In February 2020, Intel launched eighteen new Xeon Scalable second generation processors. These mid-cycle additions to Intel’s product portfolio were designed to bolder up Intel’s server offerings on a very popular and very successful platform, adding in extra cores, extra frequency, or more cache than the previous offerings at roughly the same price. The goal of these ‘performance-oriented’ processors was to address customer requests in offering a more palatable performance-per-dollar offering. One of the new CPUs caught our eye: the Xeon Gold 6258R.

Skylake, Cascade Lake, Refresh

Colloquially known as ‘Cascade Lake Refresh’, these processors are the same silicon as the second generation Cascade Lake Xeon Scalable processors that were originally launched in April 2019. In most cases, the Refresh processors focus on both performance and performance-per-dollar metrics, especially given that Intel’s competition in this space were in a very competitive position and focusing on those values. Despite Intel’s data center revenue growing rapidly through 2019 and into 2020, there was a need to effectively replace or add new products into the areas where Intel believed it could keep a strong grasp on the customer base.

In our original announcement for the refresh parts, Intel touted an average performance gain of 36%, and a performance-per-dollar of 42%, although that was pictured as a 1st Gen to 2nd Gen Xeon Scalable jump. For a lot of the eighteen new processors on offer, they either added extra cores, more cache, or more frequency for the same cost as the parts they effectively replace. This usually comes with an increase in power consumption (there’s no escaping the physics), given there was no actual change to the underlying silicon, it simply was a function of binning and product margin.

One of the new parts was the Xeon Gold 6258R, with the R indicating ‘Refresh’. This processor was actually the highest core count refresh part, offering 28 cores at 2.7 GHz base and 4.0 GHz turbo within 205W.

For anyone who follows Intel’s server processor portfolio, those specifications look *very* familiar. Looking through the list, there is one very popular processor that has the exact same specifications: the Xeon Platinum 8280. Here’s the full breakdown:

Intel 2nd Generation Xeon Scalable
28-Core Comparison
Platinum
8280
AnandTech Gold
6258R
28 Cores / 56 Threads Cores / Threads 28 Cores / 56 Threads
2700 MHz Base Frequency 2700 MHz
4000 MHz Turbo Frequency 4000 MHz
38.5 MB L3 Cache 38.5 MB
3 x 10.4 GT/s UPI Links 3 x 10.4 GT/s
8 Max Socket Suport 2
6 x DDR4-2933 DDR4 Support 6 x DDR4-2933
1 TB DDR4 Capacity 1 TB
LGA3647 Socket LGA3647
205 W TDP 205 W
$10009 List Price $3950
 

The Platinum 8280 and the Gold 6258R are identical, almost to a fault. The same cores, the same frequency, the same power, and both support Optane DCPMM. The implementation difference is very subtle: where the 8280 supports 8-way socket deployments, the 6258R only supports 2-way. Intel has separated up the 8200 series and the 6200 series in this sole difference of socket support, which is actually more a firmware difference than anything else.

Oh, and the 6258R has a list price over $6000 cheaper.

Now, the reason why this is important comes down to where the 8280 sits in Intel’s Xeon portfolio. It is, for all intents and purposes, the processor that gets the most attention. It sits at the top of its public processor offerings*, it offers the most cores, and the list price is $10009**. If a non-technical executive is requesting ‘the best’ hardware for deployment, they naturally scroll to the most expensive part and add-to-basket. That processor would be the Xeon Platinum 8280.

 

However, most servers are single socket and dual socket, which essentially nullifies the ‘extra’ 4-socket and 8-socket capability that the Xeon 8280 offers. In this case, Does the 6258R, with the same specifications on core count, frequency, and power, perform the same as the 8280 but at a fraction of the price?

This is the question I set out to answer with access to both CPUs. Saving $6000 per single socket server, or $12000 in a dual socket configuration, would allow purchasers to focus that investment in other areas, such as memory or storage, or bring down the cost of purchasing quite considerably.

 

Footnotes

*Intel also offers a Xeon Platinum 8284 which also has the 28 cores that the 8280 does but is at a higher base frequency (same turbo) and 240W TDP. The list price is $15460, a +50% jump. This processor doesn’t seem to always be available everywhere, plus it was also launched months after the 8280.

**List prices from Intel are usually set as the price if someone buys 1000 units, so one would expect the individual cost would be slightly higher. However, major OEM partners and big hyperscalers rarely pay the list price, and the separate pricing is negotiated by contract. Rumors are that the big companies that might need a 100k units or more rarely pay more than 20-50%% of the list price. Exact figures are hard to come by.

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  • MrVibrato - Friday, August 7, 2020 - link

    You are probably right. It is very likely a sales tactic. Those CPUs are not sold in retail (at least not in quantities), but as part of enterprise/complex sales, where contracts (including prices) are negotiated. It is good negotation tactic for a seller to start with a high(er) price. Everyone who ever visited a bazar and haggled with a merchant knows how it goes.And despite having no evidence or experience of Intels approach to sales and negotation, i doubt that anyone who buys more than a handful of those puppies would pay anything close to the listed price... Reply
  • yankeeDDL - Friday, August 7, 2020 - link

    I agree, in general. It is the same practice that most specialized SW vendors use: list prices are insane, and then you get a massive discount. Trouble is: when things get rough these discounts tend to shrink rapidly, because they can. Reply
  • Spunjji - Friday, August 7, 2020 - link

    Exactly that. It's also a way of applying paradoxically high price penalties to smaller and/or less tech-literate buyers. I used to work for an IT reseller and it was amazing how many customers we picked up who had previously been paying list price for all of their purchases - hardware *and* software. Reply
  • Revv233 - Friday, August 7, 2020 - link

    *this*

    When you are selling that new server to the end user you can show a discount under Intel's published price even after you've got your markup in there.
    Reply
  • mrvco - Friday, August 7, 2020 - link

    Definitely. Street price for any given entity is what matters or should matter. I doubt there is a reliable way to smoke out the actual price paid for the 8280 without violating enterprise NDAs, but I have to assume that the 6285 price is a reflection of the competitive pressure being applied by AMD and Epyc and the 8280 pricing has been similarly on a per account basis, just in case there are still some suckers out there. Reply
  • mrvco - Friday, August 7, 2020 - link

    similarly --> adjusted <-- on a Reply
  • Duncan Macdonald - Friday, August 7, 2020 - link

    There is one reason for the 6258R - Intel needs something at least remotely competitive to the EPYC Rome CPUs. For 1 or 2 socket servers the 8280 is far more expensive than AMD's EPYC 7742 while having less performance (due to 28 cores vs 64 and 38.5MB L3 cache vs 256MB) Reply
  • yankeeDDL - Friday, August 7, 2020 - link

    So, instead of lowering the price they make a crippled sku at 40% of the price.
    I said in a previous comment: they do it because they can. Hopefully though, not for so much longer.
    Reply
  • danbob999 - Friday, August 7, 2020 - link

    AMD doesn't have anything in the 8 socket configuration. That leaves Intel pretty much a monopoly. In a typical monopolistic behavior, they raise prices. Nothing new here.
    The only thing is that a dual socket EPYC might outperform a 4 socket Xeon. So Intel need 8 sockets to take the performance crown.
    Reply
  • SSNSeawolf - Friday, August 7, 2020 - link

    Articles like this are important, to help validate that the chips do, in fact, perform similarly. Appreciate that you went through the work to run the tests.

    One small noteworthy difference is that the 6358R has one less UPI link, to go along with the 2P support. I'm curious about the power cos of each UPI link at idle (here in 1P configuration), but eyeballing the y-cruncher chart at the start it appears trivial.
    Reply

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