Server Motherboards: Buy the Foundation for Efficient and Reliable Server Systems
Server Motherboards Prices
ASRock
EC262D4U ASRock Mini-ATX Single V (LGA 1700) 4 DIMM Slots Server Mainboard
In stock
ASRock
B650D4U ASRock Micro-ATX Single AM5 (LGA 1718) 4 DIMM Slots Server Mainboard
In stock
ASRock
TURIND8UD-2T/X550 ASRock Proprietary Single SP5 (LGA 6096) 8 DIMM Slots Server Mainboard
In stock
ASRock
B650D4U3-2L2Q/BCM ASRock Micro-ATX Single AM5 (LGA 1718) 4 DIMM Slots Server Mainboard
In stock
ASUS
90SB0CR0-M0UAY0 ASUS Mini-ITX Single V (LGA 1700) 2 DIMM Slots Mainboard
In stock
ASRock
B650D4U-2L2T/BCM ASRock Micro-ATX Single AM5 (LGA 1718) 4 DIMM Slots Server Mainboard
In stock
ASUS
90SB09X0-M1UAY0 ASUS Micro-ATX Single H5 (LGA 1200) 4 DIMM Slots Server Mainboard
In stock
ASRock
AM5D4ID-2T/BCM ASRock Mini-ITX Single AM5 (LGA 1718) 4 DIMM Slots Mainboard
In stock
Supermicro
MBD-A1SRI-2358F Supermicro Mini-ITX Single FCBGA1283 2 SO-DIMM Slots Server Mainboard
In stock
ASRock
SPC741D8-2L2T/BCM ASRock SSI CEB Single E (LGA 4677) 8 DIMM Slots Mainboard
In stock
Gigabyte
MZ33-CP1 Gigabyte E-ATX Single SP5 12 DIMM Slots Mainboard
In stock
Supermicro
MBD-X12STN-C-O Supermicro 3.5" SBC Single FCBGA1449 2 SO-DIMM Slots Mainboard
In stock
ASRock
SIENAD8-2L2T ASRock ATX Single SP6 8 DIMM Slots Server Mainboard
In stock
ASRock
ROMED8-2T/BCM ASRock ATX Single SP3 8 DIMM Slots Mainboard
In stock
Gigabyte
MC13-LE1 Gigabyte Micro-ATX Single AM5 (LGA 1718) 4 DIMM Slots 9MC13LE1NR-00 Mainboard
In stock
Supermicro
MBD-X11SPA-T-O Supermicro E-ATX Single P (LGA 3647) 12 DIMM Slots Server Mainboard
In stock
ASRock
Z690D4U-2L2T/G5 ASRock Micro-ATX Single V (LGA 1700) 4 DIMM Slots Server Mainboard
In stock
ASRock
TURIN2D24G-2L+/500W ASRock Proprietary Dual SP5 (LGA 6096) 24 DIMM Slots Server Mainboard
In stock
ASUS
90SB0C70-M0UAY0 ASUS Micro-ATX Single V (LGA 1700) 4 DIMM Slots Mainboard
In stock
Supermicro
MBD-X11SWN-C-WOHS Supermicro 3.5" SBC Single FCBGA1528 2 SO-DIMM Slots Server Mainboard
In stock
Supermicro
MBD-X12STN-E Supermicro 3.5" SBC Single FCBGA1449 2 SO-DIMM Slots Server Mainboard
In stock
Supermicro
MBD-X11SSH-CTF Supermicro Micro-ATX Single Socket H4 (LGA-1151) 4 DIMM Slots Server Mainboard
In stock
Supermicro
MBD-X11SRM-VF Supermicro Micro-ATX Single R4 (LGA 2066) 4 DIMM Slots Server Mainboard
In stock
Supermicro
MBD-X11SCM-LN8F Supermicro microATX Single H4 (LGA 1151) 4 DIMM Slots Server Mainboard
In stock
Can't find the right product from "Server Motherboards"?
Frequently Asked Questions about Server Mainboard:
PCIe lanes directly connected to the CPU offer higher bandwidth and lower latency. While the PCH (Platform Controller Hub) provides additional PCIe lanes, these are linked to the CPU via a limited connection, which can create bottlenecks in data-intensive applications.
Technically, it is possible but not ideal. The placement of connectors such as power supply or RAM slots is often not designed for server cases. This can lead to cooling and compatibility issues.
Asymmetrical RAM configurations can reduce memory bandwidth, lead to inconsistent performance, and in some cases even affect system stability. Therefore, an even distribution of memory modules is recommended.
