MC9328MXLDVM15R2

The MC9328MXLDVM15R2 is an embedded microprocessor that uses a variety of components and techniques to improve performance. It is designed around an ARM920T core architecture, a powerful 16/16Kbyte Cache and a number of peripherals for remote evaluations and debugging. This processor is ideally suited for use in DSP, Telecom, Embedded and Industrial Automation applications.

In the field of embedded applications the MC9328MXLDVM15R2 has found uses in a range of different applications including in-vehicle system, point of sale terminals, access control systems, and wired/wireless communication infrastructure. In addition, it is also popular in industrial automation and development projects, particularly in medium/large scale systems.

The working principle of the MC9328MXLDVM15R2 is based on the ARM920T core architecture. This architecture incorporates an enhanced 16/16Kbyte Cache featuring high speed memory access and improved operating efficiency. Furthermore, the processor is designed to reduce power consumption, noise and heat dissipation, enabling optimal system performance.

The MC9328MXLDVM15R2 offers several peripherals which allow for full remote evaluations and debugging. These include several ADC/DAC, high speed serial interfaces, CAN (Controller Area Network) controllers, Ethernet and USB controllers, which provide communication interface with other components. By utilizing these peripherals, users are able to accurately analyze and monitor real-time system performance, enabling faster development and deployment times. Additionally, the processor also features several on-chip hardware components, such as Secure Digital Host Controller Interface (SDHCI) and Programmable Interrupt Controller (PIC).

The MC9328MXLDVM15R2 is a powerful embedded processor, well-suited for a variety of embedded applications. Its ARM920T core architecture, combined with its various peripherals, allows for fast and efficient debugging and remote evaluations. Its on-chip hardware components provide an added layer of versatility for industrial control and networking applications. The processor’s low power consumption, noise and heat dissipation further ensure reliable and optimal system performance.