AIMB-508, a New 13th Generation Intel Platform Industrial Motherboard

Advantech, a global provider of embedded IoT solutions, is pleased to introduce the AIMB-508, a MicroATX industrial motherboard with rich I/O. It is powered by the new 12th/13th generation Intel® Core™ desktop processors, and features a rich set of expansion slots and I/O interfaces, including 2 x LAN (at speeds of up to 2.5GbE), for easy and seamless upgrading of high-speed end devices. 6 COM ports and up to 14 USB ports provide rich functionality for quick adaptation to a variety of devices and systems. upgrades.6 COM ports and up to 14 USB ports provide rich functionality for quick adaptation to a wide range of devices and systems.The AIMB-508's on-board PCIe x16 and PCI ensures flexible and efficient data transfers to meet the requirements of automation control and entry-level medical imaging, covering industrial sensors and machine vision systems. In addition, it supports DeviceOn, which provides intelligent remote management and updates to improve the efficiency of edge operations.

Rich Configurations Enable Rapid Performance Scaling for Increased Automation Control Productivity

The AIMB-508 features high-speed I/O with 2 x LAN ports of up to 2.5GbE supporting bandwidths of up to 2,500 Mbps, which ensures rapid and reliable results when connecting production-ready sensors or performing real-time quality inspection. It is also equipped with PCIe x16 Gen4, PCIe x1 and 2 x PCI slots, providing users with the flexibility to easily enhance vision data processing for traditional automation control equipment, machine vision and entry-level medical imaging applications.

Rich I/O and Diverse Display Interfaces for Parallel Processing at the Edge

With a wide range of I/O features including up to 14 USB, 4 SATA, M.2 M-Key and up to 6 COM ports, this MicroATX motherboard provides functional adaptability for accelerated machine vision system integration. In addition to I/O features, the motherboard supports VGA, DisplayPort 1.4, HDMI 1.4 and eDP 1.3 triple independent displays, facilitating multitasking in computing workflows while delivering excellent graphics performance.