CPU - Intel Server/W.Station

This generation of Xeon server processors is based on the latest Cascade Lake architecture which features several key improvements such as hardware support for AVX-512 instructions, a new cache architecture plus a new high bandwidth 6-channel memory controller and additional PCI-E lanes compared to previous-generation Xeon processors. The range spans Bronze, Silver, Gold and Platinum models, steadily offering more cores, more frequency and more cache plus the ability to support up 8-CPUs in a server with select models. 02/04/19.

The latest generation of Xeon server processors is based on the brand new Skylake-SP architecture which features several key improvements such as hardware support for AVX-512 instructions, a new cache architecture plus a new high bandwidth 6-channel memory controller and additional PCI-E lanes compared to previous-generation Xeon processors. The range spans Bronze, Silver, Gold and Platinum models, steadily offering more cores, more frequency and more cache plus the ability to support up 8-CPUs in a server with select models. 11/07/17.

These Xeon W CPUs are offer high performance and reliability for mission critical workstations. Featuring up to 28 cores, six-channel DDR4 memory with ECC support and 64 PCI-E 3.0 lanes these Xeon W processors offer scalable performance for every workflow.

3XS Systems can custom build you a workstation or server using the new Intel Xeon W series CPUs. Please click HERE to find out more.

These Xeon W CPUs are offer high performance and reliability for mission critical workstations. Featuring up to 18 cores, quad-channel DDR4 memory with ECC support and 44 PCI-E 3.0 lanes these Xeon W processors offer scalable performance for every workflow.

Xeon W CPUs use the Socket 2066 but require a motherboard based on the Intel C422 chipset.

3XS Systems can custom build you a workstation or server using the new Intel Xeon W series CPUs. Please click HERE to find out more.

The Intel Xeon E 2100-series is the latest range of business CPUs designed for SMBl servers and entry-level workstations. These processors feature up to six cores and support ECC memory which is more reliable than unbuffered memory. Based on the Coffee Lake architecture, these CPUs provide higher performance than the previous generation Xeon E3 1200 processors.

These Xeon E5 2600 v4 processors are Intel's latest and greatest efforts for the workstation and server market. The pricing reflects that, but so do the specifications. These CPUs have between four and 22 cores that use Intel's Broadwell EP architecture, and also support quad-channel DDR4 memory. The E5-2600 v4 CPUs can all be used in dual-processor set-ups for even more performance.

These Xeon E5 1600 v4 processors are Intel's latest and greatest efforts for the workstation and server market. The pricing reflects that, but so do the specifications. These CPUs have between four and 8 cores that use Intel's Broadwell EP architecture, and also support quad-channel DDR4 memory. Unlike the E5-2600 v4 CPUs which can be used in dual-processor set-ups for even more performance you can only install a single E5-1600 v4 processor per system.

Intel Xeon E3 1200 CPUs are designed for entry-level servers and workstations and feature four cores and support for ECC memory which is more reliable than unbuffered memory. These latest v6 models are based on the Kaby Lake architecture, which offers higher performance thanks to improved IPC (instructions per clock) and higher frequency than previous generation Xeon E3 1200 processors.

The Intel® Xeon™ Processor is designed for dual-processor server and workstation platforms. Featuring innovative technologies such as the Intel® Netburst™ Micro architecture, and Hyper-Threading Technology, Intel Xeon processor-based systems offer outstanding platform dependability, value and versatility. The Intel Xeon processor MP features Hyper-Threading technology, Integrated Three-Level cache architecture and Intel® NetBurst™ Micro architecture to provide versatility, performance, value and dependability for today's server platforms.