B660 ATX 4U Industrial Motherboard | Supports 12th/13th/14th Gen Core | 4 PCIe Expansion Slots | Industrial-Grade Wide-Temperature Design

B660 ATX 4U Industrial Motherboard | 12th/13th/14th Gen Core | 4 PCIe Slots | Industrial-Grade Wide-Temperature Design (-20°C~60°C)

Key Advantages

1. Cross-Generation Processor Compatibility
   • Supports Intel 12th/13th/14th Gen Core (LGA1700), covering cost-effective to high-performance applications, extending hardware lifecycle, and reducing upgrade costs.
2. Industrial-Grade Wide-Temperature Design
   • Operates reliably in extreme environments (-20°C to 60°C), ensuring 24/7 stability in cold workshops (e.g., northern factories) or hot equipment rooms (e.g., southern industrial sites).
3. High Expandability & Rich Interfaces
   • 4 PCIe slots: Enable multi-GPU, high-speed NIC, or data acquisition card expansion for industrial automation, machine vision, and other high-bandwidth tasks.
   • 6 COM ports (RS232/RS485): Compatible with legacy industrial protocols (e.g., PLC, sensors, CNC machines).
   • 3 Gigabit Ethernet ports: Support network redundancy or traffic segmentation for critical applications like traffic monitoring and energy management.
4. High Reliability & Durability
   • Built with industrial-grade components (e.g., solid capacitors, wide-temp resistors) for vibration resistance, dustproofing, and EMI immunity.
   • MTBF >100,000 hours with fanless cooling options to minimize mechanical failures and extend service life.
5. Long-Term Availability

   • Guaranteed 5+ years of supply, avoiding compatibility issues caused by hardware discontinuation and lowering total cost of ownership (TCO).

Target Applications

1. Industrial Automation & Smart Manufacturing
   • Use Case: Automotive welding lines, electronics SMT equipment.
   • Function: Connect motion control cards via PCIe slots to process sensor data and control actuators (e.g., motors, cylinders) for unmanned production.
2. Intelligent Transportation Systems
   • Use Case: Highway ETC toll gates, traffic signal controllers.
   • Function: Leverage Gigabit Ethernet and COM ports to communicate with cameras and loop detectors, enabling real-time vehicle recognition and fee deduction.
3. Energy & Environmental Monitoring
   • Use Case: Solar power plant inverter controllers, wastewater treatment plant sensors.
   • Function: Use PCIe expansion cards to collect data (e.g., power efficiency, pH/COD levels) and control pumps/valves for automated operations.
4. Medical Equipment & Embedded Systems
   • Use Case: Patient vital sign monitors, medical imaging devices.
   • Function: Provide a stable computing platform with multi-COM ports for connecting medical sensors, ensuring real-time data accuracy.
5. Military & Aerospace

   • Use Case: UAV ground control stations, satellite communication terminals.

   • Function: Ensure mission continuity under extreme temperatures and vibrations with ruggedized design.

Technical Highlights

• Memory Support: 4×DDR4 DIMM slots (max. 128GB) for high-speed data processing.

• Storage: 1×M.2 NVMe (PCIe 4.0) + 4×SATA 3.0, supporting RAID 0/1/5/10 for data security and performance.

• Display Output: HDMI 2.0 (4K@60Hz) + DP (8K@60Hz) for multi-screen industrial monitoring.

• OS Compatibility: Windows 10/11, Linux, and domestic OS (e.g., Kylin, UOS).

Market Positioning

This motherboard targets mid-to-high-end industrial control markets, balancing performance and reliability for demanding applications in smart manufacturing, transportation, energy, and more. Its cross-generation CPU support and long-term availability make it ideal for projects requiring long-term stability.