C246-NAS-ITX-MB

The C246-NAS-ITX is a high-performance Mini-ITX storage motherboard based on the Intel C246 chipset (FCLGA1151 socket). It supports Intel 8th/9th Generation Core and Xeon E-2100 series processors, and is compatible with UDIMM/DIMM DDR4 memory. Featuring 8x native SATA 3.0 solts, 4x 2.5GbE high-speed Ethernet ports, and a stable enterprise-grade design, it provides a robust hardware foundation for demanding NAS systems, lightweight servers, and professional workstation applications.

Main Features:

• Enterprise-Class Storage Expansion: Featuring up to 8x native SATA 6Gb/s interfaces, it allows direct connection to multiple hard drives without requiring additional controllers—delivering maximum convenience and native performance for building large-capacity NAS or RAID storage systems. 2x M.2 Key-M slots supporting PCIe 3.0 NVMe SSDs enable flexible configuration as high-speed cache drives for dramatically improved I/O performance, or as system drives for ultra-fast responsiveness.
• Powerful Networking and Professional-Grade Reliability: Equipped with 4x onboard Intel® I226-V 2.5GbE network controllers, it provides stable, high-speed data transmission and supports Link Aggregation to overcome gigabit bandwidth limitations, ensuring smooth multi-user concurrent access. Support for ECC Unbuffered DIMM memory enables automatic detection and correction of bit errors, preventing system crashes or data corruption—greatly enhancing stability and data integrity in mission-critical applications.
• Full-Size PCIe Expansion and Comprehensive Connectivity: A PCIe x16 slot allows the installation of 10GbE NICs, HBA cards, GPUs, or other professional expansion cards, offering unparalleled flexibility. The rear I/O panel includes 4x USB 3.0 ports, DisplayPort, and HDMI outputs, providing versatile and practical connectivity options.
• Rugged Industrial-Grade Design and Efficient Cooling: Engineered for stability across a wide operating temperature range, it performs reliably in server rooms, wiring closets, and other non-temperature-controlled environments. With three two headers (one CPU and one system), it supports the creation of precise and efficient cooling solutions, ensuring long-term stability and low operating temperatures even under heavy workloads.