Build, Scale, and Simplify Smart Manufacturing with the New EPIC-ADN9

Available in models powered by Intel Atom® x7425E, Intel® Core™ i3-N305, or Intel® Processor N97/N50 CPUs, the EPIC-ADN9 allows you to tailor and scale comput ing performance and efficiency to the requirements of various industrial automation and manufacturing processes. As a result, the EPIC-ADN9 is well-equipped to meet the demands of applications such as CNC machining and equipment inspection, which rely on precise task execution, while also providing a cost-effective and energy-efficient solution for less demanding deployments like robotic arms.

The EPIC-ADN9 offers exceptional connectivity for both wired and wireless networking, both of which are essential for the seamless operation of automated processes. Equipped with up to four physical LAN ports supporting Intel® I226-V running at 2.5GbE, the board facilitates high-speed data acquisition from peripheral devices like cameras and sensors. Furthermore, the board's expansion options, including a full-size mPCIe slot, enable support for wireless networking, facilitating edge-to-cloud communication.

Featuring two physical COM ports supporting RS-232/422/485, along with an additional four internal COM connectors with RS-232 capability, the EPIC-ADN9 enables simultaneous connections and data exchange with multiple devices. Moreover, the board's six USB ports and 16-bit GPIO offer the communication protocols essential for smart factory functionality, including sensor monitoring and task execution. The EPIC-ADN9 is also tailored to industrial deployment, with a wide 9V~24V voltage input range and fanless design allowing for smooth operation in harsh environments.

With a selection of display interfaces, including HDMI 1.4, eDP 1.4, DP 1.2, VGA, and LVDS, the EPIC-ADN9 offers the versatility to create and showcase custom interfaces tailored to specific production lines or tasks. With this configuration, the EPIC-ADN9 can simultaneously support up to three displays, allowing project infrastructure to scale seamlessly according to application complexity using just a single board. The range of interfaces offered also ensures compatibility with legacy equipment, allowing for easier deployment.