MOTOROLA MVME172P-644SE embedded control system single-board computer

Performance Introduction

Powerful computing power Equipped with high-performance processors, such as the 60MHz MC68060 enhanced 32-bit microprocessor with 16KB cache, MMU (Memory Management Unit) and FPU (Floating-point operation unit), or the 64MHz MC68LC060 enhanced 32-bit microprocessor, Equipped with 16KB cache and MMU. Its superscalar performance achieves an extremely strong integer and floating-point operation capability, which can meet the requirements of complex control tasks.

Rich interface resources: It provides a variety of interfaces, including serial communication interfaces, SCSI interfaces, LAN interfaces, etc. These interfaces facilitate data exchange between users and other devices, as well as the sending and receiving of control instructions. They can easily connect external devices such as sensors, actuators, and printers.

Flexible scalability: Supports multiple expansion modules and boards, allowing users to configure them flexibly according to their actual needs. For example, through the IndustryPack logical interface, a 32-bit data channel is provided for the IndustryPack module and the local MC68040 bus, facilitating the expansion of functions according to different application scenarios.

High reliability and stability: Utilizing high-quality components and strict manufacturing processes, it can operate stably in harsh industrial environments, adapt to high temperatures, high humidity, strong electromagnetic interference and other conditions, and can work reliably for a long time, reducing maintenance costs and downtime.

Considerable memory capacity: Equipped with 16MB configurable SDRAM, it can meet some data processing and storage requirements. At the same time, it may also have a certain capacity of flash memory and NVRAM (non-volatile random Access memory) for storing programs and important data, ensuring that data is not lost after power failure.

Friendly user interface: It provides a friendly user interface and a wealth of diagnostic tools, facilitating users to troubleshoot and maintain, lowering the usage threshold and maintenance difficulty. Even non-professional technicians can operate and manage it relatively easily.

Good software compatibility: The target code of the processor is compatible with previous generations of products, which can significantly improve performance while retaining software investment. It also supports software upgrades and firmware updates, and can continuously optimize functions and performance according to requirements to adapt to constantly changing application scenarios.

Application case

Precise control of automated production lines: On the automated production line of a certain automotive manufacturing enterprise, the MVME172P-644SE is used to control each workstation of the production line. It can precisely control the movements of the mechanical arm, achieve precise assembly of automotive parts, improve production efficiency and product quality, reduce the defect rate of the production line by approximately 15%, and significantly increase the production speed, with the output per unit time rising by about 20%.

Robot motion control: A certain robot research and development company has adopted MVME172P-644SE in the welding robots it produces. This module realizes the precise motion control and coordination of the robot, enabling the robot to perform high-precision welding operations along the preset path. Through its powerful data processing capabilities, the robot's posture and welding parameters can be adjusted in real time, significantly improving the welding quality. The qualification rate of weld seams has increased from the original 85% to over 95%.

Communication equipment data processing: A communication operator uses MVME172P-644SE in its edge communication equipment. As the core control unit, it is responsible for achieving rapid data processing and transmission, capable of efficiently handling a large amount of communication data, and ensuring the stability and smoothness of network signals. After the deployment of this module, the communication network latency in this area was reduced by approximately 30%, and the reliability of data transmission was significantly enhanced.

Attitude control of aerospace equipment: In the attitude control system of a certain type of satellite, MVME172P-644SE is used to process sensor data and generate control instructions. Based on the information fed back by the attitude sensor on the satellite, it quickly calculates the Angle and force that need to be adjusted, controls the satellite's attitude adjustment mechanism, and ensures that the satellite can accurately point towards the target direction. Even in the face of complex space environment disturbances, the satellite attitude control accuracy can be maintained at a very high level, ensuring the smooth progress of satellite communication and observation tasks.

Power equipment monitoring and control: In the power monitoring system of a certain substation, the MVME172P-644SE is used to monitor the operating status of power equipment in real time. It collects data such as voltage, current and temperature by connecting various sensors, and conducts real-time analysis and processing. When abnormal equipment is detected, it can promptly issue an alarm and take corresponding control measures, effectively preventing the occurrence of power faults and improving the reliability and stability of substation operation.