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Step 1. Meet the system requirements
The ITOM Platform allows you to deploy a suite in an environment that is comprised of one master node and multiple worker nodes for load balancing and failover purposes. Client requests are sent to the load balancer, which redirects the requests to the master node, and the master node then sends the requests to the worker nodes.
Your environment must meet both ITOM Platform and Operations Bridge Suite requirements, as listed below.
ITOM Platform system requirements
In a testing environment, you can use one system as master and worker node (single node deployment) with the system also serving as NFS server.
In a production environment, you can use one master node, multiple worker nodes, and a separate NFS server.
- Download the Support Matrices for Operations Center products
- Open SUMA.htm and select Operations Bridge Suite (container deployment) from the product list
The master node and each worker node must run one of the operating systems listed when filtering for the Container Host component.
Depending on the capabilities you decide to install, your system must meet different minimum hardware requirements.
The sum of all worker node resources that should handle the workload must match the totaling requirements for the capabilities you choose to install. For example, you might have three worker nodes, but for failover purposes, you want two worker nodes to be able to handle the complete load.
HPE recommends not to run workloads on the master node.
The required resources for OMi depend on the size of your deployment.
- Small OMi deployment: up to 2000 monitored nodes send events to OMi
- Medium OMi deployment: up to 5000 monitored nodes send events to OMi
- Large OMi deployment: more than 5000 monitored nodes send events to OMi
In the section below, you can select the capabilities you plan to install, and the number of worker nodes available to handle the workload. As a result, the total minimum requirements per worker node are displayed.
The displayed numbers are recommendations for small OMi deployments, and single BVD, PE, and OBR deployments.
If you plan to scale out horizontally, you can review an >> example calculation
If you want an overview, you can review the >> complete table
Example
You want to install OMi, BVD, and PE. You plan to run a small deployment of OMi on one worker node, and scale out BVD so that you have two BVD deployments. You want to have enough resources for OMi to be moved from one node to another, and also have enough resources to safely take down one of the worker nodes and have the other two worker nodes handle the workload.
So you calculate your minimum requirements per two worker nodes.
Capability | Resources | Scale out multiplier |
---|---|---|
OMi | 16 GB RAM, 4 CPU cores, 50 GB disk space | 1 |
BVD | 6 GB RAM, 4 CPU cores, 30 GB disk space | 2 |
PE | 8 GB RAM, 4 CPU cores, 100 GB disk space | 1 |
SUM overall | 36 GB RAM, 16 CPU cores, 210 GB disk space | |
SUM per two worker nodes | 18 GB RAM, 8 CPU cores, 105 disk space |
Each of the three worker nodes requires at least 18 GB RAM, 8 CPU cores, and 105 GB disk space.
As the master node is not used as NFS server, it requires at least 16 GB RAM, 8 CPU cores, and 200 GB disk space.
Capability | RAM | Processors | Disk space |
---|---|---|---|
Operations Bridge Manager (OMi) - small deployment | 16 GB | 4 CPU cores | 50 GB |
Operations Bridge Manager (OMi) - medium deployment | 27 GB | 6 CPU cores | 75 GB |
Operations Bridge Manager (OMi) - large deployment | 40 GB | 8 CPU cores | 100 GB |
Business Value Dashboard (BVD) | 6 GB | 4 CPU cores | 30 GB |
Performance Engine (PE) | 8 GB | 4 CPU cores | 100 GB |
Operations Bridge Reporter (OBR) | |||
OBR Server | 8 GB | 8 CPU cores | 100 GB |
PostgreSQL | 4 GB | 4 CPU cores | 20 GB |
Collector | 8 GB | 4 CPU cores | 50 GB |
Select the capabilities you plan to install:
Select the number of worker nodes that should be able to handle the complete workload:
Each worker node must meet the following minimum requirements:
RAM: 16 GB
Processors: 4 CPU cores
Disk space: 50 GB
Additionally, the following is required:
- The ITOM Platform requires an additional 16 GB RAM, 8 CPU cores, and 200 GB on the master node.
- The NFS server requires 100 GB disk space on the master node if the master is used as the NFS server (only recommended for test environments).
HPE recommends the mount point /opt/kubernetes
for the master and worker disk space. For the NFS server, the mount point /var/vols
is recommended if the master node is used as the NFS server.
Each worker node must meet the following minimum requirements:
RAM: 6 GB
Processors: 4 CPU cores
Disk space: 30 GB
Additionally, the following is required:
- The ITOM Platform requires an additional 16 GB RAM, 8 CPU cores, and 200 GB on the master node.
