Server Motherboard

Enterprise-grade server motherboards are designed for reliability, security, manageability, and scalability. Key features include out-of-band management, ECC memory support, compatibility with server OS, and high core count CPU support. Available in single or dual socket options for x86 processors from AMD and Intel. Select models also support the ARM-based Ampere Computing platform for alternative performance and power efficiency.

Applications Include :

3D Design & Creation
Demanding Applications
High Performance Computing (HPC)
Standard Web/Database/Storage Servers
Video Processing & Rendering

Server Motherboard FAQ

What is a server motherboard?

A server motherboard is the main circuit board of a server, designed for enterprise workloads and continuous operation. It connects and manages key components including the CPU, memory, storage, networking, and expansion cards.

What is the difference between a server motherboard and a consumer motherboard?

The fundamental difference comes down to purpose and design priority. Consumer motherboards are optimized for single-user performance, gaming features, and cost efficiency. Server motherboards, by contrast, are built for stability under sustained enterprise workloads, typically supporting multiple CPU sockets, ECC memory, more RAM slots, and redundant components. Remote management capability via a dedicated BMC chip is also standard on server boards and generally absent on consumer ones.

How to choose a server motherboard?

When choosing a server motherboard, start with the CPU platform, since the board must support your processor. Intel Xeon and AMD EPYC are the most common in enterprise environments. From there, consider how many CPU sockets you need, how much RAM the workload requires and how many DIMM slots the board provides, and how many PCIe slots are available. Form factor matters as well, since the board must physically fit the chassis.

What is the difference between E-ATX, ATX, and Mini-ITX?

E-ATX, ATX, and Mini-ITX are motherboard form factors that differ primarily in size and expansion capability. E-ATX (Extended ATX) is the largest of the three, offering the most space for components such as additional RAM slots and PCIe expansion slots, making it suitable for high-end workstations and servers. ATX is the standard mainstream size, balancing expansion options with broad case compatibility. Mini-ITX is much smaller, designed for compact builds, and typically offers fewer expansion slots and limited upgrade options.