MC9328MXLDVM20

The MC9328MXLDVM20 microprocessor, also known as the MC9328MXLSL Microprocessor, is an integrated processor module designed for embedded applications. It has the ability to provide the full range of micro-controller technology, including high performance ARM processors, advanced memory control modules, sophisticated peripheral I/O modules, high speed buses and peripherals, and on-chip boot utilities.

The MC9328MXLDVM20 is an ARM7TDMI based microprocessor module, with 32-bit ARM 7TDMI RISC microcontroller, MMU and DSP extensions, 16KB RAM, and 4MB flash memory. It includes integrated bootloader support and up to 16-pin bus expansion. It has a maximum system clock of 40MHz and a main ARM core drive of 200 MIPS/1.2 DMIPS/MHz. This processor module offers a variety of system peripherals that include 10/100M Ethernet, 2x 16 bit timers, dual-channel A/D converter, 13x GPIOs and 2x serial ports with FIFO support. It is also compliant with the IEEE 802.11a/b/g wireless network.

The MC9328MXLDVM20\'s application fields include data acquisition, control, automotive, manufacturing, and industrial automation. It does not require an external memory, making it ideal for embedded applications where space and cost are critical. Its built-in Ethernet port makes it suitable for industrial Ethernet applications. It is also suitable for more complex embedded systems such as force control and location tracking.

The MC9328MXLDVM20 offers a unique working principle for microprocessors, which is based on a superscalar architecture. This means that it is capable of executing two instructions at the same time on different pipelines. This allows for higher clock speeds and superior performance. The Clock gating technology built into the architecture helps conserve energy and eliminates redundant instruction cycles.

The MC9328MXLDVM20\'s main advantages are its extremely low power consumption and its high system integration level. It is an ideal choice for applications that require high performance and low power consumption. Its low cost, small form factor, and easy integration with existing design tools make it an attractive choice for embedded application developers.