Configuring the RAID Array

3.Open the chassis cover of the workstation.

4.(Case 1 only) Disconnect the SCSI connector on the controller end if your workstation has SCSI hard drives.

5.Install the ASR 2120S adapter in one of the available PCI slots in your workstation.

NOTE: Your workstation might have 32-bit PCI or 64-bit PCI slots. It is recommended that you install the ASR 2120S adapter in the 64-bit PCI slot to take advantage of the bus performance, but the adapter can also be installed in a 32-bit PCI slot if your workstation does not have a 64-bit PCI slot.

6.Set the SCSI IDs for each hard drive using the jumper setting on the hard drive label. Each drive MUST have a unique ID or the workstation does not boot.

7.Connect the hard drives to the RAID controller using the SCSI cable.

8.Connect the power cable to each drive.

9.Close the chassis cover.

10.Reconnect the main power cord to rear of the workstation and to the electrical wall outlet.

1.Turn on the workstation and when you see the HP logo screen, press the Esc key to see the Option ROM Message.

NOTE: If you do not see the Option ROM message mentioned in the next step, go into your system BIOS Setup and enable the Option ROM Scan setting. (Follow the on-screen instructions or refer to your system user manual for reference). Save the system configuration and exit. The system reboots.

2.(Case 1 only) Your system might come with an IDE drive or other SCSI controller. To boot from the RAID array you might need to set up the boot device priority so that Bootable Add in Card is set as the boot device (as opposed to the IDE drives) or the Adaptec RAID Controller is listed at the top under Controller Order. Save the configuration changes and exit the setup. The system reboots.

NOTE: The BIOS settings might differ depending on your system model. Refer to your system manual for specific BIOS instructions.

3.When you see the option ROM message, Adaptec SCSI RAID BIOS Vx.xx [BUILD xxxx] and <<<Press <Ctrl> <A> for Adaptec RAID Configuration Utility, hold down the Ctrl key then press A to go into the RAID configuration utility.

4.In the menu, press Enter to select the Array Configuration Utility that is highlighted by default.

5.In the menu, use the arrow keys to navigate to Initialize Drives then press Enter.

NOTE: All drives used to create the boot array must be initialized.

CAUTION: Initializing a drive destroys any existing data.

6.Use the arrow keys to navigate and press the Insert key to select the drives for initialization.

7.When you see the following red warning message Warning! Initialization will erase all Array Information from selected drives. Any Array using any of these drives, as members will be affected. Do you want to continue?, press Y to continue. The system initializes the selected drives.

8.After initializing the drives, the main menu is displayed. Select Create Array by highlighting the item and pressing Enter.

9.Select the drives that you wish to create the array on by highlighting them and pressing the Insert key. Repeat this step until all the drives to be used are selected. When all the desired drives are on the right side, press Enter to continue.

10.On the next screen, make the following selections and entries:

xw5000 specifications

The HP xw5000 Workstation is a powerful piece of computing hardware designed for professionals in fields such as engineering, architecture, digital content creation, and scientific research. This workstation was particularly known for its reliability and performance during its production years, appealing to users who required robust computing capabilities.

One of the key features of the HP xw5000 is its support for high-performance processors. The workstation can be configured with various Intel Pentium 4 or Xeon processors, allowing users to choose a setup that suits their needs. This flexibility in processing power is essential for handling complex computations and multitasking.

In terms of memory, the xw5000 supports a substantial amount of RAM, with configurations allowing for up to 8 GB of DDR memory. This memory capacity is crucial for memory-intensive applications such as CAD software, video editing tools, and other resource-hungry programs.

The storage options in the xw5000 are noteworthy, including multiple HDD configurations with options for SATA or SCSI drives. This versatility ensures that professionals can choose the most suitable drive types for their workloads, whether it be speed, capacity, or redundancy through RAID configurations.

Graphics performance is another standout feature of the xw5000. It includes support for various professional-grade graphics cards from NVIDIA and AMD, offering users the ability to handle graphic-intensive tasks such as 3D rendering and animation. This is particularly alluring for graphic designers and engineers who need precise visuals and quick rendering times.

Connectivity is well catered for, with multiple ports such as USB 2.0, FireWire, and audio in/out, enhancing the workstation's utility in a professional environment. Users can easily connect external devices such as printers, storage drives, and audio interfaces.

The HP xw5000 also emphasizes modularity and expandability. Its design allows for the easy addition or replacement of components, meaning users can upgrade their systems as workloads change or technology advances.

Overall, the HP xw5000 Workstation blends power, expandability, and precision, making it an ideal choice for professionals who demand high performance and reliability in their computing tools. Its ability to handle complex tasks with ease has cemented its reputation in various industries where performance is paramount.