FP64C0 Industrial IoT Motherboard | Intel Elkhart Lake Embedded Board
Product Specifications
- Processor: Intel® Elkhart Lake J6412 / J6413, quad-core, base frequency 2.0/2.6GHz, TDP 10W, 10nm
- Memory: Supports DDR4L-2666/2933/3200MHz, 2*SO-DIMM slots, 1.2V, max 64GB
- LAN: 1*Realtek PCI-E bus RTL8106E / RTL8111H Gigabit Ethernet controller (optional dual-Gigabit configuration)
- Display: 1*LVDS/eDP interface, 1*eDP interface, 1*VGA interface – supports triple display with clone or extended mode in configurations including LVDS/eDP + VGA + eDP
- WiFi: 1*M.2 (Key-E, 2230, WiFi + BT)
- Storage: 1*SATA 3.0, 1*mSATA, 1*M.2 (2280, NVMe / SATA protocol auto-switching)
- USB: 2*USB3.0 (rear I/O), 2*USB2.0 (rear I/O), 6*USB2.0 pin headers
- COM Ports: 2*onboard COM; COM1/COM2 can be configured as RS485/232 (optional)
- OS Support: Windows 10, Linux
- Dimensions: 170mm * 170mm
Technical Capabilities
FP64C0 Industrial IoT Motherboard | Intel Elkhart Lake Embedded Board
The FP64C0 Industrial IoT Motherboard is a compact embedded computing platform built around Intel® Elkhart Lake processors and designed for Industrial Internet of Things (IIoT), edge computing, smart manufacturing, industrial gateways, automation control systems, and intelligent monitoring applications. Combining low power consumption, industrial reliability, and flexible connectivity, the FP64C0 provides an ideal hardware foundation for next-generation industrial devices.
As industrial environments become increasingly connected, manufacturers require embedded computing platforms capable of collecting, processing, and transmitting data efficiently. The FP64C0 addresses these requirements through its modern processor architecture, industrial communication capabilities, and long-term deployment reliability.
Whether deployed as an industrial gateway, edge controller, remote monitoring device, or intelligent automation platform, the motherboard delivers dependable performance while maintaining energy efficiency and operational stability.
Key Features
- Intel® Elkhart Lake processor platform
- Low-power industrial embedded architecture
- Designed for Industrial IoT applications
- Edge computing platform support
- DDR4 memory support
- M.2 NVMe SSD storage support
- Gigabit Ethernet networking
- Industrial communication interfaces
- USB 3.0 connectivity
- Windows and Linux compatibility
- Compact embedded form factor
- 24/7 industrial operation support
Built for Industrial IoT Deployments
Industrial IoT systems rely on intelligent hardware platforms capable of connecting sensors, equipment, production systems, and cloud services. The FP64C0 is specifically designed to serve as a reliable computing node within these environments.
The motherboard enables real-time data collection, local analytics, protocol conversion, device management, and secure communication between industrial equipment and enterprise systems.
By processing data closer to the source, organizations can reduce latency, improve responsiveness, and minimize bandwidth consumption across industrial networks.
Intel Elkhart Lake Platform Advantages
Intel Elkhart Lake processors are optimized for embedded and industrial applications, offering an excellent balance between computing performance, thermal efficiency, and long-term platform availability.
Compared with traditional industrial computing solutions, the platform delivers improved graphics performance, enhanced connectivity options, and greater energy efficiency.
These characteristics make the FP64C0 particularly suitable for edge computing devices, automation systems, industrial gateways, and intelligent monitoring platforms.
Edge Computing Applications
Edge computing has become a critical component of Industry 4.0 strategies. Instead of transmitting all operational data to centralized servers, edge devices perform local processing and analysis closer to industrial equipment.
The FP64C0 enables edge deployments that support predictive maintenance, real-time monitoring, machine performance analysis, anomaly detection, and process optimization.
This architecture improves system responsiveness while reducing network congestion and operational costs.
