SUPER MICRO MBD-X11SSL-F-O Network Server
SUPER MICRO (0672042200917 / X11SSL-F-O) - ACPI version: 4.0 - Number of DIMM slots: 4 - Number of Processors Supported: 1 - Number of SATA III connectors: 6 - USB 2
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Super Micro MBD-X11SSL-F-O Network Server Motherboard
The Super Micro MBD‑X11SSL‑F‑O is a purpose‑built micro‑ATX motherboard engineered for high‑performance server and workstation deployments. Built around the Intel C232 chipset, it delivers robust processing support, expansive memory capacity, dual Gigabit Ethernet connectivity, and versatile storage options—all within a compact form factor that fits seamlessly into tight rack or tower environments.
Form Factor & Physical Dimensions
- Micro‑ATX (mATX) layout – 240 mm × 240 mm
- Compact footprint ideal for rack‑mountable or tower server chassis.
- Single processor socket, enabling streamlined cooling and power delivery.
Processor & Socket Compatibility
- LGA 1151 (Socket H4) – supports Intel’s 6th‑ and 7th‑generation Core i3, Pentium, Celeron, and Xeon E3‑1200 v5/v6 families.
- Maximum TDP of 80 W, ensuring efficient thermal performance for low‑power server workloads.
- Single‑processor design simplifies BIOS configuration and reduces power consumption compared to multi‑socket boards.
Memory Architecture
- Four DDR4 UDIMM slots, supporting up to 64 GB of unbuffered ECC memory.
- Supported speeds: 1600, 1866, 2133, and 2400 MHz (ECC DDR4‑2400/2133/1866/1600).
- 1.2 V operating voltage with gold‑plated contacts for reliable signal integrity.
- ECC support guarantees data integrity—essential for mission‑critical server environments.
Storage & RAID Capabilities
- Six SATA III (6 Gb/s) connectors, enabling multiple HDD/SSD configurations.
- Integrated Intel® RAID controller supports RAID levels 0, 1, 5, and 10 for flexible data protection strategies.
- Serial ATA III interface ensures high throughput for enterprise storage arrays or local SSD caching.
Networking & Connectivity
- Dual Gigabit Ethernet ports powered by the Intel® I210‑AT controller, providing redundant network paths and increased bandwidth.
- No built‑in Wi‑Fi; all networking is wired for maximum reliability and security.
- USB connectivity: 6 USB 2.0 ports (4 headers + 2 rear) and 5 USB 3.0 ports (2 rear, 2 headers, 1 Type‑A), supporting a wide range of peripherals and storage devices.
Graphics & Management Features
- Onboard graphics via the Aspeed AST2400 BMC, providing basic display output for BIOS setup or remote management.
- No dedicated GPU required; ideal for headless server deployments where graphical performance is unnecessary.
- Integrated Baseboard Management Controller (BMC) facilitates out‑of‑band monitoring and control, enabling remote power cycling, sensor readouts, and firmware updates.
Thermal & Power Considerations
- Maximum thermal design power of 80 W, compatible with standard server cooling solutions.
- Hardware monitoring includes CPU core temperature, chassis temperature, fan speed (CPU and chassis), system voltage, and CPU over‑heat protection.
- Intel Trusted Execution Technology support enhances security by protecting the integrity of the firmware and operating system during boot.
Compliance & Reliability
- RoHS compliant – free from hazardous substances, ensuring environmental responsibility.
- Designed for continuous operation in data‑center environments; robust component selection reduces failure rates.
- Supports Intel’s extensive ecosystem of server software and management tools.
Ideal Use Cases
- Small to medium‑sized business servers requiring reliable compute power without the footprint of larger boards.
- Virtualization hosts where ECC memory and RAID support are critical for guest stability.
- Embedded server solutions in industrial or network appliance contexts, thanks to its compact size and low power envelope.
Conclusion
The Super Micro MBD‑X11SSL‑F‑O combines a powerful Intel C232 chipset with comprehensive server features—ECC memory, dual Gigabit Ethernet, RAID support, and robust management capabilities—all within a micro‑ATX form factor. Its low thermal design power and compact dimensions make it an excellent choice for environments where space, energy efficiency, and data integrity are paramount.