- The NFS server requires 100 GB disk space on the master node if the master is used as the NFS server (only recommended for test environments).
HPE recommends the mount point /opt/kubernetes
for the master and worker disk space. For the NFS server, the mount point /var/vols
is recommended if the master node is used as the NFS server.
Each worker node must meet the following minimum requirements:
RAM: 8 GB
Processors: 4 CPU cores
Disk space: 100 GB
Additionally, the following is required:
- The ITOM Platform requires an additional 16 GB RAM, 8 CPU cores, and 200 GB on the master node.
- The NFS server requires 100 GB disk space on the master node if the master is used as the NFS server (only recommended for test environments).
HPE recommends the mount point /opt/kubernetes
for the master and worker disk space. For the NFS server, the mount point /var/vols
is recommended if the master node is used as the NFS server.
When you have one worker node to handle the load, the node must meet the following minimum requirements:
RAM: 20 GB
Processors: 16 CPU cores
Disk space: 170 GB
When you have two worker nodes to handle the complete workload, every node must meet the following minimum requirements:
RAM: 10 GB
Processors: 8 CPU cores
Disk space: 85 GB
When you have three worker nodes to handle the complete workload, every node must meet the following minimum requirements:
RAM: 7 GB
Processors: 6 CPU cores
Disk space: 57 GB
The calculations are based on the following requirements per capability:
Component | RAM | Processors | Disk space |
---|---|---|---|
OBR Server | 8 GB | 8 CPU cores | 100 GB |
PostgreSQL | 4 GB | 4 CPU cores | 20 GB |
Collector | 8 GB | 4 CPU cores | 50 GB |
Note Vertica and Business Objects are not containers, but they require additional resources on a separate system. For more information, see the OBR Interactive Installation Guide.
Additionally, the following is required:
- The ITOM Platform requires an additional 16 GB RAM, 8 CPU cores, and 200 GB on the master node.
- The NFS server requires 100 GB disk space on the master node if the master is used as the NFS server (only recommended for test environments).
HPE recommends the mount point /opt/kubernetes
for the master and worker disk space. For the NFS server, the mount point /var/vols
is recommended if the master node is used as the NFS server.
When you have one worker node to handle the load, the node must meet the following minimum requirements:
RAM: 22 GB
Processors: 8 CPU cores
Disk space: 80 GB
When you have two worker nodes to handle the complete workload, every node must meet the following minimum requirements:
RAM: 11 GB
Processors: 4 CPU cores
Disk space: 40 GB
When you have three worker nodes to handle the complete workload, every node must meet the following minimum requirements:
RAM: 8 GB
Processors: 3 CPU cores
Disk space: 27 GB
The calculations are based on the following requirements per capability:
Capability | RAM | Processors | Disk space |
---|---|---|---|
Operations Bridge Manager (OMi) - small deployment | 16 GB | 4 CPU cores | 50 GB |
Business Value Dashboard (BVD) | 6 GB | 4 CPU cores | 30 GB |
Additionally, the following is required:
- The ITOM Platform requires an additional 16 GB RAM, 8 CPU cores, and 200 GB on the master node.
- The NFS server requires 100 GB disk space on the master node if the master is used as the NFS server (only recommended for test environments).
HPE recommends the mount point /opt/kubernetes
for the master and worker disk space. For the NFS server, the mount point /var/vols
is recommended if the master node is used as the NFS server.
When you have one worker node to handle the load, the node must meet the following minimum requirements:
RAM: 24 GB
Processors: 8 CPU cores
Disk space: 150 GB
When you have two worker nodes to handle the complete workload, every node must meet the following minimum requirements:
RAM: 12 GB
Processors: 4 CPU cores
Disk space: 75 GB
When you have three worker nodes to handle the complete workload, every node must meet the following minimum requirements:
RAM: 8 GB
Processors: 3 CPU cores
Disk space: 50 GB
The calculations are based on the following requirements per capability:
Capability | RAM | Processors | Disk space |
---|---|---|---|
Operations Bridge Manager (OMi) - small deployment | 16 GB | 4 CPU cores | 50 GB |
Performance Engine (PE) | 8 GB | 4 CPU cores | 100 GB |
Additionally, the following is required:
- The ITOM Platform requires an additional 16 GB RAM, 8 CPU cores, and 200 GB on the master node.
- The NFS server requires 100 GB disk space on the master node if the master is used as the NFS server (only recommended for test environments).
