VL-EPIC-17EB

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Single Board Computers (SBCs) are computer systems that are complete, self-contained, and typically designed to fit onto a single circuit board. The VL-EPIC-17EB is one such system, intended to provide users with a full-function system for use in embedded and very small footprint applications.

The VL-EPIC-17EB is a versatile, 10-layer, ultra-compact SBC technology used by engineers and designers for a variety of applications. It features several unique features that make it particularly suitable for embedded and small-footprint applications. For example, the VL-EPIC-17EB utilizes a low-power Xilinx Artix7-FPGA, which is known for its low power consumption and high performance. It also utilizes a range of I/O options, including Ethernet, USB, SATA, I2C, UART, HDMI, and GPIOs, which enable users to integrate their own hardware and reduce the need for complicated software development.

The VL-EPIC-17EB is applicable to a wide range of applications, including embedded control and monitoring, signal processing, automotive, medical, industrial, and consumer electronics applications. Its broad range of features and capabilities give users the flexibility to select the best components for their application.

One of the key advantages of the VL-EPIC-17EB is its working principle, which exploits the notion of modular computing. This principle helps reduce software development time and costs while increasing system performance by focusing on executing target applications in the most energy efficient way. This concept leverages the scalability of FPGA devices, allowing multiple operation algorithms to be applied to the same system. In addition, the VL-EPIC-17EB supports many popular programming languages, making it easier for designers to program and integrate applications quickly and efficiently.

The VL-EPIC-17EB is also designed to allow for easily scalable computing power, giving users the ability to upgrade their system without significant hardware changes. This is made possible by the inclusion of on-board reconfigurable logic, which enables users to select the best hardware-software combination for their particular application.

The VL-EPIC-17EB is suitable for a wide range of challenging embedded and small-footprint applications. Its versatility, power efficiency, and relatively small form factor make it an ideal choice for designers and engineers seeking to maximize performance without compromising on size or cost. Furthermore, the modular computing principle applied to the VL-EPIC-17EB helps to reduce software development time and complexity while increasing system performance. This makes the VL-EPIC-17EB a desirable choice for many users seeking an energy efficient, scalable, and reliable embedded system.

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