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Supermicro MB MBDX12SCAFO W480 LGA1200 128GB DDR4 HDMI DP ATX Retail
- CPU Type: Supports: Intel Xeon W-1200 Processors 10th Generation Intel Core i9/Core i7/Core i5/Core i3/Pentium /Celeron Processor
- Model #: MBD-X12SCA-F-O
- Item #: 9B-1B4-005W-00902
- Return Policy: Standard Return Policy
Supermicro Motherboard MBDH12SSLNTO Socket SP3 AMD EPYC 7003 Milan/7002 Roma ...
- Brand: SUPERMICRO
- CPU Socket Type: Socket SP3
- CPU Type: Supports AMD EPYC 7003/7002 Series Processor (7003 Series Processor drop-in support requires BIOS version 2.0 or newer)
- Number of Processor Support: 1
- Number of DDR4 Slots: 8 x 288-pin
- DDR4 Standard: DDR4 3200
- Channel Supported: Eight Channel
- ECC Supported: Yes
- Model #: MBD-H12SSL-NT-O
- Item #: 9B-1B4-005W-00911
- Return Policy: Standard Return Policy
SUPERMICRO MBD-X11SRL-F-O Server Motherboard LGA 2066 Intel C422
- CPU Type: Supports Intel Xeon W-2100 / W-2200 Processors
- Supported CPU Technologies: Single Socket R4 (LGA 2066) supported, CPU TDP support Up to 140W TDP
- DDR4 Standard: DDR4 2666
- Maximum Memory Supported: 256GB
- Model #: MBD-X11SRL-F-O
- Item #: 9B-13-183-705
- Return Policy: Standard Return Policy
SUPERMICRO MBD-X12SPI-TF-O ATX Server Motherboard LGA 4189 Intel C621A
- Brand: SUPERMICRO
- CPU Socket Type: LGA 4189
- CPU Type: Supports 3rd Gen Intel Xeon Scalable processors
- North Bridge: Intel C621A
- Number of DDR4 Slots: 8 x 288-pin
- DDR4 Standard: DDR4 3200
- Maximum Memory Supported: 2TB
- PCI Express 4.0 x16: 2
- Model #: MBD-X12SPI-TF-O
- Item #: 9B-13-183-732
- Return Policy: Manufacturer Only Return Policy
TYAN S5642AGM3NRE-2T SSI CEB Server Motherboard LGA 4189 Intel C621A
- Brand: TYAN
- CPU Socket Type: LGA 4189
- CPU Type: Supports 3rd Gen Intel Xeon Scalable Processor
- Number of Processor Support: 1
- Supported CPU Technologies: Max up to 270W (TDP)
- North Bridge: Intel C621A
- Number of DDR4 Slots: 8 x 288-pin
- DDR4 Standard: DDR4 ECC RDIMM /LRDIMM 3200
- Model #: S5642AGM3NRE-2T
- Item #: 9B-13-151-328
- Return Policy: Standard Return Policy
Supermicro MB MBDX12SAEB W480 Intel Xeon LGA1200 DDR4 128GB HDMI DP DVID ATX - Bulk ...
- CPU Type: Supports: Intel Xeon W-1200 Processors 10th Generation Intel Core i9/Core i7/Core i5/Core i3/Pentium /Celeron Processor
- Model #: MBD-X12SAE-B
- Item #: 9B-1B4-005W-008Y8
- Return Policy: Standard Return Policy
Refurbished: HP 716550-001 System Board For Proliant Bl460C G8 Server
- CPU Type: Supports Intel Xeon E5 Processors
- Model #: 716550-001
- Item #: 9B-2WC-0001-00097
- Return Policy: Manufacturer Only Return Policy
Refurbished: DELL F0Xj6 System Board For Poweredge R610 V2 Server
- CPU Type: Dual Intel Xeon
- Parts: 30 Days
- Labor: 30 Days
- Model #: F0XJ6
- Item #: 9B-1A0-002Y-008M4
- Return Policy: Standard Return Policy
Refurbished: DELL 3C9Jj System Board 2Socket Fclga2011 Xeon For Poweredge C6220
- CPU Type: AMD Opteron
- Model #: 3C9JJ
- Item #: 9B-1A0-002Y-00563
- Return Policy: Standard Return Policy
Tips for Buying a Server Motherboard
What is a server motherboard?
A server motherboard is an integral component that interconnects the processor, memory, storage drives, network interface cards, and other hardware. Compared to a desktop motherboard, a server motherboard is designed for long periods of continuous use with high levels of efficiency. It needs to be able to process many simultaneous requests from network computers. Because of those two requirements, server motherboards and the components they support must maintain high levels of reliability while under heavy workload.
General Server Motherboard Tips
Form factor
Server motherboards can be found in a variety of different form factors. While the standard (Advanced Technology eXtended) ATX form factor is common for both desktop and servers, there a few server-specific motherboard form factors. When matching a server motherboard with a case, be sure to check for form factor compatibility.
Processor Support
Some server motherboards support multiple processors, which allow a server to handle a greater workload. Server processors have slight differences from their desktop counterparts. A server processor will typically have more error correction features for increased reliability and are designed to run for longer periods of time at higher workloads than a desktop processor.
Memory
Servers use a special type of memory that supports a feature called error correction code (ECC), sometimes referred to as ECC memory. ECC detects and corrects many common types of errors in the memory. It is ideal for servers because data corruption for a server can lead to problems for many client computers.
Some server motherboards are compatible only with ECC memory while others can use non-ECC memory as well. However, if your server will be handling the needs of many client computers, you will want to use ECC memory.
Hard Drives
Unlike a desktop computer, servers rarely have just one data storage drive. Most have multiple drives configured in a redundant array of independent disks (RAID) setup. A RAID setup can duplicate data across multiple drives to decrease chances of data loss or corruption. It can also fragment data across multiple drives for increased read/write performance. A server motherboard typically features RAID hardware onboard, but some IT professionals prefer to use RAID add-on cards to manage a RAID configuration.
Cooling
The components in a server can potentially generate great amounts of heat, especially the processor. If the motherboard and other components are not properly cooled, they will eventually overheat. The consequences of overheating can range from lowered efficiency to catastrophic failure, depending how long the server has been overheating. In addition to ensuring that the system has adequate internal cooling, the server is in should be kept relatively cool environment. In a room with multiple servers in a densely packed configuration, you will want to carefully monitor and control the temperature.
Expansion Slots
Also sometimes referred to as add-on slots, they can be used to add a host of extra features to a server. When selecting a motherboard, you should anticipate future growth and select a server motherboard that has a more than adequate amount of expansion slots.
