MPC823VR75B2T

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The MPC823VR75B2T microprocessor belongs to the embedded processor family and offers a wide range of application fields. The device contains a powerful core architecture, which allows it to be used within industrial and automotive applications, including automotive infotainment systems, advanced driver assistance systems (ADAS), and human-machine interfaces (HMIs). The device combines an 800MHz Power Architecture e200 core with dedicated automotive features, such as a wide range of integrated peripherals and support for a variety of external interfaces.

The device is designed to work in harsh automotive environments and supports the most widely-adopted communication protocols, such as CAN Bus, LIN Bus, FlexRay, and Ethernet. The device contains a variety of built-in peripherals, including Ethernet Media Access Controller (EMAC), CAN controller, LIN transceiver, 12-bit panel LCD controller, USB controller, four UARTs, TIMERs/PWM, QSPI, and I²C. It also offers a variety of Mux and GPIO pins for external connections.

The processor is fabricated on a 40nm process and operates over a wide temperature range (-40°C to +105°C). The device integrates up to 1GB of embedded RAM, and up to 16MB of non-volatile flash memory with error checking and correction (ECC) and L2 cache. Due to its compact size and low power consumption, the processor can easily be integrated into automotive applications.

The MPC823VR75B2T microprocessor is optimized for automotive applications, featuring highly deterministic real-time operation with responsiveness under extreme environmental conditions. The device is designed to be compliant with the AUTOSAR 4.2 software architecture. The device offers advanced safety features, including code obfuscation, security switch, and a secure boot feature. The processor supports the safety-relevant cryptographic functions needed in automotive applications.

The Power Architecture e200 core offers a fully deterministic, real-time solution for automotive applications. The core is based on a RISC-architecture and supports a wide range of operating systems, including Linux, QNX, and Wind River. The core includes a tightly-coupled memory and a separate, two-level cache. The core architecture is designed to provide a high level of control, allowing for fast response times and high throughput.

The Power Architecture e200 core also provides power management to reduce overall system power consumption. The core features an onboard power management unit (PMU) and a power-management-configurable logic block (PMCLK). The PMU and PMCLK are used to control the clock and power states of each core, while the PMCLK can also be used to power down the cores when they are not in use. This allows for efficient power management and energy saving. Additionally, the integrated on-chip die temperature monitor (DTMA) allows the microprocessor to be easily monitored and controlled in various temperature ranges, which is especially beneficial in automotive applications.

The device also contains advanced debugging, trace and operating system support. The device supports the use of Multi-core Debug, allowing for debugging and tracing across all cores of the device. Additionally, the device includes tools for system-level analysis and debugging, such as C-Compiler, high-level language debugger, power consumption mapper, resource usage tracker and operating system support. The embedded debugger also offers hardware breakpoints and real-time execution profiling, enabling developers to quickly identify system-level issues.

In summary, the MPC823VR75B2T microprocessor offers a powerful core architecture, a variety of embedded RAM and non-volatile memory, advanced safety features, and a wide range of communication protocols and peripherals. Additionally, the device offers advanced debugging and trace tools and is optimized for use in harsh automotive environments. The processor is a great choice for automotive applications and can be used in a wide range of industrial and automotive infotainment systems, ADAS, and HMIs.

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