HPE recommends the mount point /opt/kubernetes
for the master and worker disk space. For the NFS server, the mount point /var/vols
is recommended if the master node is used as the NFS server.
When you have one worker node to handle the load, the node must meet the following minimum requirements:
RAM: 14 GB
Processors: 8 CPU cores
Disk space: 130 GB
When you have two worker nodes to handle the complete workload, every node must meet the following minimum requirements:
RAM: 7 GB
Processors: 4 CPU cores
Disk space: 65 GB
When you have three worker nodes to handle the complete workload, every node must meet the following minimum requirements:
RAM: 5 GB
Processors: 3 CPU cores
Disk space: 44 GB
The calculations are based on the following requirements per capability:
Capability | RAM | Processors | Disk space |
---|---|---|---|
Business Value Dashboard (BVD) | 6 GB | 4 CPU cores | 30 GB |
Performance Engine (PE) | 8 GB | 4 CPU cores | 100 GB |
Additionally, the following is required:
- The ITOM Platform requires an additional 16 GB RAM, 8 CPU cores, and 200 GB on the master node.
- The NFS server requires 100 GB disk space on the master node if the master is used as the NFS server (only recommended for test environments).
HPE recommends the mount point /opt/kubernetes
for the master and worker disk space. For the NFS server, the mount point /var/vols
is recommended if the master node is used as the NFS server.
When you have one worker node to handle the load, the node must meet the following minimum requirements:
RAM: 30 GB
Processors: 12 CPU cores
Disk space: 180 GB
When you have two worker nodes to handle the complete workload, every node must meet the following minimum requirements:
RAM: 15 GB
Processors: 6 CPU cores
Disk space: 90 GB
When you have three worker nodes to handle the complete workload, every node must meet the following minimum requirements:
RAM: 10 GB
Processors: 4 CPU cores
Disk space: 60 GB
Requirements per capability:
Capability | RAM | Processors | Disk space |
---|---|---|---|
Operations Bridge Manager (OMi) | 16 GB | 4 CPU cores | 50 GB |
Business Value Dashboard (BVD) | 6 GB | 4 CPU cores | 30 GB |
Performance Engine (PE) | 8 GB | 4 CPU cores | 100 GB |
Additionally, the following is required:
- The ITOM Platform requires an additional 16 GB RAM, 8 CPU cores, and 200 GB on the master node.
- The NFS server requires 100 GB disk space on the master node if the master is used as the NFS server (only recommended for test environments).
HPE recommends the mount point /opt/kubernetes
for the master and worker disk space. For the NFS server, the mount point /var/vols
is recommended if the master node is used as the NFS server.
When you have one worker node to handle the load, the node must meet the following minimum requirements:
RAM: 36 GB
Processors: 20 CPU cores
Disk space: 220 GB
When you have two worker nodes to handle the complete workload, every node must meet the following minimum requirements:
RAM: 18 GB
Processors: 10 CPU cores
Disk space: 110 GB
When you have three worker nodes to handle the complete workload, every node must meet the following minimum requirements:
RAM: 12 GB
Processors: 7 CPU cores
Disk space: 74 GB
The calculations are based on the following requirements per capability:
Capability | RAM | Processors | Disk space |
---|---|---|---|
Operations Bridge Manager (OMi) - small deployment | 16 GB | 4 CPU cores | 50 GB |
Operations Bridge Reporter (OBR) | |||
OBR Server | 8 GB | 8 CPU cores | 100 GB |
PostgreSQL | 4 GB | 4 CPU cores | 20 GB |
Collector | 8 GB | 4 CPU cores | 50 GB |
Additionally, the following is required:
- The ITOM Platform requires an additional 16 GB RAM, 8 CPU cores, and 200 GB on the master node.
- The NFS server requires 100 GB disk space on the master node if the master is used as the NFS server (only recommended for test environments).
HPE recommends the mount point /opt/kubernetes
for the master and worker disk space. For the NFS server, the mount point /var/vols
is recommended if the master node is used as the NFS server.
