MPC8535ECVTANGA

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Embedded microprocessors provide powerful solutions for embedded computing applications. At the top of the list stands the MPC8535ECVTANGA, an embedded system-on-chip providing enhanced performance and multitasking capability. This chip has been designed to be employed in a variety of applications, ranging from industrial automation to military and defense applications

MPC8535ECVTANGA has multiple independent buses, a dedicated Memory Management Unit (MMU) and on-chip and other peripherals, all integrated on a single chip. It supports multiple independent memory and input/output (I/O) buses, freeing up processor cycles for application-specific tasks. By using dedicated MMU, it can handle multiple virtual memory space management. The integrated memory and I/O subsystems for this chip consist of 32 General Purpose I/O (GPIO) ports, an External Memory Bus (EMB) and a Programmable I/O Array (PIOA), among others.

The MPC8535ECVTANGA processor has both 32-bit and 64-bit capabilities. It has 8 high-performance processing cores, allowing the processor to run multiple applications in parallel while still processing large amounts of data. Each core is highly power efficient and can manage data through both the processor’s cache and main memory, eliminating the need for external memory. Each core is paired with an independent data path and separate caches for data, instructions, and debug.

The processor supports a wide range of external peripherals. This includes Ethernet, USB, and PCI express, as well as video and audio encoders and decoders. The chip also supports multiple operating systems, such as VxWorks, QNX, Linux, and Windows. Additionally, MPC8535ECVTANGA contains two watchdog timers and two real-time (RT) timers to ensure proper system operation by providing interrupts to the processor when events occur.

MPC8535ECVTANGA is designed for applications requiring mission-critical performance, such as medical equipment, air and ground vehicles, and aerospace applications. The board has thermal, power, and watchdog functions. It supports high-speed buses such as PCI Express and has the ability to run real-time operating systems. In addition to these features, the board is also equipped with an accelerated video engine and integrated video/audio codecs, making it ideal for embedded media applications.

The processor operates at frequencies of up to 300MHz, with a variable and dynamic operating voltage range from 1.0V to 1.8V. By utilizing advanced low-power technology, the processor can dynamically adjust its operating frequency and voltage according to instruction types, memory access patterns and temperature. The processor also supports different power dynamic modes, saving energy when needed.

MPC8535ECVTANGA’s main advantages are its high performance, enhanced memory management and its low power consumption. In addition, the processor provides secure system operation, as it incorporates a secure real-time kernel virtualization feature, which allows applications to be isolated while running securely in their own address spaces. This feature can be used to protect proprietary software and data from potential adversaries or tampering.

In conclusion, the MPC8535ECVTANGA processor innovation brings the highest levels of embedded computing performance, robust memory management and maximum power savings. This chip is highly reliable for high-functionality, low-energy applications in embedded computing applications. Its abundant features and low power consumption make it an attractive choice for a variety of industrial and military/defense applications.

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