Skip to main content

Intel upgrades the entry-level workstation market with six-core Xeon E CPUs

Image used with permission by copyright holder

Intel is now offering 10 new processors under the Xeon E-2100 Series brand targeting entry-level workstations. The new CPUs are an ideal upgrade for companies that haven’t refreshed their workstation hardware in three to five years, providing the latest processor technologies through Intel’s latest eighth-generation “Coffee Lake” design.

Here they are:

Image used with permission by copyright holder

As the chart shows, the new entry-level Xeon E-2100 Series packs up to six cores and 12 threads while only consuming up to 95 watts of power. All chips labeled with the “G” suffix include an Intel UHD Graphics 630 integrated GPU component while the non-G chips ship without graphics. All 10 support 40 PCI Express 3.0 lanes through the CPU (16) and motherboard chipset (24) combined.

Recommended Videos

The big news here is that Intel’s is updating the entry-level workstation market with six-core solutions. These chips also bring to the table support for Intel’s Optane memory, Thunderbolt 3 connectivity, USB 3.1 Gen2 connectivity (10Gbps), gigabit Intel Ethernet, Intel Wireless AC, and up to 64GB of DDR4 ECC system memory clocked at 2,666MHz.

“The combination of two additional cores and higher single-core turbo frequency delivers increases in performance across workstation benchmarks as compared with previous four-core entry workstation processors,” Intel says. “The processor offers Error Correcting Code (ECC) memory, a key feature to maximize data integrity, to help improve system stability and to reduce the possibility of silent data corruption.”

According to the company, the performance of the new Xeon E-2100 Series chips is up to 1.36 times faster than 2017’s Xeon E3-1200 v6 processor family. Compared to the 2017 chips, you’ll supposedly see up to 1.45 times faster financial services applications, up to 1.36 times faster compute-intensive applications, and up to 1.45 times faster 3D modeling and animation applications.

For example, the Xeon E3-1275 v6 processor released in 2017 can decode, stitch, render, and encode 4K video in six minutes and eight seconds. Meanwhile, the new six-core E-2176G can perform the same task in four minutes and 39 seconds, shaving off one minute and 29 seconds. The chips also provide more than enough horsepower to create and experience virtual reality applications using the HTC Vive and Oculus Rift.

The new entry-level processors follow the company’s Xeon W processor family for mainstream workstations. Intel provides eight CPUs in this group such as the 18-core W-2195 processor with a base speed of 2.3GHz, a maximum speed of 4.3GHz, 24.75MB of cache, and a 140-watt power requirement. The other chips in this family range from 14 cores to a mere four cores.

But if your wallet can support extreme performance, Intel’s Xeon Scalable Processor family is your ticket to the ultimate workstation. The top-of-the-line chip is Intel’s Platinum 8180 sporting 28 cores and 56 threads with a base speed of 2.5GHz, a maximum speed of 3.8GHz, and a 205-watt power requirement. The remaining nine Platinum and Gold processors range from 24 cores to a mere four cores.

Intel didn’t say when you can purchase the new entry-level Xeon E-2100 Series chips to build your own workstation. Instead, expect to see the CPUs in pre-built workstations from Dell, HP, Lenovo and other manufacturers.

Kevin Parrish
Former Digital Trends Contributor
Kevin started taking PCs apart in the 90s when Quake was on the way and his PC lacked the required components. Since then…
The best VR headsets for 2024
Fionna Ahomuoh using the Meta Quest 3 VR headset.

Virtual reality is finally crossing a threshold when everyone should be taking a closer look. As the number of VR headsets increases, getting the best one is important so you can truly appreciate what's possible. The challenge is finding the system that's right for you at a price you feel comfortable with.

Meta, HTC Vive, Sony, and Pimax stand out as the most popular and most active virtual reality brands. There's little doubt the $3,500 Apple Vision Pro is an impressive mixed-reality headset. However, there are plenty of other XR and VR headsets that are much more affordable than the Vision Pro and deliver a great, immersive experience for gaming, 3D movies, and even productivity. It's a good idea to check out all the options, and we've collected the very best here to make it easy to find the perfect VR headset for you.

Read more
How to know which Mac to buy — and when to buy it
The M4 Mac mini being used in a workplace.

If you’re in the market for a new Mac (or Apple display), there’s a lot of choice ahead of you. Maybe you're interested in a lightweight MacBook Air from the selection of the best MacBooks -- or maybe one of the desktop Macs. Either way, there’s a wide variety of Apple products on offer, including some external desktop monitors.

Below you'll find the latest information on each model, including if it's a good time to buy and when the next one up is coming.
MacBook Pro

Read more
AMD Ryzen AI claimed to offer ‘up to 75% faster gaming’ than Intel
A render of the new Ryzen AI 300 chip on a gradient background.

AMD has just unveiled some internal benchmarks of its Ryzen AI 9 HX 370 processor. Although it's been a few months since the release of the Ryzen AI 300 series, AMD now compares its CPU to Intel's Lunar Lake, and the benchmarks are highly favorable for AMD's best processor for thin-and-light laptops. Let's check them out.

For starters, AMD compared the Ryzen AI 9 HX 370 to the Intel Core Ultra 7 258V. The AMD CPU comes with 12 cores (four Zen 5 and eight Zen 5c cores) and 24 threads, as well as 36MB of combined cache. The maximum clock speed tops out at 5.1GHz, and the CPU offers a configurable thermal design power (TDP) ranging from 15 watts to 54W. Meanwhile, the Intel chip sports eight cores (four performance cores and four efficiency cores), eight threads, a max frequency of 4.8GHz, 12MB of cache, and a TDP ranging from 17W to 37W. Both come with a neural processing unit (NPU), and AMD scores a win here too, as its NPU provides 50 trillion operations per second (TOPS), while Intel's sits at 47 TOPS. It's a small difference, though.

Read more