500TB Disk & 25TB SSD in HPE DL380 Gen10 with D6020 - 662

My PlayHouse (Morten Hjorth)
16 Mar 201828:48

Summary

TLDRIn this detailed tutorial, the host demonstrates how to upgrade the storage capabilities of an HP DL380 Gen10 server by adding a SAS expander card and additional SSDs. The process involves expanding the server's storage from 8 to 16 drives, installing riser cards for extra PCIe slots, and connecting a SAS controller to manage the new drives. The video covers every step from disassembling the server to carefully managing cables and ensuring proper installation. Itโ€™s a hands-on guide for anyone looking to enhance their serverโ€™s performance with an easy-to-follow, practical approach.

Takeaways

  • ๐Ÿ˜€ The video focuses on upgrading an HP DL380 Gen10 server by expanding its storage capacity from 8 to 16 drives, installing SSDs, and adding a 12Gb SAS expander card.
  • ๐Ÿ˜€ The server was initially equipped with two CPUs, 128GB of memory, and six occupied PCIe slots, all of which had fiber optic HBAs installed.
  • ๐Ÿ˜€ A new riser card is added to the server to make room for the new SAS expander card, which will allow for additional drives.
  • ๐Ÿ˜€ The SAS expander card connects to the existing RAID controller to expand storage capacity, supporting up to 28 drives from the original 8 slots.
  • ๐Ÿ˜€ The serverโ€™s internal components, such as the riser card and HBA cards, need to be carefully moved and reconfigured to fit the new expansion hardware.
  • ๐Ÿ˜€ The SSDs being installed are high-end 1.92TB enterprise drives, each costing around $1,500, and they will be used for storage in the expanded system.
  • ๐Ÿ˜€ The video highlights the need for proper tools, like the correct screwdriver, when working in a data center environment to ensure smooth installation and avoid mishaps.
  • ๐Ÿ˜€ The storage setup includes both a RAID controller for system functionality and an SSD array for fast data access, with the SSDs arranged in a mirrored configuration for redundancy.
  • ๐Ÿ˜€ Attention is given to cable management and ensuring the serverโ€™s internal components, such as power cables and air flow regulators, are correctly connected to prevent performance issues.
  • ๐Ÿ˜€ After the physical installation, the server is powered up and confirmed to be working, with all drives recognized and operating as expected, ready for use with Linux-based systems.

Q & A

  • What is the model of the server being expanded in the video?

    -The server being expanded is an HP DL380 Gen10.

  • How many drive bays does the server initially have, and how many will it have after the expansion?

    -The server initially has 8 drive bays, and after the expansion, it will have 16 drive bays.

  • What type of drives are being installed into the server?

    -The server is being equipped with high-capacity SSDs, specifically 1.92 TB each.

  • What is the purpose of the SAS expander card in this server expansion?

    -The SAS expander card is used to increase the number of drives the server can handle, allowing it to support up to 28 drives.

  • What additional component is required to support the increased number of drives?

    -A 12GB SAS controller is installed to manage the additional drives and ensure proper functionality.

  • Why did the technician need to install a new riser card?

    -A new riser card is needed because the existing PCI Express slots were already occupied by fiber-optic HBAs, and the new riser card frees up additional slots for expansion cards.

  • What was the challenge related to screws during the installation process?

    -The technician encountered missing screws for securing certain components, which could have made the installation more difficult, but they managed without them.

  • How did the technician handle cable management during the installation?

    -The technician carefully routed and secured the cables to prevent interference with airflow and to ensure that all connections were stable and properly managed.

  • What RAID controller is being used in the expansion, and why is it important?

    -The P480 RAID controller is being used, and it is crucial because it manages the drives, ensuring they function properly within the expanded storage setup.

  • What happens after all components are installed and connected?

    -Once the components are installed and connected, the technician powers on the server to check if the drives are recognized, confirming the success of the expansion.

Outlines

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Mindmap

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Keywords

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Highlights

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Transcripts

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Related Tags
Server ExpansionHP DL380Data CenterSSD InstallationSAS ControllerRAID SetupEnterprise StorageTech TutorialIT InfrastructureServer UpgradeHardware Installation