ASUS Q670EM-IM-A IoT motherboard, Supports up to 125-watt Intel® 13th/12th Gen processors, LGA1700

The ASUS Q670EM-IM-A is an LGA1700 IoT motherboard for 12th- and 13th-generation Intel processors up to 125 W, suited to industrial and embedded builds that need expandable graphics, support for up to 128 GB of DDR5 memory, and four DisplayPort outputs.

Recommended For

• Industrial PC and embedded-system integrators connecting legacy equipment or control hardware can use the board’s multiple COM connections, GPIO header, watchdog timer, and Linux/Windows IoT support.
• Digital-signage and multi-display workstation builders who need up to four DisplayPort screens connected directly to the system can use its four onboard DisplayPort outputs.
• Industrial network-appliance builders who need several wired network connections can use its three onboard Ethernet ports; the board is positioned by ASUS for embedded applications.
• OEMs designing long-running embedded systems can consider it when a seven-year supply program and a stated 0–60°C operating range fit their deployment requirements.

Real-World Use Scenarios

• In a control room or industrial monitoring station, an integrator can connect several DisplayPort monitors to show equipment status, dashboards, or camera feeds from one PC; the display setup still depends on the installed processor and graphics configuration.
• When building a PC to connect factory equipment, an integrator can use the board’s serial connectivity and multiple Intel LAN ports to interface with legacy devices and separate network links, reducing the need for add-in connectivity cards.
• For an industrial edge-computing system, a builder can add compatible PCIe cards for tasks such as data acquisition or network expansion; the usable cards and performance depend on the selected CPU, card dimensions, and slot configuration.
• For a machine controller or embedded workstation that keeps local data, a builder can connect multiple SATA drives for project files, logs, or recordings; storage capacity and redundancy depend on the drives and the system configuration.
• For a commercial or industrial deployment planned to stay in service for years, the seven-year longevity supply program can help system builders plan maintenance and replacement sourcing; it does not itself guarantee that a complete system will remain available or supported for that period.

Spec Summary