Figure 3 Step 2: Insert the motherboard driver disk (Method A) or the floppy disk/USB flash drive that contains the SATA RAID/ AHCI driver (Method B), then specify the location of the driver (Figure 4). Note: For users using a SATA optical drive, be sure to copy the driver files from the motherboard driver disk to a USB flash drive before installing Windows Vista (go to the BootDrv folder and save the whole GSATA folder to the USB flash drive). Then use Method B to load the driver. Method A: Insert the motherboard driver disk into your system and browse to the following directory: \BootDrv\GSATA\32Bit For Windows Vista 64-bit, browse to the 64Bit folder. Method B: Insert the USB flash drive containing the driver files and browse to \GSATA\32Bit (for Windows Vista 32-bit) or \GSATA\64Bit (for Windows Vista 64-bit). Figure 4 Appendix Step 3: When a screen as shown in Figure 5 appears, select GIGABYTE GBB36X Controller and click Next. Figure 5 Step 4: After the driver is loaded, select the RAID/AHCI drive(s) where you want to install the operating system and then click Next to continue the OS installation (Figure 6). Figure 6 The install menus described in this chapter are for reference only and may differ by driver version. Appendix C. Rebuilding an Array Rebuilding is the process of restoring data to a hard drive from other drives in the array. Rebuilding applies only to fault-tolerant arrays such as RAID 1 arrays. The procedures below assume a new drive is added to replace a failed drive to rebuild a RAID 1 array. (Note: The new drive must have equal or greater capacity than the old one.) Turn off your computer and replace the failed hard drive with a new one. Use either the RAID setup utility or the GIGABYTE RAID CONFIGURER utility in the operating system to perform the rebuild. • Rebuilding with the RAID setup utility Step 1: When the message "Press to enter RAID Setup Utility" appears, press + to enter the utility. In the Main Menu block, select Rebuild Mirror Drive and press . The selection bar will move to the degraded array. Press again. Gigabyte Technology Corp. RAID Setup Utility v1.07.06 [ Main Menu ] [ Hard Disk Drive List ] Model Name Capacity Type/Status HDD0: ST3120026AS 120 GB RAID Inside HDD1: ST3120026AS 120 GB Non-RAID Create RAID Disk Drive Delete RAID Disk Drive Revert HDD to Non-RAID Solve Mirror Conflict Rebuild Mirror Drive Save And Exit Setup Exit Without Saving [ RAID Disk Drive List ] Model Name RAID Level Capacity Status Members(HDDx) RDD0: GRAID 1-Mirror 120 GB Degraded 0? [fgTAB]-Switch Window [hi]-Select RAID [ENTER]-Action [ESC]-Exit Step 2: The selection bar will then move to new hard drive in the Hard Disk Drive List block. Press to start the RAID rebuilding process. The rebuilding progress is displayed at the bottom of the screen. When done, the status of the array will display as Normal. Gigabyte Technology Corp. RAID Setup Utility v1.07.06 [ Main Menu ] [ Hard Disk Drive List ] Create RAID Disk Drive Delete RAID Disk Drive Revert HDD to Non-RAID Solve Mirror Conflict Rebuild Mirror Drive Save And Exit Setup Exit Without Saving Model Name Capacity Type/Status HDD0: ST3120026AS 120 GB RAID Inside HDD1: ST3120026AS 120 GB Non-RAID [ RAID Disk Drive List ] Model Name RAID Level Capacity Status Members(HDDx) RDD0: GRAID 1-Mirror 120 GB Degraded 0? Rebuilding....35%, please wait.... Appendix • Rebuilding in the operating system Make sure the GIGABYTE SATA2/JMicron JMB363 SATA controller driver has been installed from the motherboard driver disk. Launch the GIGABYTE RAID CONFIGURER from All Programs in the Start menu. Step 2: When the Rebuilding RAID Wizard appears, click Next. Step 1: In the GIGABYTE RAID CONFIGURER screen, right-click on the array to be rebuilt in the RAID LIST block. Select Rebuild Raid. (Or click the Rebuild icon in the tool bar.) Step 3: Select a drive to rebuild the array and click Next. Step 4: Click Finish to start the RAID rebuilding process. Step 6: When finished, restart your system. Step 5: The rebuilding progress is displayed at the bottom of the screen. Appendix 5-2 Configuring Audio Input and Output 5-2-1 Configuring 2/4/5.1/7.1-Channel Audio The motherboard provides three audio jacks on the back panel which support 2/4/5.1/7.1(Note)-channel audio. The picture to the right shows the default audio jack assignments. The integrated HD (High Definition) audio provides jack retasking capability that allows the user to change the function for each jack through the audio driver. Line In Front Speaker Out Mic In • To install a microphone, connect your microphone to the Mic in jack and manually configure the jack for microphone functionality. • Audio signals will be present on both of the front and back panel audio connections simultaneously. If you want to mute the back panel audio (only supported when using an HD front panel audio module), refer to instructions on page 74. High Definition Audio (HD Audio) HD Audi...
