Table of contents Hardware for XX-Large Deployment (up to 220,000 devices) The XX-large Aternity deployment supports up to 220,000 monitored devices or virtual desktops, where up to 200,000 of them are physical devices and 20,000 are virtual application sessions. It assumes 10 Aternity logged in users updating dashboards and performing in total up to 10 clicks per minute. XX-large Aternity deployment Important Synchronize all Aternity components to have the same date, time AND time zone. Aternity requires one Aggregation Server per 40,000 monitored devices and one Vertica Database Server node per 25,000 monitored devices. So, calculate the number of servers you need following the amount of monitored devices in your organization. Data Warehouse Server should be deployed on a dedicated machine separately from other Aternity servers in deployments with more than 30,000 monitored devices. The disk space is for each separate Vertica Database Server node in a cluster, before any high availability (k-safety = 0). For minimum high availability, we recommend k-safety = 1. Hardware Specifications for XX-Large Deployments The XX-large deployment requires the following hardware specifications: Component Minimum Memory (RAM) Minimum CPU Minimum free disk space Additional configuration 6 x Aternity Aggregation Server 12GB Xeon E3 family, 2 cores at 2.4 GHz 30GB HEAP_SIZE= (learn more) -Xmx8192m -Xms8192m -XX:NewSize=4096m -XX:MaxNewSize=4096m Aternity Management Server At least 24GB Xeon E5 family 16 cores2.4-3.6 GHz 80GB HEAP_SIZE= (learn more)-Xmx16384m -Xms16384m -XX:NewSize=8192m-XX:MaxNewSize=8192mActiveMQ JVM Heap Size: 2G Aternity Data Warehouse Server At least 22GB Xeon E5 family 4 cores 2.4 GHz 70GB on a dedicated drive HEAP_SIZE= (learn more) -Xmx16384m -Xms16384m -XX:NewSize=8192m -XX:MaxNewSize=8192m Aternity Dashboard Server 64GB Add 16GB RAM for each additional 10 logged users. Xeon E5 family8 Cores2.4-3.6 GHz15MB CPU cache Add 8 cores for each additional 10 logged users. 100GB (SSD) on a dedicated driveOr I/O per sec (IOPS): 900 When installing Dashboard Server, one needs either local or domain administrator rights on this computer, and also the administrator rights in the Tableau Server. Verify that the Windows account which is going to set up this server has permission to read, write, list and execute in the Tableau Server setup directory and its sub-folders. Learn more. For less standard hardware configurations, see the setup instructions and hardware best practices from Tableau. To deploy on a virtual machine, you must guarantee the CPU and memory requirements. Aternity Oracle Database Server 64GB Xeon E5 Family8 Cores2.4 GHz 800GBI/O per sec (IOPS): At least 1200 Oracle's System Global Area (SGA): 40GBProgram Global Area (PGA): 14GB 7 x Aternity Vertica Database Server 64GB Xeon E5 family8 Cores2.4-3.6 GHz15MB CPU cache 780GB (SSD) for each node The disk space is for each separate Vertica Database Server node in a cluster, before any high availability (k-safety = 0). For minimum high availability, we recommend k-safety = 1 If you deploy on virtual machines, you MUST define all resources as dedicated or reserved (Resource Allocation > Reservation). In addition, you can use a Logical Volume Manager (LVM) in Aternity 12.1 on any hard drive with no restrictions. See Vertica limitations for LVM. Verify that the disk partition dedicated to the Vertica data folder (Target directory) uses the EXT4 file system. Enter df -Th to verify. It is recommended to utilize less than 60% of this partition, allowing high availability operations to run properly. If utilization rises above 60%, increase volume size to compensate Network – requires at least 1Gb/s interface, ( recommended 10Gb/s). Disk IO – 300 IOPS per 100GB storage (for 780GB > 2400 IOPS) and 80MB/s read/write throughput per core (for 8 cores > 640 MB/s read/write throughput). Aternity Docker Components Server 42GB Xeon E5 family 18 Cores 2.4-3.6 GHz 1.07TB 20GB for partition with Docker engine’s local storage, by