VL-EPM-35ER

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Single Board Computers (SBCs) are microcontrollers or embedded systems designed for basic processing functions and application specific tasks. SBCs are accessible, affordable and powerful, making them ideal for a multitude of computing tasks that demand mobility, advanced data collection and manipulation, and custom design implementations. The VL-EPM-35ER is a single board computer that is specifically designed to excel in application fields including industrial automation, embedded vision, and machine learning.

The VL-EPM-35ER utilizes an advanced 24 core RISC-V architecture processor coupled with dual-core NEON capabilities for improved instruction set architectures and optimization. It includes a low power Arm® Cortex®-A35 processor clocked at 1.3 GHz with up to 4GB of memory and 4MB of internal flash memory. It also has a set of onboard peripherals that enable communication, I/O and power. As part of its package VL-EPM-35ER is provided with a 4 lane MIPI HDMI interfaces to enable access to the latest display technologies. Additionally VL-EPM-35ER is equipped with USB 3.0 and USB Type C connectors as well as a variety of industrial interfaces such as RS-232/485 and GPIO.

The VL-EPM-35ER offers core advantages that make it an ideal platform for a wide range of applications, including industrial automation, embedded vision, machine learning, computer vision and embedded medical imaging systems. Its core features include high-speed data communication between CPU and peripherals, high speed graphics and data transfer, low-power and low-latency memory with low jitter, and advanced video and image processing. Additionally, the VL-EPM-35ER supports a number of operating systems such as Linux, Windows, and Android.

The working principle of the VL-EPM-35ER is based on a computer architecture with a powerful multiple-core RISC-V processor as its backbone. The core design of the system allows for instruction sets that are based on the RISC-V instruction sets, while its NEON capabilities enable optimized instructions and better performance on embedded vision and machine learning applications. At the same time, the VL-EPM-35ER also provides access to the latest graphics displays and applications by utilizing its 4 lane MIPI HDMI interface.

The main advantages offered by the VL-EPM-35ER for industrial automation, embedded vision, and machine learning tasks include improved overall efficiency and performance while reducing power consumption, high scalability with multiple-core RISC-V processor, faster system operation, rich selection of I/O peripheral types, and improved security. The onboard support for USB 3.0, USB Type C, and GPIO, among other interface devices, makes the platform suitable for a high-level of data transfers and scalability. Finally, the VL-EPM-35ER can also be used with popular operating systems such as Linux, Windows, and Android.

In conclusion, the VL-EPM-35ER is a powerful yet affordable single board computer designed for industrial automation, embedded vision, and machine learning applications. It utilizes a high-speed RISC-V architecture and dual-core NEON capabilities for improved performance that is balanced with minimal power consumption. The board is equipped with onboard peripherals for communication, I/O, and power, and is compatible with multiple operating systems. The range of features and scalability the VL-EPM-35ER provides makes it an ideal platform for a variety of embedded applications.

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