When you have one worker node to handle the load, the node must meet the following minimum requirements:
RAM: 26 GB
Processors: 20 CPU cores
Disk space: 200 GB
When you have two worker nodes to handle the complete workload, every node must meet the following minimum requirements:
RAM: 13 GB
Processors: 10 CPU cores
Disk space: 100 GB
When you have three worker nodes to handle the complete workload, every node must meet the following minimum requirements:
RAM: 9 GB
Processors: 7 CPU cores
Disk space: 67 GB
The calculations are based on the following requirements per capability:
Capability | RAM | Processors | Disk space |
---|---|---|---|
Business Value Dashboard (BVD) | 6 GB | 4 CPU cores | 30 GB |
Operations Bridge Reporter (OBR) | |||
OBR Server | 8 GB | 8 CPU cores | 100 GB |
PostgreSQL | 4 GB | 4 CPU cores | 20 GB |
Collector | 8 GB | 4 CPU cores | 50 GB |
Additionally, the following is required:
- The ITOM Platform requires an additional 16 GB RAM, 8 CPU cores, and 200 GB on the master node.
- The NFS server requires 100 GB disk space on the master node if the master is used as the NFS server (only recommended for test environments).
HPE recommends the mount point /opt/kubernetes
for the master and worker disk space. For the NFS server, the mount point /var/vols
is recommended if the master node is used as the NFS server.
When you have one worker node to handle the load, the node must meet the following minimum requirements:
RAM: 28 GB
Processors: 20 CPU cores
Disk space: 270 GB
When you have two worker nodes to handle the complete workload, every node must meet the following minimum requirements:
RAM: 14 GB
Processors: 10 CPU cores
Disk space: 135 GB
When you have three worker nodes to handle the complete workload, every node must meet the following minimum requirements:
RAM: 10 GB
Processors: 7 CPU cores
Disk space: 90 GB
The calculations are based on the following requirements per capability:
Capability | RAM | Processors | Disk space |
---|---|---|---|
Performance Engine (PE) | 8 GB | 4 CPU cores | 100 GB |
Operations Bridge Reporter (OBR) | |||
OBR Server | 8 GB | 8 CPU cores | 100 GB |
PostgreSQL | 4 GB | 4 CPU cores | 20 GB |
Collector | 8 GB | 4 CPU cores | 50 GB |
Additionally, the following is required:
- The ITOM Platform requires an additional 16 GB RAM, 8 CPU cores, and 200 GB on the master node.
- The NFS server requires 100 GB disk space on the master node if the master is used as the NFS server (only recommended for test environments).
HPE recommends the mount point /opt/kubernetes
for the master and worker disk space. For the NFS server, the mount point /var/vols
is recommended if the master node is used as the NFS server.
When you have one worker node to handle the load, the node must meet the following minimum requirements:
RAM: 42 GB
Processors: 24 CPU cores
Disk space: 250 GB
When you have two worker nodes to handle the complete workload, every node must meet the following minimum requirements:
RAM: 21 GB
Processors: 12 CPU cores
Disk space: 125 GB
When you have three worker nodes to handle the complete workload, every node must meet the following minimum requirements:
RAM: 14 GB
Processors: 8 CPU cores
Disk space: 84 GB
The calculations are based on the following requirements per capability:
Capability | RAM | Processors | Disk space |
---|---|---|---|
Operations Bridge Manager (OMi) - small deployment | 16 GB | 4 CPU cores | 50 GB |
Business Value Dashboard (BVD) | 6 GB | 4 CPU cores | 30 GB |
Operations Bridge Reporter (OBR) | |||
OBR Server | 8 GB | 8 CPU cores | 100 GB |
PostgreSQL | 4 GB | 4 CPU cores | 20 GB |
Collector | 8 GB | 4 CPU cores | 50 GB |
Additionally, the following is required:
- The ITOM Platform requires an additional 16 GB RAM, 8 CPU cores, and 200 GB on the master node.
- The NFS server requires 100 GB disk space on the master node if the master is used as the NFS server (only recommended for test environments).
HPE recommends the mount point /opt/kubernetes
for the master and worker disk space. For the NFS server, the mount point /var/vols
is recommended if the master node is used as the NFS server.
When you have one worker node to handle the load, the node must meet the following minimum requirements:
RAM: 44 GB
Processors: 24 CPU cores
Disk space: 320 GB
When you have two worker nodes to handle the complete workload, every node must meet the following minimum requirements:
RAM: 22 GB
Processors: 12 CPU cores
Disk space: 160 GB
When you have three worker nodes to handle the complete workload, every node must meet the following minimum requirements:
RAM: 15 GB
Processors: 8 CPU cores
Disk space: 107 GB
The calculations are based on the following requirements per capability:
Capability | RAM | Processors | Disk space |
---|---|---|---|
Operations Bridge Manager (OMi) - small deployment | 16 GB | 4 CPU cores | 50 GB |
Performance Engine (PE) | 8 GB | 4 CPU cores | 100 GB |
Operations Bridge Reporter (OBR) | |||
OBR Server | 8 GB | 8 CPU cores | 100 GB |
PostgreSQL | 4 GB | 4 CPU cores | 20 GB |
Collector | 8 GB | 4 CPU cores | 50 GB |
Additionally, the following is required:
- The ITOM Platform requires an additional 16 GB RAM, 8 CPU cores, and 200 GB on the master node.
