Follows are the instructions I used to accomplish this. Note that Windows Server 2019 is the last Server OS from Microsoft that will run on this hardware - Microsoft recompiled Server 2022 with CPU-specific opcodes and it won't run on older hardware. (or so they say)
Ingredients: HP DL 380 g6, 800GB worth of 15k rpm drives on a SmartArray, 32GB ram, a 32GB PNY usb stick, the Server 2019 ISO downloaded from Microsoft Volume License Service Center, some knowledge and experience and trial and error. You should have a scratch OS on the system. I recommend Server 2012R2 You will also need a copy of Rufus and a windows 10 system
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This should work for the DL180 g6 as well with one exception - the 180's do not come with ILO circuitry. However the stub interface still exists on the motherboard and will produce an "unknown device IPMI" in Device Manager. HP has a Null Driver inf file for Server 2008 that will make this go away if it bothers you, search for it.
Create the BIOS update USB stick on the win10 system. You must use diskpart to "clean" the USB stick then use diskpart to apply an MBR loader on it. Then use Rufus to format the USB stick NTFS. Then run the BIOS update and let it extract then run the HP USB key generation program as administrator. It probably will error out saying the USB stick is write protected - if you get the error, click OK on it then the SECOND the dialog box disappears immediately rerun the USB key generation program - the second time it will work and generate the USB key if you restart it fast enough
copy the P410i firmware update to the server and update the RAID card. Allow the server to reboot and tap the spacebar when the Show Options message comes up on the screen. When the screen is in character mode printing out the boot notifications press F8 to get into the array utility. Delete all logical drives and recreate the array how you like.
Using Rufus on the win10 system again, create the bootable Windows Server 2019 USB stick. You MUST select "MBR" format in Rufus and you MUST also click the Advanced section of Rufus and select the option to "make the stick bootable on old BIOSes"
Boot the server with the Windows Server 2019 USB stick and install a fresh server. Let it reboot a few times and at the desktop put in the local admin password and then go to the desktop as administrator.
In Device Manager select the Base Driver errored device, right click and select update then select to search the local computer and search the driver directory in downloads. It will install the ILO 2 regular driver
In Device Manager select the IMPI errored device, right click and select update then select to search the local computer and select the controller directory in downloads. It will install the ILO 2 controller driver
I used the HP Smart Array Configuration utility to setup a RAID 1 array (hardware P400 controller) using four disks. I created 2 logical drives with physical hard drive 2 mirroring drive 1 (o/s drives) and physical drive 4 mirroring 3. After upgrading to Windows Server 2008 R2, my RAID array is not visible under disk management (should it be?).
What is visible is drive c (Disk 0 - which are drives 1 & 2) listed as basic but with the capacity of just one drive. The other drive (Disk 1) also shows as basic with the capacity of a single drive but unallocated (it has no drive letter).
Both drives, however, show online leading me to believe that the RAID configuration is functioning somehow. Also, when I check the status with the Configuration disk, it shows that it's setup properly. Anyone have any ideas? How can I even access the unallocated drive for use?
The health you see in Disk Management is the health of the logical volumes. That will not reflect, for example, a failure of one of the physical drives. You will need to monitor that using HP Array Configuration Utility software.
Lenovo offers a suite of management tools to simplify the configuration and management of the RAID controllers for ThinkSystem, ThinkServer, and System x servers. These tools enable Lenovo RAID controllers to be managed through a user interface or command line interface in the pre-boot environment, during the deployment of an operating system, and after the operating system is deployed.
This guide introduces the RAID management tools and their capabilities, along with the links to download these tools and the respective user guides, for use on ThinkSystem, ThinkServer, and System x servers with the supported RAID controllers.
This guide introduces the RAID management tools and their capabilities, along with the links to download these tools and the respective user guides,for use on supported ThinkSystem, ThinkServer, and System x servers with the following RAID controllers:
* The number of drives depends on the RAID controller capabilities and supported internal drive bay configurations (including SAS expanders in drive backplanes) or external storage expansion configurations for the server in which the RAID controller is installed.