default located at /var/lib/docker/. Divide free disk space into several partitions where each partition is dedicated to the data directory of a different component: Messaging Broker(Kafka), and Raw Data Component (Cassandra). Allocate disk space to each partition according to hardware requirements of the relevant sizing model. The rest free disk space is dedicated to log files and REST APIs. <cassandra>: at least 550GB <kafka>: at least 270GB If there is no need for optional components, you can reduce 7GB of memory and 3 CPU cores. If you do not deploy Aternity Data Source for Portal, you can reduce the amount of memory by 2GB and CPU cores by 0.5. If you do not deploy Aternity REST API Server, you can reduce the amount of memory by 2GB and CPU cores by 0.5. You must also install each server with the required operating system and other software. For details, see the system and software requirements for each server. Parent topic Choose Aternity Sizing and Hardware System RequirementsRelated referenceHardware of Aternity Trial POC Deployment (up to 1000 devices)Hardware for Small Aternity Deployment (up to 30,000 devices)Hardware for Medium Aternity Deployment (up to 60,000 devices)Hardware for Large Aternity Deployment (up to 110,000 devices)Hardware for X-Large Aternity Deployment (up to 160,000 devices) SavePDF Selected topic Selected topic and subtopics All content Related Links
Hardware for XX-Large Deployment (up to 220,000 devices) The XX-large Aternity deployment supports up to 220,000 monitored devices or virtual desktops, where up to 200,000 of them are physical devices and 20,000 are virtual application sessions. It assumes 10 Aternity logged in users updating dashboards and performing in total up to 10 clicks per minute. XX-large Aternity deployment Important Synchronize all Aternity components to have the same date, time AND time zone. Aternity requires one Aggregation Server per 40,000 monitored devices and one Vertica Database Server node per 25,000 monitored devices. So, calculate the number of servers you need following the amount of monitored devices in your organization. Data Warehouse Server should be deployed on a dedicated machine separately from other Aternity servers in deployments with more than 30,000 monitored devices. The disk space is for each separate Vertica Database Server node in a cluster, before any high availability (k-safety = 0). For minimum high availability, we recommend k-safety = 1. Hardware Specifications for XX-Large Deployments The XX-large deployment requires the following hardware specifications: Component Minimum Memory (RAM) Minimum CPU Minimum free disk space Additional configuration 6 x Aternity Aggregation Server 12GB Xeon E3 family, 2 cores at 2.4 GHz 30GB HEAP_SIZE= (learn more) -Xmx8192m -Xms8192m -XX:NewSize=4096m -XX:MaxNewSize=4096m Aternity Management Server At least 24GB Xeon E5 family 16 cores2.4-3.6 GHz 80GB HEAP_SIZE= (learn more)-Xmx16384m -Xms16384m -XX:NewSize=8192m-XX:MaxNewSize=8192mActiveMQ JVM Heap Size: 2G Aternity Data Warehouse Server At least 22GB Xeon E5 family 4 cores 2.4 GHz 70GB on a dedicated drive HEAP_SIZE= (learn more) -Xmx16384m -Xms16384m -XX:NewSize=8192m -XX:MaxNewSize=8192m Aternity Dashboard Server 64GB Add 16GB RAM for each additional 10 logged users. Xeon E5 family8 Cores2.4-3.6 GHz15MB CPU cache Add 8 cores for each additional 10 logged users. 100GB (SSD) on a dedicated driveOr I/O per sec (IOPS): 900 When installing Dashboard Server, one needs either local or domain administrator rights on this computer, and also the administrator rights in the Tableau Server. Verify that the Windows account which is going to set up this server has permission to read, write, list and execute in the Tableau Server setup directory and its sub-folders. Learn more. For less standard hardware configurations, see the setup instructions and hardware best practices from Tableau. To deploy on a virtual machine, you must guarantee the CPU and memory requirements. Aternity Oracle Database Server 