Server motherboards are specifically optimized for use in rack environments. They offer more efficient airflow, extensive remote management functions, and often a higher number of expansion slots for professional applications.
Use Cases for Server Motherboards
Depending on the application, server motherboards must meet specific technical requirements. While web and database servers rely on high computing power and fast connectivity, virtualization servers require optimal memory management and support for multiple CPUs. Storage Server and NAS systems, on the other hand, are designed for maximum storage capacity, high data transfer rates, and reliable RAID functionality.
- Database & Web Servers for Businesses: For database and web servers, high CPU performance from processors such as Intel Xeon Processor or AMD EPYC Processor is crucial. Fast I/O interfaces like PCIe Gen4/Gen5 are important for using NVMe SSDs such as a Samsung Enterprise SSD. Redundant network connections, such as dual 10GbE, ensure fail-safe connectivity.
- Virtualization & Cloud Computing: For virtualization solutions, support for multiple CPUs and large memory capacities is essential. Server motherboards with numerous DDR5 RAM slots and ECC RAM support minimize memory errors and provide a stable environment. Technologies like SR-IOV and VT-d enable more efficient use of virtual machines, while multiple PCIe slots accommodate high-speed network cards and storage controllers.
- Storage Servers & NAS Systems: Storage servers and NAS systems require motherboards with a high number of storage connections and RAID support. Models with many SATA ports or dedicated U.2 NVMe slots allow for flexible storage configurations. Onboard hardware RAID controllers or support for HBA cards improve performance and reliability. Additionally, SAS expanders and out-of-band management functions like IPMI or Redfish simplify the administration of large storage environments.
Buying a Server Motherboard: Key Criteria for Your Selection
The choice of the right server motherboard depends directly on the technical requirements of the intended application. Key factors include CPU socket, number of memory channels, expansion options, as well as energy efficiency and management functions.
- Processor Compatibility & Socket: Server motherboards are designed for specific CPU generations. Models with socket LGA 4677 support the latest 4th Gen Intel Xeon Scalable processors, while socket SP5 is built for AMD EPYC CPUs with up to 96 cores per processor. Those upgrading older systems should check for backward compatibility or BIOS updates.
- Memory Architecture & Bandwidth: Motherboards with eight DDR5 memory channels provide higher memory bandwidth than systems with only four channels – a critical factor for data-intensive applications. Additionally, RDIMM or 3DS-RDIMM support should be considered for larger memory capacities.
- PCIe Lanes & Expansion Slots: For high-performance applications, PCIe generations and lane configurations are crucial. Server motherboards with PCIe 5.0 x16 slots allow for the use of modern GPUs or high-speed network cards. Storage servers benefit from dedicated OCP 3.0 slots for fast NVMe SSDs and RAID controllers.
- Network Connectivity & I/O Interfaces: For seamless network integration, motherboards should have at least dual 10GbE ports, ideally with redundant connections or failover support. Data centers often use SFP+ interfaces for fiber-optic connections.
- Energy Efficiency & Power Consumption: Efficient voltage regulators and 80 PLUS-certified Server Power Supplies reduce overall operating costs. Motherboards with optimized VRM design (Voltage Regulator Module) ensure stable power delivery even under high loads.
- Management & Remote Monitoring: Managing multiple servers is easier with dedicated BMC chips (Baseboard Management Controller) that support Redfish or IPMI. These allow remote maintenance, hardware monitoring, and troubleshooting independent of the operating system.
Choosing the right server motherboard – whether from Supermicro, GIGABYTE motherboard, or another manufacturer – ensures a high-performance, reliable, and future-proof IT environment. If you're interested in bulk discounts, feel free to register with us!
Additional Factors for a Long-Term Stable Server Solution
Beyond primary criteria like processor compatibility or RAM capacity, other technical details are essential for long-term system stability and reducing operational costs.
- ECC RAM and Error Correction: Memory error correction is crucial for businesses handling critical data. ECC (Error Correcting Code) RAM detects and corrects memory errors in real time, preventing system crashes or data loss.
- Redundant Power Supply: Many server motherboards allow for redundant power supplies. This increases fault tolerance and ensures continued operation during power failures – particularly important in 24/7 environments.
- Improved Cooling and Temperature Management: In high-performance servers that run continuously under heavy loads, effective cooling is critical. Many server motherboards offer specialized cooling technologies or additional headers for extra fans to maintain stable temperatures and prevent overheating.
- Support for Remote Management: Features like IPMI (Intelligent Platform Management Interface) allow IT administrators to monitor and manage servers remotely without physical access. This is especially valuable for businesses managing large server fleets without needing on-site maintenance.
We are happy to assist you in selecting the right server motherboards – contact us!