VL-EPME-42ECP-16

Single Board Computers (SBCs) form an integral part of many modern computing systems. The VL-EPME-42ECP-16 is an example of a powerful SBC. This article explains the application field and working principle of the VL-EPME-42ECP-16, and why it is a great choice for many modern computing applications.

Application Field

The VL-EPME-42ECP-16 is designed for extreme industrial applications where ultra-low power requirements and extreme temperatures are needed. It has a wide temperature range (-40°C to +100°C) and can consume very low power while not compromising performance. This makes it suitable for use in sophisticated, mission-critical systems such as aerospace, military, robotics, automotive and medical systems.

Working Principle

At its core, the VL-EPME-42ECP-16 is a compact single-board computer featuring an Intel XScale PXA270 processor and a support package of memory, storage, power, and communication peripherals. It is built on an open-source Linux OS that can be customized to create powerful systems for a variety of applications. The board also includes components to extend performance and flexibility, such as an additional 10/100 Ethernet port for faster communication and GPIO expansion for additional I/O capability. This makes the VL-EPME-42ECP-16 a great choice for embedded and semi-embedded system designs.

Furthermore, the board is versatile in its ability to connect to multiple systems such as power, motors, actuators, sensors, and communication networks. This gives it the capability to become the centerpiece of an integrated system, handling complex functions such as machine vision, motion control, and process automation. Additionally, its modular design allows for easy maintenance and integration into existing systems, making it a great choice for industrial applications.

Conclusion

The VL-EPME-42ECP-16 is a powerful and versatile single board computer with an application field that covers many extreme circumstances and mission-critical systems. It provides ample performance and flexibility to meet the needs of many embedded and semi-embedded system designs, and its flexible architecture makes it a great choice for the integration of complex functions into existing systems.