Despite having officially launched back in July, Intel’s Xeon E desktop platform has yet to see the light of day in systems casually available to users or small businesses. This should change today, with the official embargo lift for reviews on the parts, as well as the announcement today that SGX-enabled versions are coming for Server use. The Xeon E platform is the replacement for what used to be called the E3-1200 family, using Intel’s new nomenclature, and these parts are based on Intel’s Coffee Lake (not Coffee Lake Refresh) microarchitecture. We managed to get a few processors in to test, and today we’ll start by examining most of the six-core family.

Xeon E3 becomes Xeon E

Ever since the launch of Intel’s Xeon Scalable platform naming scheme, most of the Xeon product stack has gone through a naming scheme transformation. The E5 and E7 families were rolled into the Xeon Scalable line with names like Platinum, Gold, Silver, and Bronze, while the workstation focused Xeon E5-1600 parts are now called Xeon W. With that in mind, Intel also changed the Xeon E3-1200 family, into Xeon E, with E being for Entry.

Intel Xeon Naming Strategy
Servers E7-8000 'v1' v2 v3 v4 Xeon SP Platinum
Xeon SP Gold
Xeon SP Silver
Xeon SP Bronze
E7-4000 'v1' v2 v3 v4
E7-2800 'v1' v2 - -
E5-4600 'v1' v2 v3 v4
E5-2600 'v1' v2 v3 v4
E5-2400 'v1' v2 v3 -
Workstations E5-1600 'v1' v2 v3 v4 Xeon W
  E5-1400 'v1' v2 v3 - - - -
Mobile E3-1500M - - - - v5 v6 Xeon E
Consumer E3-1200 'v1' v2 v3 v4 v5 v6 Xeon E
Comms E3-1100 'v1' v2 - - - - -
Network Xeon-D - - - D-1500 D-2100    

The target market for these processors is still the same: ECC enabled versions of consumer Core family parts, with slightly different base frequencies, turbos, pricing, and TDP values. Users who follow the Xeon E product line will have noticed that some of the processors in this family have the integrated graphics disabled, but also the pricing structure is often a notch above the consumer parts.

Despite the fact that the consumer product line recently launched the 9th Gen Core, known as ‘Coffee Lake Refresh’, the Xeon E-2100 family being reviewed today belongs to the non-refresh version of Coffee Lake. This is mostly down to the timing – the market that Xeon E is after often requires additional testing and qualification. It still doesn’t explain why the launch was in July but the performance embargo lift is today. But here we are.

Xeon E-2100 Family

As we reported back in July, Intel is coming out with a range of quad-core and six-core parts for Xeon E. Those labeled with ‘G’ at the end of the name will have integrated graphics.

Sitting at the top is the Xeon E-2186G, a six core processor with a TDP of 95W, a base frequency of 3.8 GHz, and a turbo frequency of 4.7 GHz. In the past, the top processor was often called the ‘E3-1285’, so the naming scheme follows. The top Xeon E/E3 bin was always an odd processor in general: for most of the previous generations, it offered a slight bump (often +100 MHz) over the second best bin, but the price increased by 40-60% to around $620. In this case we see that the E-2186G is indeed a 100 MHz increase in base frequency over the E-2176G, from 3.7 GHz to 3.8 GHz, although the price increase is a slightly more modest 24% increase this time. Well, there’s always more room at the top, should Intel ever decide to release 8-core variants.

The E-2186G is the only part listed with a TDP of 95W, while the rest are 80W for the six-core parts and 71W for the four-core parts. Every chip has hyperthreading, except for those with a third digit of ‘2’, such as the E-2126G, E-2124G, and E-2124. The processors with integrated graphics, the ‘G’ processors, are using the ‘Pro’ equivalent of the UHD 630 graphics we see on consumer Coffee Lake. In this instance, the iGPU is called UHD P630. Frequencies of the iGPUs, as well as DRAM frequencies, match the consumer parts as well.

