VMware by Broadcom 297 Like AWS, GCP uses Hyperthreading, so 2 vCPUs equates to 1 Core. The CPU clock speed is determined by the region in which you deploy. Memory Instance type n1-standard-8 has 8 232 arithmetic with XIDs, which allows the transaction IDs to wrap around, much as a clock wraps at twelve o'clock. For any given XID, there could be about two billion past XIDs and two billion future The XID values can be considered a circular set of values with no endpoint similar to a 24 hour clock. Using the Greenplum Database modulo calculations, as long as two XIDs are within 231 transactions

vCPUs per VM. Compute Like AWS, GCP uses Hyperthreading, so 2 vCPUs equates to 1 Core. The CPU clock speed is determined by the region in which you deploy. Memory Instance type n1-standard-8 has 8 232 arithmetic with XIDs, which allows the transaction IDs to wrap around, much as a clock wraps at twelve o’clock. For any given XID, there could be about two billion past XIDs and two billion future The XID values can be considered a circular set of values with no endpoint similar to a 24 hour clock. Using the Greenplum Database modulo calculations, as long as two XIDs are within 231 transactions

vCPUs per VM. Compute Like AWS, GCP uses Hyperthreading, so 2 vCPUs equates to 1 Core. The CPU clock speed is determined by the region in which you deploy. Memory Instance type n1-standard-8 has 8 232 arithmetic with XIDs, which allows the transaction IDs to wrap around, much as a clock wraps at twelve o’clock. For any given XID, there could be about two billion past XIDs and two billion future The XID values can be considered a circular set of values with no endpoint similar to a 24 hour clock. Using the Greenplum Database modulo calculations, as long as two XIDs are within 231 transactions

vCPUs per VM. Compute Like AWS, GCP uses Hyperthreading, so 2 vCPUs equates to 1 Core. The CPU clock speed is determined by the region in which you deploy. Memory Instance type n1-standard-8 has 8 232 arithmetic with XIDs, which allows the transaction IDs to wrap around, much as a clock wraps at twelve o’clock. For any given XID, there could be about two billion past XIDs and two billion future The XID values can be considered a circular set of values with no endpoint similar to a 24 hour clock. Using the Greenplum Database modulo calculations, as long as two XIDs are within 231 transactions

vCPUs per VM. Compute Like AWS, GCP uses Hyperthreading, so 2 vCPUs equates to 1 Core. The CPU clock speed is determined by the region in which you deploy. Memory Instance type n1-standard-8 has 8 232 arithmetic with XIDs, which allows the transaction IDs to wrap around, much as a clock wraps at twelve o’clock. For any given XID, there could be about two billion past XIDs and two billion future The XID values can be considered a circular set of values with no endpoint similar to a 24 hour clock. Using the Greenplum Database modulo calculations, as long as two XIDs are within 231 transactions

vCPUs per VM. Compute Like AWS, GCP uses Hyperthreading, so 2 vCPUs equates to 1 Core. The CPU clock speed is determined by the region in which you deploy. Memory Instance type n1-standard-8 has 8 232 arithmetic with XIDs, which allows the transaction IDs to wrap around, much as a clock wraps at twelve o'clock. For any given XID, there could be about two billion past XIDs and two billion future The XID values can be considered a circular set of values with no endpoint similar to a 24 hour clock. Using the Greenplum Database modulo calculations, as long as two XIDs are within 231 transactions

vCPUs per VM. Compute Like AWS, GCP uses Hyperthreading, so 2 vCPUs equates to 1 Core. The CPU clock speed is determined by the region in which you deploy. Memory Instance type n1-standard-8 has 8 232 arithmetic with XIDs, which allows the transaction IDs to wrap around, much as a clock wraps at twelve o'clock. For any given XID, there could be about two billion past XIDs and two billion future The XID values can be considered a circular set of values with no endpoint similar to a 24 hour clock. Using the Greenplum Database modulo calculations, as long as two XIDs are within 231 transactions

vCPUs per VM. Compute Like AWS, GCP uses Hyperthreading, so 2 vCPUs equates to 1 Core. The CPU clock speed is determined by the region in which you deploy. Memory Instance type n1-standard-8 has 8 startup time and time spent in each node in the output. The overhead of repeatedly reading the system clock can slow down the query significantly on some systems, so it may be useful to set this parameter

vCPUs per VM. Compute Like AWS, GCP uses Hyperthreading, so 2 vCPUs equates to 1 Core. The CPU clock speed is determined by the region in which you deploy. Memory Instance type n1-standard-8 has 8 startup time and time spent in each node in the output. The overhead of repeatedly reading the system clock can slow down the query significantly on some systems, so it may be useful to set this parameter

vCPUs per VM. Compute Like AWS, GCP uses Hyperthreading, so 2 vCPUs equates to 1 Core. The CPU clock speed is determined by the region in which you deploy. Memory Instance type n1-standard-8 has 8 startup time and time spent in each node in the output. The overhead of repeatedly reading the system clock can slow down the query significantly on some systems, so it may be useful to set this parameter