64GB Xeon E5 Family8 Cores2.4 GHz 800GBI/O per sec (IOPS): At least 1200 Oracle's System Global Area (SGA): 40GBProgram Global Area (PGA): 14GB 7 x Aternity Vertica Database Server 64GB Xeon E5 family8 Cores2.4-3.6 GHz15MB CPU cache 780GB (SSD) for each node The disk space is for each separate Vertica Database Server node in a cluster, before any high availability (k-safety = 0). For minimum high availability, we recommend k-safety = 1 If you deploy on virtual machines, you MUST define all resources as dedicated or reserved (Resource Allocation > Reservation). In addition, you can use a Logical Volume Manager (LVM) in Aternity 12.1 on any hard drive with no restrictions. See Vertica limitations for LVM. Verify that the disk partition dedicated to the Vertica data folder (Target directory) uses the EXT4 file system. Enter df -Th to verify. It is recommended to utilize less than 60% of this partition, allowing high availability operations to run properly. If utilization rises above 60%, increase volume size to compensate Network – requires at least 1Gb/s interface, ( recommended 10Gb/s). Disk IO – 300 IOPS per 100GB storage (for 780GB > 2400 IOPS) and 80MB/s read/write throughput per core (for 8 cores > 640 MB/s read/write throughput). Aternity Docker Components Server 42GB Xeon E5 family 18 Cores 2.4-3.6 GHz 1.07TB 20GB for partition with Docker engine’s local storage, by default located at /var/lib/docker/. Divide free disk space into several partitions where each partition is dedicated to the data directory of a different component: Messaging Broker(Kafka), and Raw Data Component (Cassandra). Allocate disk space to each partition according to hardware requirements of the relevant sizing model. The rest free disk space is dedicated to log files and REST APIs. <cassandra>: at least 550GB <kafka>: at least 270GB If there is no need for optional components, you can reduce 7GB of memory and 3 CPU cores. If you do not deploy Aternity Data Source for Portal, you can reduce the amount of memory by 2GB and CPU cores by 0.5. If you do not deploy Aternity REST API Server, you can reduce the amount of memory by 2GB and CPU cores by 0.5. You must also install each server with the required operating system and other software. For details, see the system and software requirements for each server. Parent topic Choose Aternity Sizing and Hardware System RequirementsRelated referenceHardware of Aternity Trial POC Deployment (up to 1000 devices)Hardware for Small Aternity Deployment (up to 30,000 devices)Hardware for Medium Aternity Deployment (up to 60,000 devices)Hardware for Large Aternity Deployment (up to 110,000 devices)Hardware for X-Large Aternity Deployment (up to 160,000 devices)
Hardware for XX-Large Deployment (up to 220,000 devices) The XX-large Aternity deployment supports up to 220,000 monitored devices or virtual desktops, where up to 200,000 of them are physical devices and 20,000 are virtual application sessions. It assumes 10 Aternity logged in users updating dashboards and performing in total up to 10 clicks per minute. XX-large Aternity deployment Important Synchronize all Aternity components to have the same date, time AND time zone. Aternity requires one Aggregation Server per 40,000 monitored devices and one Vertica Database Server node per 25,000 monitored devices. So, calculate the number of servers you need following the amount of monitored devices in your organization. Data Warehouse Server should be deployed on a dedicated machine separately from other Aternity servers in deployments with more than 30,000 monitored devices. The disk space is for each separate Vertica Database Server node in a cluster, before any high availability (k-safety = 0). For minimum high availability, we recommend k-safety = 1. Hardware Specifications for XX-Large Deployments The XX-large deployment requires the following hardware specifications: Component Minimum Memory (RAM) Minimum CPU Minimum free disk space Additional configuration 6 x Aternity Aggregation Server 12GB