Aside from the official parts listed, Intel also has two off-roadmap SKUs that we can find: the Xeon E-2106 and Xeon E-2104. These are not normally searchable on Intel’s database if we look at the ‘overall Xeon E family’ specifications, but users can find them by putting in the exact name into the search. These parts will be OEM only, and Intel often makes them with specific customers in mind.

If we do some direct comparisons with the consumer variants of the processors, we get the following:

Xeon E-2176G Core i7-8700K   Xeon E-2174G Core i5-8600K
6 / 12 6 / 12 Cores 4 / 8 6 / 6
3700 MHz 3700 MHz Base Freq 3800 MHz 3600 MHz
4700 MHz 4700 MHz Turbo Freq 4700 MHz 4300 MHz
80 W 95 W TDP 71 W 95W
UHD P630 UHD 630 IGP UHD P630 UHD 630
DDR4-2666 DDR4-2666 DRAM DDR4-2666 DDR4-2666
Yes No ECC Yes No
$362 $359 Price $328 $257

In both cases the TDP listed for the consumer parts is higher - for the six cores with hyperthreading the rest of the spec is the same, but for the quad-core vs six core it comes with a difference in frequency as well. The consumer parts have overclocking, while the Xeon parts can use ECC memory. Pricing is also higher on the Xeon E parts, as they also support vPro.

Using a Xeon E-2100 Processor: Choosing a Motherboard

When Intel launched the E3-1200 v5 family two generations back, the company made a conscious decision to split the interoperability between the consumer Core processors and the commercial Xeon E3 processors. This means that there are specific chipsets and motherboards for each, and users could no longer mix-and-match, at least as far as putting a Xeon E3 into a consumer 200-series motherboard. Instead, users had to look to the C-series chipset enabled motherboards to get them to work. Intel is carrying that policy over for the Xeon E family as well, which requires new motherboards compared to the E3-1200 v5/v6 generations.

For example, in our review today we are using one of Supermicro’s Xeon E motherboards, the X11SCA-W. This motherboard uses the C246 chipset, which is the commercial/enterprise version of the Z390 chipset without the overclocking and with ECC memory support.

Because of this C246 requirement, there will be very few motherboards on the shelves for users that want to build their own Xeon E machine, as most of the primary motherboard manufacturers make one or two retail models and that’s about it. We’ve seen GIGABYTE and Supermicro show a single Xeon E motherboard at a trade show each, but for the others it is anyone’s guess.

Gavin Bonshor, our motherboard reviewer, will have a full review of the X11SCA-W ready in the next couple of weeks.

Intel’s Announcement Today, and This Review

Today Intel is officially announcing Xeon E for server customers. Up until this point it would seem that Intel was focusing more on professional desktop environments, but now the Xeon E platform is going to the datacenter. Intel is keen to point out that these parts for the server market support security features such as SGX.

For this review, we managed to obtain several of the processors in advance, several six-core and four-core units. Due to time constrains, we have only been able to test the six-core processors in our CPU benchmark suite so far, so we will follow up with another piece in a few weeks with the four-core variants. If we test them all, I’ll write a fresh article with the full analysis.

In the interest of disclosure, Intel did not sample any of the processors tested today. Intel contacted us about a week ago on sampling, and is set to sample us one of the parts we do not yet have, though it was not available in time for the embargo today. I’m on the lookout to borrow the others from our partners. Please get in touch if that could be you!

In this review, we are taking the E-2186G, the E-2176G, the E-2146G and the E-2136 through our workflow to gauge performance. The focus will be on the CPU metrics in the first few pages, however we are also including the gaming performance with a GTX 1080 as well as the integrated graphics performance. The main comparison points will be the equivalent consumer processors, and previous generation Xeon E3 processors that we could acquire.

