Why Intel for Compute-Intensive Workloads on Google Cloud?

Produkt- und Leistungsinformationen

4Comparing N1-Highmem-32 instance vs. N2-Highmem-32 instance for OLTP HammerDB 3.2. Testing by Intel on 8/11/20. Cloud: GCP; instance: N1 Highmem 32 (Intel); region: GCP US Central 1 Iowa; CPU: Intel Skylake; memory capacity/instance: 208 GB; storage: Persistent Disk SSD 500 GB; network BW: 32 Gbps; storage BW: not specified; OS: Ubuntu 20.04; kernel: 5.4.0-1021-gcp; workload and version: MySQL 8.0.20; compiler: NA; libraries: NA; other SW: OLTP HammerDB 3.2 Testing by Intel on 8/10/20. Cloud: GCP; instance: N2 Highmem 32 (Intel); region: GCP US Central 1 Iowa; CPU: Intel Cascade Lake; memory capacity/instance: 256 GB; storage: Persistent Disk SSD 500 GB; network BW: 32 Gbps; storage BW: not specified; OS: Ubuntu 20.04; kernel: 5.4.0-1021-gcp; workload and version: MySQL 8.0.20; compiler: NA; libraries: NA; other SW: OLTP HammerDB 3.2
5Comparing N1-Standard-32 instance vs. N2-Standard-32 instance for Kmeans. Testing by Intel on 4/9/20. Cloud: GCP; instance: n1-standard-32 (Intel); region: GCP US Central 1a Iowa; CPU: Intel Broadwell; memory capacity: 128 GB; storage: Pd-ssd, 6x300 GB; network BW: not specified; storage BW: not specified; OS: Ubuntu 19.10; kernel: 5.3.0-1011-gcp; workload and version: Hibench v7.0; compiler: NA; libraries: NA Testing by Intel on 4/9/20. Cloud: GCP; instance: n2-standard-32 (Intel); region: GCP US Central 1a Iowa; CPU: Intel Cascade Lake; memory capacity: 128 GB; storage: Pd-ssd, 6x300 GB; network BW: not specified; storage BW: not specified; OS: Ubuntu 19.10; kernel: 5.3.0-1011-gcp; workload and version: Hibench v7.0; compiler: NA; libraries: NA
6"The new general-purpose machine types (N2) offer greater than 20% price-performance improvement compared with first generation N1 machines." Hanan Yousef, Product Manager of Compute Engine, Google Cloud. Learn more: https://cloud.google.com/blog/products/compute/expanding-virtual-machine-types-to-drive-performance-and-efficiency