- The NFS server requires 100 GB disk space on the master node if the master is used as the NFS server (only recommended for test environments).
HPE recommends the mount point /opt/kubernetes
for the master and worker disk space. For the NFS server, the mount point /var/vols
is recommended if the master node is used as the NFS server.
When you have one worker node to handle the load, the node must meet the following minimum requirements:
RAM: 34 GB
Processors: 24 CPU cores
Disk space: 300 GB
When you have two worker nodes to handle the complete workload, every node must meet the following minimum requirements:
RAM: 17 GB
Processors: 12 CPU cores
Disk space: 150 GB
When you have three worker nodes to handle the complete workload, every node must meet the following minimum requirements:
RAM: 12 GB
Processors: 8 CPU cores
Disk space: 100 GB
The calculations are based on the following requirements per capability:
Capability | RAM | Processors | Disk space |
---|---|---|---|
Business Value Dashboard (BVD) | 6 GB | 4 CPU cores | 30 GB |
Performance Engine (PE) | 8 GB | 4 CPU cores | 100 GB |
Operations Bridge Reporter (OBR) | |||
OBR Server | 8 GB | 8 CPU cores | 100 GB |
PostgreSQL | 4 GB | 4 CPU cores | 20 GB |
Collector | 8 GB | 4 CPU cores | 50 GB |
Additionally, the following is required:
- The ITOM Platform requires an additional 16 GB RAM, 8 CPU cores, and 200 GB on the master node.
- The NFS server requires 100 GB disk space on the master node if the master is used as the NFS server (only recommended for test environments).
HPE recommends the mount point /opt/kubernetes
for the master and worker disk space. For the NFS server, the mount point /var/vols
is recommended if the master node is used as the NFS server.
When you have one worker node to handle the load, the node must meet the following minimum requirements:
RAM: 50 GB
Processors: 28 CPU cores
Disk space: 350 GB
When you have two worker nodes to handle the complete workload, every node must meet the following minimum requirements:
RAM: 25 GB
Processors: 14 CPU cores
Disk space: 175 GB
When you have three worker nodes to handle the complete workload, every node must meet the following minimum requirements:
RAM: 17 GB
Processors: 10 CPU cores
Disk space: 117 GB
The calculations are based on the following requirements per capability:
Capability | RAM | Processors | Disk space |
---|---|---|---|
Operations Bridge Manager (OMi) - small deployment | 16 GB | 4 CPU cores | 50 GB |
Business Value Dashboard (BVD) | 6 GB | 4 CPU cores | 30 GB |
Performance Engine (PE) | 8 GB | 4 CPU cores | 100 GB |
Operations Bridge Reporter (OBR) | |||
OBR Server | 8 GB | 8 CPU cores | 100 GB |
PostgreSQL | 4 GB | 4 CPU cores | 20 GB |
Collector | 8 GB | 4 CPU cores | 50 GB |
Additionally, the following is required:
- The ITOM Platform requires an additional 16 GB RAM, 8 CPU cores, and 200 GB on the master node.
- The NFS server requires 100 GB disk space on the master node if the master is used as the NFS server (only recommended for test environments).
HPE recommends the mount point /opt/kubernetes
for the master and worker disk space. For the NFS server, the mount point /var/vols
is recommended if the master node is used as the NFS server.
Operations Bridge Suite system requirements
Depending on the capabilities you want to install, your system must meet different database and client system requirements. Review the requirements listed below to make sure your container is correctly set up to host the suite.
Suite database requirements
When configuring the Operations Bridge Suite, you can choose between an internal PostgreSQL database or an external PostgreSQL database. .
- InternalPostgreSQL. There are no specific requirements for the internal PostgreSQL database.
- External PostgreSQL. A database for use by the Operations Bridge Suite must already be configured. The name of the database must not be
postgres
. In addition, the user that accesses the database must have permissions to create tables.
For a list of supported PostgreSQL database versions, see the support matrix for the Operations Bridge Suite.