Industrial Gateway Solutions
Industrial gateways play an essential role in connecting legacy equipment with modern digital infrastructure. The FP64C0 provides the connectivity and processing capabilities required to support protocol conversion, data aggregation, and secure communication.
- Industrial protocol conversion
- Remote equipment monitoring
- IoT data aggregation
- Factory network integration
- Cloud connectivity gateways
- Smart building control systems
- Utility monitoring platforms
These capabilities enable organizations to modernize existing infrastructure without replacing operational equipment.
Smart Manufacturing Systems
Manufacturing facilities increasingly depend on connected devices and intelligent automation platforms to improve productivity and operational visibility. The FP64C0 serves as a reliable computing platform for smart manufacturing deployments.
The motherboard can support production monitoring systems, machine connectivity platforms, process optimization applications, and factory data collection systems.
Its industrial design ensures reliable operation in environments where continuous uptime is critical.
Automation Control Applications
Industrial automation systems require dependable computing hardware capable of interfacing with controllers, sensors, actuators, and industrial equipment.
The FP64C0 supports these requirements through flexible communication interfaces and embedded processing capabilities. Manufacturers can utilize the motherboard within machine controllers, process automation systems, and intelligent equipment platforms.
The result is improved efficiency, reduced downtime, and greater operational control.
Remote Monitoring Platforms
Remote monitoring has become increasingly important across industries including manufacturing, energy, transportation, utilities, and infrastructure management.
The FP64C0 provides a stable hardware platform for monitoring applications that collect operational data, generate alerts, and support predictive maintenance strategies.
These capabilities help organizations reduce maintenance costs while improving asset utilization and system reliability.
Networking and Connectivity
Industrial devices require reliable communication with local equipment and cloud-based management systems. The FP64C0 includes networking and connectivity options that support these requirements.
- Gigabit Ethernet
- USB 3.0 connectivity
- M.2 expansion support
- Industrial serial communication
- Wireless module integration
- Industrial peripheral support
These interfaces simplify deployment across a wide range of industrial and IoT environments.
Storage and Memory Performance
The motherboard supports DDR4 memory and high-speed NVMe SSD storage, enabling efficient data processing and application performance.
Fast storage is particularly valuable for edge computing systems handling large datasets, event logs, machine information, and local analytics workloads.
The flexible storage architecture allows manufacturers to optimize configurations according to specific project requirements.
OEM & ODM Manufacturing Services
NEWEI provides comprehensive OEM and ODM services for industrial motherboards, IoT gateways, embedded computing systems, and custom PCBA projects.
Our engineering team supports BIOS customization, interface integration, hardware modifications, enclosure design, software deployment, and mass production manufacturing.
From concept development to large-scale production, NEWEI helps customers accelerate product launches while maintaining strict quality standards.
Why Choose NEWEI?
- Professional industrial motherboard manufacturer
- Industrial IoT platform expertise
- OEM and ODM customization services
- Complete PCBA production capabilities
- Strict quality assurance systems
- Long-term product lifecycle support
- Flexible manufacturing volumes
- Global engineering support services
Frequently Asked Questions
What applications is the FP64C0 designed for?
The motherboard is designed for Industrial IoT, edge computing, industrial gateways, smart manufacturing, and automation control systems.
Which processor platform is used?
The FP64C0 is based on Intel Elkhart Lake processors optimized for embedded industrial applications.
Does the motherboard support NVMe SSD storage?
Yes. High-speed NVMe SSD storage is supported through the integrated M.2 interface.
Can the board be used as an industrial gateway?
Yes. The FP64C0 is specifically suitable for industrial gateway and edge computing deployments.
Which operating systems are supported?
Windows and Linux operating systems are supported.
Can NEWEI provide OEM customization?
Yes. OEM and ODM services are available including BIOS customization, hardware modification, PCBA manufacturing, and complete system integration.
Request A Quote
Looking for a reliable Industrial IoT motherboard manufacturer? Contact NEWEI today to discuss your edge computing, industrial gateway, automation control, or smart manufacturing project requirements and receive a customized OEM or ODM solution.
Download Details
Tags:
SOCIAL MEDIA
