Jotrin Electronics
Description Quantity Total (USD) Operation
Shopping cart products
Shopping cart products : 0
Home > Technology List > Intel unveils details of a second generation of powerful scalable proc

Intel unveils details of a second generation of powerful scalable processors that will increase AI performance 30-fold

Published time: 2019-12-20 11:56:16

Over the past few years, Intel's processor processing technology has remained at 14nm. Although after three generations of process optimization, the latest 14nm++ process performance has been improved by more than 70%, but for most players, Intel's recent CPU upgrades are like squeezing toothpaste.In this case, Intel has reason to rebut the fact that most of the changes in the second generation to the most powerful expandable processors were announced in early April.

The second generation of Cascade Lake is much more powerful than the first generation of skylake-sp architecture in terms of scalable processors. Although it still has 28 cores and 56 threads (single die version, double die package is 56 cores), AI performance has been improved by 30 times, and other aspects have been significantly improved.

Monk for second generation to today Intel's extensible processor performance test data, because it is products for the data center, so run the test and application of desktop processors are quite different, Intel's understanding of performance improvement with different players think, everyone can refer to Intel in such applications are under consideration.


Second generation xeon extensible processor family product SKU as shown above, the bronze 4200 series, gold medal in the 5200 series, the gold medal in the 6200 series, 8200 series platinum basically corresponding with the first generation, and the first number represents the product positioning, the second number "2" is representative of the second generation, the suffix N, Y is optimized according to different application versions.

It is important to note that the second generation to strong extensible much the xeon processor platinum 9200 series, the flagship 9282 to 56 core by means of double chip packaging 112 threads, frequency is increased to 2.6 to 3.8 GHz, three-level cache also doubled to 77 MB, increased to four UPI bus and memory support to twelve channels DDR4-2933, the maximum capacity of 1.5 TB (standard), thermal design power of 400 w.

At the same time there are 48 core 96 threads platinum 9242, main frequency 2.3-3.8ghz, level 3 cache 71.5mb, bus and memory the same, thermal design power consumption 350W.

The platinum 9222/9221 of 32 core 64 threads has a maximum acceleration of 3.7GHz, a tertiary cache of 71.5MB, and a thermal design power consumption of 250W.

Also note that platinum 9200 series are not LGA independent packaging, but changed to BGA integrated packaging, direct OEM, will not be sold separately.

On architecture, Cascade Lake second generation xeon extensible processor than the current Skylake change is not big, main is to improve the frequency and cache capacity, increase the DL Boost acceleration instructions, Speed Slect a proud, teng long memory, RDT optimization new technical support, repair the fusing, ghosts and other varieties, improved flexibility for different application of customization.

In terms of performance, the second-generation to strong scalable processor has significantly improved compared with the current to strong scalable processor. If the platinum 9200 series with 56 cores and 112 threads is compared with the previous generation flagship platinum 8180 with 28 cores and 56 threads, almost every performance is doubled and improved, and the performance of AI image recognition is 3.5 times of the existing products.

Of course, without crossover comparison, the same core number of platinum 8200 series still has a significant performance improvement compared to the current 8100 series, the same 28 core, platinum 8280 less improved by 6%, more improved by 120%.As for the gold medallist, the performance of the gold medallist increased by an average of 33% with more cores, thanks to Intel upgrades without a markup.

Compared with their own products, Intel also want to compare under the friends of the products, choose is AMD currently the strongest EPYC 7601 32-core 64 thread processor, from memory bandwidth, integer, floating point to database, JAVA and other performance tests, 56 core platinum 9200 series performance than EPYC less or higher than 40%, many times improved.

Of course, the biggest disparity is the performance of AI. The platinum 9200 series is 25 times more than EYPC 7601. Although AMD refuses to accept such comparison, EPYC does not support AI acceleration.

Not counting the 56 core glue package platinum 9200 series words, most 28 core 56 thread platinum 8200 series compared to AMD 32 core EPYC still has the advantage, in addition to memory bandwidth is not as good as the latter, other performance is still ahead of the core number more AMD processors, AI performance is still 16 times the latter.

Since the last generation, Intel has given Xeon series processors the name "scalable", which emphasizes the parallel performance of processors.In the second generation to the strong expandable processor, the dual-channel performance is 1.98x compared to the single-channel, almost double the proportion of improvement, and the performance of the 4-channel system has reached 3.88x, which is similar to the exchange /SLI of the graphics card, the larger the parallel performance data indicates the better the benefit.

Not only performance is improved, Intel also stressed that the second generation to strong extensible processor TCO cheaper, they compared the xeon processor five years ago, the test shows that using the latest second-generation xeon extensible processor performance can reach 3.5 times that of the system of five years ago, at the same time saves 59% of the cost of TCO, because of that need to be 25 sets of xeon processor system now just six sets of similar performance, lower cost.

As to why you want to compare the system of five years ago, Intel executives explained in the r&d center of data center market is different from the consumer market, four to five years is normal upgrade cycle, contrast system convenient customer to select a new generation of five years ago to the advantage of strong, almost no customers is to upgrade to the first generation of strong extension processor before and then upgrade the second generation to strong extensible processor, are only a few years interval to upgrade.

It should be noted that during this period, Intel also introduced a variety of combination schemes, including the second generation to the strong scalable processor with its own proud memory, hard disk and other configurations, at this time the performance improvement will be more than the pure processor.As shown above, with Intel data center hard disk, 100Gbps 800 series network CARDS and other family barrel products, the performance of Intel second-generation to strong expandable processor under Windows Sever 2019 system is almost 26.8 times that of the system four years ago.

Of course, when it comes to AI, the performance will be greatly improved compared to the 2017 generation xeon expandable processor without comparing the system of 4-5 years ago. The performance of the 56-core xeon platinum 9282 processor can reach 30 times that of Skylake, which is not squeezing the toothpaste.


Previous: LED Driver ICs are optimized for high-line applications.

Next: Ams a number of innovative sensor technologies appear in MWC



Account Center


Live Chat