OMi database requirements
- Internal PostgreSQL. With an internal PostgreSQL database, the database instance is installed and configured in a separate container, and database files are stored on the NFS server.
-
Remote PostgreSQL. If you use a remote database instance, OMi can configure it for you or you can configure it directly in the database management system (for example, if your organization does not allow the usage of administrator credentials during setup).
For detailed database requirements and instructions on creating database instances manually, see the OMi Database Guide.
BVD database requirements
When configuring BVD, you can choose between an external PostgreSQL database and an internal PostgreSQL database.
There are no specific requirements for the internal PostgreSQL database. The database instance is installed and configured in a separate container, and database files are stored on the NFS server.
The requirements for the external PostgreSQL database are as follows:
-
Hardware. For PostgreSQL hardware requirements, see the PostgreSQL documentation available at:
-
PostgreSQL version. For a list of supported PostgreSQL database versions, see the support matrix at:
Support Matrices for Operations Center products
Download and extract the support matrix files, open the document SUMA.htm and select Operations Manager i Business Value Dashboard from the product list.
-
Installation. For details on the PostgreSQL software installation, see the installation guide in the documentation for your specific PostgreSQL version.
Caution Make sure you configure the
pg_hba.conf
file on the PostgreSQL server to accept remote connections. Otherwise, the connection to the PostgreSQL database cannot be established. -
Configuration. A database for use by BVD must already be configured. The name of the database must not be
postgres
, and the database must usepassword
for the authentication, notMD5
. In addition, the user that accesses the database must have permissions to create tables. -
Data migration. If you were using BVD 10.12, specify the external PostgreSQL of your 10.12 deployment during the configuration to migrate your 10.12 data to the BVD container deployment. The migrated data includes your dashboards, instances, API key, dashboard customizations, CSS customizations, and data integrations.
Before you specify the details of your 10.12 database in the Suite Installer, perform the following steps:
- Stop BVD 10.12. BVD must no longer be active on the database.
-
Use a database tool, for example
PgAdmin
, to open the BVD database.- Edit the table
bvdLdapServerConfigurations
. - Remove the single line that the table contains. This is the LDAP server configuration for 10.12, which is no longer required.
Do not drop the table.
- Edit the table
To also migrate your LDAP user permissions and assignments, specify the LDAP server you used for BVD 10.12 during the LDAP configuration. If the same LDAP server is configured, BVD will apply the already configured permissions and role assignments.
For more information about the LDAP configuration, see the Operations Bridge Suite Administration Guide.
PE database requirements
Performance Engine requires an external Vertica database. If your Operations Bridge Suite container deployment includes Performance Engine and Operations Bridge Reporter, the Vertica instance is shared between OBR and PE.
HPE Vertica does not support VMware Vmotion and Logical Volume Manager (LVM) on any system where database files are stored. HPE recommends VMware ESX 5.5 Hypervisor to virtualize the HPE Vertica Analytics Platform, with VMware Tools installed on each virtual machine.
OBR database requirements
Operations Bridge Reporter requires an external dedicated Vertica database. Vertica is not deployed in a container, but the resources are required for an installation of Vertica on a standalone virtual machine. Use the classic OBR installer and select Vertica database to install Vertica on a virtual machine. If your Operations Bridge Suite container deployment includes the Performance Engine (PE) capability, the Vertica instance can be shared between OBR and PE.
HPE Vertica does not support VMware Vmotion and Logical Volume Manager (LVM) on any system where database files are stored. HPE recommends VMware ESX 5.5 Hypervisor to virtualize the HPE Vertica Analytics Platform, with VMware Tools installed on each virtual machine.
-
Web browser configuration:
-
The browser must be set to accept third-party cookies and allow session cookies.
-
The browser must be set to enable JavaScript execution.
-
The browser must allow pop-ups from the OMi application.
-
Internet Explorer users must:
-
Configure the caching mechanism to automatically check for newer versions of stored web pages (Internet options > General > Browsing history > Settings > Temporary Internet Files > Check for newer versions of stored pages: Automatically).
-
Enable the use of TLS 1.0 or later (Internet Options > Advanced > Security)
-
Turn off Compatibility View (in Internet Explorer 11 only)
-
-
-
Fonts. The following fonts must be installed:
- Arial
- Meiryo (for Japanese locales)
- Malgun Gothic or Arial (for Korean locales)
- SimHei or SimSun (for Simplified Chinese locales)
-
Screen resolution. 1600x900 or higher (recommended); 1280x1024 (supported).
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