Product Name: MIC-9X02GLF

Manufacturer: Darveen Co., Ltd.

Product Category: Computing Hardware, Software and Systems

Supporting Documentation (if available)

Darveen MIC-9X02GLF: Empowering Next-Generation Edge AI and Industrial Automation

The Darveen MIC-9X02GLF series represents a significant leap forward in industrial computing, specifically engineered to meet the rigorous demands of Edge AI and complex automation. For system integrators, this platform combines high-performance hybrid computing with massive GPU expandability and a rugged, cableless internal architecture.

Performance-Driven Hybrid Architecture
The MIC-9X02GLF supports 12th to 14th Gen Intel® Core™ processors, utilizing a hybrid architecture that optimizes task distribution:
• Performance-cores (P-cores): Handle compute-intensive, single-threaded tasks like real-time machine vision.
• Efficient-cores (E-cores): Manage background workloads and multi-threaded efficiency to maximize throughput. With support for up to 20 cores and 64GB of DDR5 memory, the system provides the high-speed data processing required for modern IIoT applications.

Scalable Architecture and GPU Integration for Edge AI
Designed for artificial intelligence and deep learning at the edge, the MIC-9X02GLF accommodates full-length GPU cards (up to 330 mm) and supports a total power draw of up to 300W for the GPU alone. To ensure stability under these high-power loads, the system utilizes a dedicated 480W DC adapter, providing independent and stable power delivery to both the motherboard and the high-performance GPU. This architecture prevents power fluctuations from the GPU from impacting core system stability.

Thermal Management and Environmental Durability
To maintain performance under heavy GPU and CPU loads, the MIC-9X02GLF features an active cooling system with a smart fan. This thermal design is specifically optimized for GPU reliability, ensuring that the system can operate within a wide temperature range of -10°C to 50°C

Rugged, Cableless Design and Reliability
Engineering for industrial environments requires resilience. The MIC-9X02GLF features a "Cableless Integrated Design" that addresses several common points of failure:
• Enhanced Reliability: Prevents failures caused by vibration-induced disconnection or cable aging.
• Optimized Signal Integrity: Minimizes interference and crosstalk, ensuring stable high-speed data transmission.
• Industrial Durability: The layout is specifically designed to meet stringent industrial electromagnetic compatibility (EMC) requirements.

Flexible Expansion and Customizable I/O
The MIC-9X02GLF is built on a "Build Your Own System" concept. The customizable I/O board supports PCIe, LPC, and USB interfaces, allowing for application-specific configurations.
The series offers models with varying I/O densities:
• MIC-9002GLF: 2x COM, 3x GbE LAN, 6x USB.
• MIC-9102GLF: 6x COM, 3x GbE LAN, 8x USB.
• MIC-9402GLF: 4x COM, 6x GbE LAN, 8x USB.

Standard features include triple independent displays (DP, VGA, HDMI) and dual removable 2.5" HDD bays with RAID 0/1 support, alongside expansion slots for Wi-Fi, 4G-LTE, and 5G modules.

Target Applications
With its powerful computing and rugged chassis, the MIC-9X02GLF is an ideal platform for:
• Automated Optical Inspection (AOI): High-speed image processing for defect detection.
• Industrial Robotics: Real-time processing for robotic arms and autonomous mobile robots (AMRs).
• Intelligent Transportation (ITS): Real-time traffic monitoring and vehicle recognition.

In summary, the Darveen MIC-9X02GLF offers a sophisticated balance of high-performance computing, specialized GPU acceleration, and industrial-grade modularity. Its cableless architecture and customizable I/O make it a highly reliable and adaptable solution for engineers deploying AI at the edge.