Xeon E3 family, 2 cores at 2.4 GHz 30GB HEAP_SIZE= (learn more) -Xmx8192m -Xms8192m -XX:NewSize=4096m -XX:MaxNewSize=4096m Aternity Management Server At least 24GB Xeon E5 family 16 cores2.4-3.6 GHz 80GB HEAP_SIZE= (learn more)-Xmx16384m -Xms16384m -XX:NewSize=8192m-XX:MaxNewSize=8192mActiveMQ JVM Heap Size: 2G Aternity Data Warehouse Server At least 22GB Xeon E5 family 4 cores 2.4 GHz 70GB on a dedicated drive HEAP_SIZE= (learn more) -Xmx16384m -Xms16384m -XX:NewSize=8192m -XX:MaxNewSize=8192m Aternity Dashboard Server 64GB Add 16GB RAM for each additional 10 logged users. Xeon E5 family8 Cores2.4-3.6 GHz15MB CPU cache Add 8 cores for each additional 10 logged users. 100GB (SSD) on a dedicated driveOr I/O per sec (IOPS): 900 When installing Dashboard Server, one needs either local or domain administrator rights on this computer, and also the administrator rights in the Tableau Server. Verify that the Windows account which is going to set up this server has permission to read, write, list and execute in the Tableau Server setup directory and its sub-folders. Learn more. For less standard hardware configurations, see the setup instructions and hardware best practices from Tableau. To deploy on a virtual machine, you must guarantee the CPU and memory requirements. Aternity Oracle Database Server 64GB Xeon E5 Family8 Cores2.4 GHz 800GBI/O per sec (IOPS): At least 1200 Oracle's System Global Area (SGA): 40GBProgram Global Area (PGA): 14GB 7 x Aternity Vertica Database Server 64GB Xeon E5 family8 Cores2.4-3.6 GHz15MB CPU cache 780GB (SSD) for each node The disk space is for each separate Vertica Database Server node in a cluster, before any high availability (k-safety = 0). For minimum high availability, we recommend k-safety = 1 If you deploy on virtual machines, you MUST define all resources as dedicated or reserved (Resource Allocation > Reservation). In addition, you can use a Logical Volume Manager (LVM) in Aternity 12.1 on any hard drive with no restrictions. See Vertica limitations for LVM. Verify that the disk partition dedicated to the Vertica data folder (Target directory) uses the EXT4 file system. Enter df -Th to verify. It is recommended to utilize less than 60% of this partition, allowing high availability operations to run properly. If utilization rises above 60%, increase volume size to compensate Network – requires at least 1Gb/s interface, ( recommended 10Gb/s). Disk IO – 300 IOPS per 100GB storage (for 780GB > 2400 IOPS) and 80MB/s read/write throughput per core (for 8 cores > 640 MB/s read/write throughput). Aternity Docker Components Server 42GB Xeon E5 family 18 Cores 2.4-3.6 GHz 1.07TB 20GB for partition with Docker engine’s local storage, by default located at /var/lib/docker/. Divide free disk space into several partitions where each partition is dedicated to the data directory of a different component: Messaging Broker(Kafka), and Raw Data Component (Cassandra). Allocate disk space to each partition according to hardware requirements of the relevant sizing model. The rest free disk space is dedicated to log files and REST APIs. <cassandra>: at least 550GB <kafka>: at least 270GB If there is no need for optional components, you can reduce 7GB of memory and 3 CPU cores. If you do not deploy Aternity Data Source for Portal, you can reduce the amount of memory by 2GB and CPU cores by 0.5. If you do not deploy Aternity REST API Server, you can reduce the amount of memory by 2GB and CPU cores by 0.5. You must also install each server with the required operating system and other software. For details, see the system and software requirements for each server. Parent topic Choose Aternity Sizing and Hardware System RequirementsRelated referenceHardware of Aternity Trial POC Deployment (up to 1000 devices)Hardware for Small Aternity Deployment (up to 30,000 devices)Hardware for Medium Aternity Deployment (up to 60,000 devices)Hardware for Large Aternity Deployment (up to 110,000 devices)Hardware for X-Large Aternity Deployment (up to 160,000 devices)