latest in Freescale’s line up of embedded processors. The MPC8321EZQADDC is aimed at applications such as digital consumer electronics, medical and automotive devices, networked access points and consumer devices with embedded operating systems and services. With its advanced features, the processor is capable of running more complex applications and providing higher performance than other embedded processors in the market.

MPC8321EZQADDC Application Field

The Freescale MPC8321EZQADDC is designed for embedded applications and provides higher performance compared to other processors in its category. It is aimed at applications such as medical and automotive devices, digital consumer electronics, consumer devices with embedded operating systems, and serviceable networked access points. With its high performance and low-power consumption, the MPC8321EZQADDC is suitable for a wide range of embedded applications.

• Medical: It is well suited for medical instrumentation and imaging equipment where low-power consumption is a requirement.
• Automotive: The Freescale processor can be used in automotive electronics such as onboard diagnostics, infotainment systems and active safety equipment.
• Digital Consumer Electronics: The processor can be used in a wide range of digital consumer electronics such as digital media players, cameras, game consoles and HDTVs.
• Networked Access Points: The MPC8321EZQADDC can be used in access points in mobile networks, providing high-speed, low-latency connections for devices.

MPC8321EZQADDC Working Principles

The MPC8321EZQADDC is based on the PowerPC e300 processor family, which is a 32-bit processor operating at up to 667 MHz. The processor is manufactured on a 65 nanometer process. The processor includes 16 KB of instruction and data caches as well as an MMU and advanced power management features to enable it to remain in a low-power state when inactive. The processor runs at up to 667 MHz and is optimized for low-power consumption.

The MPC8321EZQADDC features a dual-core design, allowing two independent threads of execution. This enables parallel processing and reduces the total system latency while increasing system performance. The dual-core design also provides better power efficiency and enables various tasks to be assigned to different cores depending on the application requirements.

The processor includes a Vybrid architecture-based hardware Hypervisor which enables it to be partitioned into virtualized domains. This feature is useful for applications where a trusted partition is required. The processor also includes a cryptographic accelerator which is used to perform encryption and decryption of data. This enables secure transactions over the network and improves the security of the embedded system.

The integrated peripherals of the processor include several Ethernet controllers, two serial ports, two USB ports, two CAN controllers, SPI, I2C, JTAG and DVI-D interfaces. It also includes two 64-bit DDR2 memory controllers for memory up to 4 GB. The processor also includes a rich variety of advanced features such as a TrustZone Secure monitor, on die flash memory and power management features.

The MPC8321EZQADDC is an advanced and highly capable processor for embedded applications. With its dual core design, advanced power management features, integrated peripherals and rich variety of advanced features it is suitable for a wide range of embedded applications.

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