Pages In This Review

  1. Xeon E3-1200 Becomes Xeon E-2100
  2. Test Bed and Setup
  3. 2018 and 2019 Benchmark Suite: Spectre and Meltdown Hardened
  4. CPU Performance: System Tests
  5. CPU Performance: Rendering Tests
  6. CPU Performance: Office Tests
  7. CPU Performance: Encoding Tests
  8. CPU Performance: Web and Legacy Tests
  9. Gaming: Integrated Graphics
  10. Gaming: World of Tanks enCore
  11. Gaming: Final Fantasy XV
  12. Gaming: Shadow of War
  13. Gaming: Civilization 6
  14. Gaming: Ashes Classic
  15. Gaming: Strange Brigade
  16. Gaming: Grand Theft Auto V
  17. Gaming: Far Cry 5
  18. Gaming: Shadow of the Tomb Raider
  19. Gaming: F1 2018
  20. Power Consumption
  21. Conclusions and Final Words
Test Bed and Setup


View All Comments

  • A5 - Monday, November 05, 2018 - link

    Smaller/cheaper systems for places that still self-host? Not everyone needs (or has the budget for) a 28-core monster box.

    I have to admit I'm not sure why it gets a 21-page AT writeup, but I think their low-end enterprise tests do decent traffic.
  • jtd871 - Monday, November 05, 2018 - link

    Ya, and there are still a truly dizzying array of SKUs on display here when only maybe 4 might be justifiable for a 6-core workstation CPU market. Gotta love product segmentation. Reply
  • speculatrix - Tuesday, November 06, 2018 - link

    I agree, small businesses (like me) want a small dev server to run VMs, and an eight core (no HT) single socket box could be reasonably cost effective. There's a big jump in pricing to dual socket high core counts. Reply
  • notb - Wednesday, November 07, 2018 - link

    These CPUs are primarily designed for workstations and purpose built servers. There is quite a huge market between home PCs and AWS datacenters. :-P

    There are multiple scenarios for which these Xeons will be the most cost-effective or even the fastest ECC-enabled CPUs available. Intel can provide a perfect CPU for a particular use case, so they do. :-)
  • twtech - Sunday, November 18, 2018 - link

    Workstation reliability. Consumer class systems are pretty reliable, but Xeons with ECC even more so. Reply
  • Azurael - Monday, November 05, 2018 - link

    So am I reading this correctly: Intel expects people to pay extra for old Coffee Lake chips and buy a more expensive, niche motherboard just to get ECC support when every single AMD Ryzen CPU supports ECC?

    That would be laughable if the 'free' market actually worked, but given the fact that Intel commands such control over the system integrators and the PC industry as a whole, SIs aren't even marketing AMD hardware to their business customers (or home users for the most part, for that matter...)
  • kpb321 - Monday, November 05, 2018 - link

    Intel has always loved to charge extra where ever they can. ECC, Virtualization and any number of other things over the years so that really isn't a surprise. On the Ryzen side my understanding is that while AMD doesn't disable it in the CPUs most consumer motherboards don't support ECC as it requires some extra memory traces. So while the AMD situation is better you can't just use ECC in any random Ryzen system. Reply
  • Azurael - Monday, November 05, 2018 - link

    AFAIK you are correct in that actual VIOS-side support is hit and miss and rrequires motherboard manufacturers to actually implement the watchdog calls to halt the system on a double fault (although ECC does correct single bit faults without any intervention so long as it's working.) but it requires no extra hardware and would be easily implemented by an SI trying to sell a complete Ryzen system to a customer, so that's really no excuse. Reply
  • Azurael - Monday, November 05, 2018 - link

    *BIOS-side, obviously (technically wrong anyway but I guess we can consider EFI a type of BIOS if we aren't going by strict definitions.) Stupid on-screen keyboard. Reply
  • kpb321 - Monday, November 05, 2018 - link

    Doesn't it also require additional traces on the MB to transmit the ECC info as the memory controller is doing the ECC calculation and checking not the memory module itself? Reply

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