MC56F82723VLC

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The MC56F82723VLC is an integrated low voltage CPU featuring an enhanced 90nm high-performance 64bit Coldfire+™ core with the ability to run at frequencies up to 150 MHz. It is the first in a series of products featuring an enlarged instruction set and low power consumption. With the ability to interconnect multiple slave devices, MC56F82723VLC makes possible to build cost effective yet highly powerful embedded devices.

The MC56F82723VLC is a versatile microcontroller, suitable for different applications and can be used in a variety of situations. It is mainly suited for low power industrial and consumer control, automation and mixed signal applications. The unit is ideal for applications that require an advanced architecture, yet at an efficient power advantage. The integrated peripherals also allow for complete system integration.

The features of the MC56F82723VLC make it suitable for a variety of embedded control applications such as building control, home applications, medical systems, automotive control, consumer electronics and HVAC, industrial machinery, and various automation applications. The powerful processor complex, the robust peripherals, and the integrated development tools all facilitate the implementation of the solutions.

The MC56F82723VLC is equipped with a large peripheral set and integrates a variety of peripherals as well as a wide range of communication interfaces. The main highlights are, a direct controller for all the internal peripherals, a high precision AnaDAC™ peripheral, Quad 16 Channel 12 bit ADC and SCI Interface. The peripherals, combined with scalar instructions, precise mathematics instructions, and 3D graphical instructions, make the MC56F82723VLC an attractive choice for all kinds of embedded applications.

The Coldfire+™ core in the MC56F82723VLC is the most advanced core architecture available today, featuring a range of features perfectly suited to embedded applications. The core has four pipeline stages and a 32-bit mission bus that can transfer up to eight operations in a cycle. The MC56F82723VLC also features enhanced execution trace and branch prediction technologies, allowing the processor to execute instructions faster and with fewer cycles, reducing power overall.

The MC56F82723VLC is architecturally optimized for speed, power, and efficiency. It offers a low power alternative that eliminates the need for external components and simplifies the creation of powerful, complex systems. The core also integrates a register-accurate stack that enables more optimized code generation and faster execution of typical operations. The core also offers an efficient memory system and a power-efficient instruction set.

The integrated Coldfire+™ core also supports a range of sophisticated development tools for embedded applications. These tools allow for rapid development and debugging of sophisticated embedded devices. The integrated development environment includes an on-chip debugger, an instruction trace module, a hardware breakpoint module, and an optional trace module. The hardware break point provides access to operating system code, while the trace module facilitates further debugging and optimization. This integrated development environment is designed to allow developers to quickly and accurately develop sophisticated embedded projects.

The MC56F82723VLC is an excellent choice for a range of embedded applications such as industrial and consumer control, building automation, medical systems, automotive control, consumer electronics and HVAC, and industrial machinery. Its enhanced instruction set and low power consumption are designed to address the sheer complexity and optimization of embedded applications. The integrated peripherals and robust development tools make it easy to create powerful, efficient solutions. The MC56F82723VLC is an excellent choice for embedded developers looking for an optimized performance choice.

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