When it comes to latest technology there is no one else to consider! Supermicro has consistently delivered the latest technology before the competition; not only are they the first, they are the most versatile manufacturer out there, producing more variations to suit each of your needs.

Intel Pentium 4: First to market a suitable motherboard – Supermicro!
Intel Xeon Dual CPU: First to market motherboards – Supermicro! Intel Xeon Dual CPU, First to market motherboards, Supermicro

Supermicro offers a complete range of chassis to suit its motherboards, unlike other manufacturers who will use third party companies to design and manufacture their chassis and motherboards; Supermicro keeps it under one roof.

This enables them to have complete control when bringing out new solutions to market. This offers peace of mind to those constantly nagging questions most system builders face; ‘Will this motherboard work with this chassis?’, ‘What about the PSU?’ It also offers greater reliability. By selecting only the finest components to construct their equipment you'll be put at ease knowing your entire solution is built from a reputable manufacturer able to offer outstanding quality.

Supermicro Keeps IT Green
IT managers are increasingly seeking out suppliers whose offerings are not only high-performing and cost-effective but also energy-efficient. The primary driver for the adoption of Green IT is economic: to reduce skyrocketing data center operational costs. As energy costs continue to escalate, it is generally accepted that users will spend significantly more to power and cool their server hardware over its lifetime than they do to purchase it.

So how does Supermicro keep it green?

• Optimized system architecture created to take advantage of Supermicro's power saving technology to produce optimal cooling at all application levels.
• Motherboards designed with leading-edge technology and high-end components such as high-efficiency VRMs optimized to reduce energy consumption.
• High-efficiency power supplies designed to run at significantly higher efficiencies of up to 90%+, greatly reducing energy losses.
• Cooling subsystems including advanced technology heat sinks, pulse-width modulated fan speed controls, structured chassis airflow design, intelligent temperature and power management, architected for the most effective cooling for all system components.