Intel’s 10nm Ice Lake Xeon With 38 Cores / 76 Threads at 270W, 14nm Cooper Lake Xeon With 48 Cores / 96 Threads at 300W Arriving in 2020

Intel’s 10nm Ice Lake Xeon With 38 Cores / 76 Threads at 270W, 14nm Cooper Lake Xeon With 48 Cores / 96 Threads at 300W Arriving in 2020

5 years ago
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https://wccftech.com/intel-xeon-10nm-ice-lake-and-14nm-cooper-lake-2020-cpus-detailed/

Intel's next-generation Xeon lineup which includes 10nm Ice Lake and 14nm Cooper Lake has been further detailed in a slide showcased by ASUS during an IoT seminar. The new Xeon lineup which is supposed to launch in 2020 would be featuring a series of new technologies along with an increase in the total number of cores and PCIe lanes compared to existing Xeon families.

Aimed at the Whitley platform, the Intel 10nm Ice Lake and 14nm Cooper Lake would be launching in 2020. The 14nm Cooper Lake Xeons would launch early in Q2 2020 followed by the 10nm Xeon lineup in Q3 2020. Both families would coexist and we could see the Cooper Lake family be more tuned in terms of clock speeds compared to Ice Lake Xeons due to extensive maturation of the 14 nm process node.

Intel’s 10nm Ice Lake Xeon With 38 Cores / 76 Threads at 270W, 14nm Cooper Lake Xeon With 48 Cores / 96 Threads at 300W Arriving in 2020

Oct 30, 2019, 4:35pm UTC
https://wccftech.com/intel-xeon-10nm-ice-lake-and-14nm-cooper-lake-2020-cpus-detailed/ > Intel's next-generation Xeon lineup which includes 10nm Ice Lake and 14nm Cooper Lake has been further detailed in a slide showcased by ASUS during an IoT seminar. The new Xeon lineup which is supposed to launch in 2020 would be featuring a series of new technologies along with an increase in the total number of cores and PCIe lanes compared to existing Xeon families. > Aimed at the Whitley platform, the Intel 10nm Ice Lake and 14nm Cooper Lake would be launching in 2020. The 14nm Cooper Lake Xeons would launch early in Q2 2020 followed by the 10nm Xeon lineup in Q3 2020. Both families would coexist and we could see the Cooper Lake family be more tuned in terms of clock speeds compared to Ice Lake Xeons due to extensive maturation of the 14 nm process node.