^ The number of drives depends on the RAID controller capabilities and supported internal drive bay configurations or external storage expansion configurations for the server in which the RAID controller is installed.
* Up to 6 drives can be configured in a RAID array, and the remaining two drives operate in JBOD mode.
** Includes SAS Expander.
*** JBOD mode is supported only with the non-backed cache.
**** A cache upgrade is required for the 720ix AnyRAID adapter operations, and it must be purchased together with the controller.
* Not all SSDs support CacheCade feature. For details, refer to the following web page:
-5094754.
** RAID 10, 50 and 60 drive groups do not support Online Capacity Expansion and Online RAID Level Migration. RAID 0, 1, 5, and 6 drive groups do not support Online Capacity Expansion and Online RAID Level Migration if two or more virtual drives are defined on a single drive group.
* VMware ESXi hosts running Lenovo Customized images of the ESXi hypervisor version 5.5 Update 1 or later can be managed remotely via the LSI Storage Authority tool installed on a supported operating system.
This guide is intended for systems engineers and other implementation specialists within LogRhythm Professional Services, who are LogRhythm Partners, or who are LogRhythm customers under the guidance of LogRhythm Professional Services.
The storage array ships with a rack mount chassis and rails for mounting in a high-density server rack. Install the rails in a rack that meets the specifications of American National Standards Institute (ANSI)/Electronic Industries Association (EIA) standard ANSI/EIA-310-D-92, the International Electrotechnical Commission (IEC) 297, and Deutsche Industrie Norm (DIN) 41494.
Before the LogRhythm Appliance will recognize the LogRhythm Storage Array, the newly installed RAID controller must be set up. It can be set up through RAID Controller BIOS Configuration Utility, iDRAC, or Dell OpenManage. This document illustrates configuration using the RAID Controller BIOS Configuration Utility method. For configuration using iDRAC or Dell OpenManage, please refer to vendor documentation.
Additional log files provide no benefit to SQL Server. Therefore, rather than adding new log files, the existing files will be moved in order to best take advantage of the space and performance of the additional disk.
When an LR-SA is added to the PM5400, additional data files are created for each database on the E: drive, and also for TempDB on the U: drive. The LogMart log file is moved from the L: drive to the M: drive.
When a second LR-SA is added to the PM5400, additional data files are created for each database on the F: drive, and also for TempDB on the V: drive. The Events log file is moved from the L: drive to the N: drive.
When an LR-SA is added to the PM7400, additional data files are created for each database on the E: drive, and also for TempDB on the U: drive. The LogMart log file is moved from the L: drive to the M: drive.
When a second LR-SA is added to the PM7400, additional data files are created for each database on the F: drive, and also for TempDB on the V: drive. The Events log file is moved from the L: drive to the N: drive.
When a third LR-SA is added to the PM7400, additional data files are created for each database on the G: drive, and also for TempDB on the W: drive. The Alarms log file is moved from the L: drive to the O: drive.
I know a good amount about hardware and software, but since I haven't done an upgrade like this before, I just want to make sure I am not missing any detail(s) that would prevent this upgrade from working.
Another goal is to not modify the raid controller settings in anyway so that if I can't get the SSD's to work properly, I can always simply re-install the original HDDs and at least I will be back up and running.
Here are our recommended steps to move the RAID 1 volume to larger drives. This procedure will not require reinstallation of the operating system and will not compromise the current information on the RAID 1 volume:
But, I am a little uneasy to follow those steps because they involve using one of my current (original) drives in the process, so I am very concerned that if something doesn't go right, I will be in a bad situation.
So, I would like to propose a modification to your proceedure that will totally isolate my two orignal drives, so if something should go wrong, I can simply just reinstall those two original drives and be back up and running.
Am I correct in thinking that with the above steps, if something does go wrong with the process, I can always just reinstall the two original HDD's and the raid controller will automatically recognize them as the original RAID array and boot them up as if I made no changes to the system? 152ee80cbc
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