Quad Socket Servers

Why Should I Choose a 4-Socket Server?

One of the biggest advantages of selecting a quad processor socket server is to scale-up node sizes, allowing for more memory and CPU power within a node. As a result of this, you can scale up sizes without necessarily having to move off the node and onto network fabrics. Larger nodes mean that even with virtualised servers, you can experience higher virtual machine density with less stranded resources.

Quad processor servers also enable more expansion per node. With most modern servers, PCIe lanes emerge from the CPU socket. In quad socket servers, you essentially have twice the PCIe lanes possible through doubling CPU lanes.

While quad socket servers can be more expensive than their single-socket or dual-socket counterparts, there are a number of factors that can make 4-socket servers more cost-effective. An example of this is the numerous infrastructure pieces that are based on a per-node model, where you can lessen costs by consolidating them into larger nodes.

If you require reliable, efficient and high level performance in your data centre, the Broadberry range of quad socket server systems contains the ideal solution for your business

Depending on the requirements of your business, there are different quad processor server configurations that may fit your needs. There are a variety of factors that can affect the performance and price of your solution, including the choice of CPU and the RAM capacity of the system.

For smaller businesses with a more modest budget, there are cost-effective systems within this range featuring low power requirements and efficient performance.

On the other hand, if your business has a higher budget this range features high end servers capable of tremendous performance. Built to thrive in computationally intense environments, these systems are perfect for handling intensive workloads. Examples of applications these servers excel at running include scientific simulations and statistical computations.

A vital feature shared by all Broadberry quad processor servers is reliability, and the vast majority of Broadberry server solutions support error-correcting code memory. ECC memory pre-empts potential system crashes by repairing emerging data correction, supporting the systems smooth operation.

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Platinum

Intel Xeon Platinum processors deliver outstanding performance for mission critical and cloud workloads, machine learning, AI and real time analytics. They also provide giant leaps in I/O, storage, memory and network technologies.