As the new technologies introduced, the old hardware upgraded to the latest and advanced versions like HPE ProLiant DL360 Gen9 server Reliability, operability, and near-continuous accessibility, supported by a manufacturer warranty, make it perfect for any ecosystem. The way the IT sector advanced day by day to upgrade and update your computer system, you do not need to change the hardware tools but to download or install to configure your system.
Steps to Follow to configure a system:
There are many ways to configure your system, but here are enlisted a few of them.
- Selecting a server model Includes several server models within the HPE DL380 Gen9 family. The Server HPE ProLiant DL380 Gen9 is the best model for maximum software performance.
- Such processors enable Vertica to provide the quickest response time practicable across a wide range of concurrent workloads for the database. The value of the hardware’s faster clock directly impacts the response time for the Vertica database. Additional cores improve the ability of the cluster to perform several queries and masses of data simultaneously.
- Do not leave entire networks bare. Load both channels simultaneously. A two-processor system has eight ram channels in each band, and 3 DIMM spaces, for a total of 24 slots. Memory setup should comply with the DIMM population rules and guidelines: Populate the maximum number of DIMMs per channel (DPC) to 2. Doing so enables you to use the highest supported 2133 MHz DIMM speed.
Selection Of A Network Controller:
The servers used as Vertica nodes should include at least two 10 Gigabit Ethernet (RJ-45) port to achieve the maximum performance of MPP cluster operations.
Interconnecting the private network should have duplication over Ethernet. The interconnection (specifically the transfer) would otherwise be a specific point of a cluster-wide breakdown.
To achieve duplication on both private and public networks: take the two terminals on the server from the Ethernet card and run one at each of the top two rack switches (bonded together in an IRF).
Connection using LACP.
Split the connections between private and public networks, utilizing VLANs.