KMPC8358VVAGDG

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The KMPC8358VVAGDG is an embedded microprocessor typically used by customers with embedded systems needing a combination of high-performance processing power and a low power consumption profile. It integrates the latest significant advancements in CPU and graphics processing techniques, allowing its users to effectively implement high-end applications in embedded systems requiring minimal development time, cost, and power.

Overview

The main features of the KMPC8358VVAGDG include a 450MHz CPU core, 4MB of on-chip SDRAM, an integrated 32-bit graphics processor, 16Kb of on-chip ROM, up to 4MB of on-chip SRAM, TPX/TT-Bus interface for external peripherals, a USB 2.0 interface, and an Ethernet controller to connect directly to a LAN or the Internet over Ethernet. The processor is housed in a 128-pin LQFP package and is supported by a comprehensive software development environment. It also includes comprehensive on-chip peripheral drivers, which are compatible with drivers in other Arm-based microcontroller architectures, such as Cortex-M and Cortex-A processor families.

Key Features

The key features of the KMPC8358VVAGDG embedded microprocessor include:

• A 450MHz ARM9 CPU Core
• 4MB of On-Chip SDRAM
• 32-bits graphics processor
• Ethernet controller which supports 10/100 Mbps speeds
• 16Kb of on-chip ROM
• Up to 4MB of on-chip SRAM
• USB 2.0 interface
• Comprehensive LQFP package and software development environment

Application Field and Working Principle

The KMPC8358VVAGDG is most suited for applications in the embedded market segments such as medical, automotive, home automation, or industrial automation and control. The versatile design of this embedded microcontroller allows users to quickly and easily develop custom applications that require real-time and/or low-power control. In a general system, this processor is connected to peripheral devices and displays, and is responsible for controlling the flow of data between them. The processor has direct access to the SDRAM, ROM, SRAM and to the external bus. Furthermore, it is responsible for the various tasks running on the system and it is capable of executing them in parallel using multiple cores and threads. Moreover, it is capable of executing cores that are independent and self-contained, making it flexible for many applications.

Furthermore, the on-chip graphics processor supports high-end graphics processors, such as Neomotion, allowing users to quickly and easily develop graphical applications. This processor is also capable of handling real-time sound and video streams, while allowing low-latency user interface interactions. The Ethernet controller supports 10/100 Mbps speeds, providing instant access to external networks and resources. The USB 2.0 interface supports fast data transfer and communication, allowing users to quickly and easily access external peripherals.

Conclusion

The KMPC8358VVAGDG embedded microprocessor is a powerful and versatile processor for embedded systems requiring high-performance processing power and a low power consumption profile. This processor has a number of features including a 450MHz CPU core, 4MB of on-chip SDRAM, an integrated 32-bit graphics processor, 16Kb of on-chip ROM, up to 4MB of on-chip SRAM, TPX/TT-Bus interface for external peripherals, a USB 2.0 interface, and an Ethernet controller to connect directly to a LAN or the Internet over Ethernet. This processor is most suited for applications in the embedded market segments such as medical, automotive, home automation, or industrial automation and control. It is capable of executing cores that are independent and self-contained, making it flexible for many applications. Furthermore, the on-chip graphics processor supports high-end graphics processors, allowing users to quickly and easily develop graphical applications. Finally, the Ethernet controller supports 10/100 Mbps speeds, providing instant access to external networks and resources.

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