Intel’s ‘Sapphire Rapids’ will be launched in January 2023 – after a two-year delay

After long delays on the consumer side, Intel is on the right track with 10nm, now called the Intel 7, to deliver news to performance seekers. Most recently, the Core 13000 “Raptor Lake” series was launched as planned, and in just over a year, the Core 14000 codenamed “Meteor Lake” is on its way, which will then move to Intel 4, which was being called Previously it was 7 nanometers.

On the server side, Intel continues to struggle for something new. The plan from the start was to launch “Sapphire Rapids” at the beginning of 2021, but the smoke from the processors has yet to emerge. In a recent report from Trendforce It seems that Intel has a bad fruitThis is the percentage of post-production circuits on a processor family that will only go into production in the first half of 2023.

After a lot back and forth Intel goes on Twitter However on January 10 they will launch what they call the fourth generation Xeon Scalable, i.e. Sapphire Rapids. Whether it’s a regular launch or an announcement ahead of impending customer deliveries remains to be seen. It’s worth noting that the latter was the case with several previous Intel launches on the server side.

With Sapphire Rapids, Intel is taking a similar step to AMD to one chip– design, i.e. where several circuits make up a processor. In total, it’s four smaller circuits with 15 cores each for the Golden Cove architecture, the same circuit found in the consumer Intel Core 12000 series, providing up to 60 cores. For Intel, this is a big step up from as many as 40 Ice Lake-SP server processor cores, but it lags far behind AMD.

With a planned launch in early 2021, Intel will be well equipped to compete with AMD, which at the time had 64 cores of the least powerful Zen 2 architecture. This won’t be the case in the future, as AMD will soon launch “Genoa” with Up to 96 Zen 4 cores. In the first half of 2023, “Bergamo” will follow, increasing the number of cores to 128 pieces of Zen 4C architecture. This is a processor designed for the cloud and uses high-density libraries to reach a higher core count. Possible lower clock frequency, which is not a priority in the context where many cores are rewarded.

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