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Gigabyte GA-770TA-UD3 (rev.1) [42/120] Bank interleaving
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BIOS Setup - 42 -
Trfc3 for DIMM4
Options are: Auto (default), 90ns, 110ns, 160ns, 300ns, 350ns.
Write Recovery Time
Options are: Auto (default), 5T~8T, 10T, 12T.
Precharge Time
Options are: Auto (default), 4T~7T.
Row Cycle Time
Options are: Auto (default), 11T~42T.
RAS to RAS Delay
Options are: Auto (default), 4T~7T.
Bank Interleaving
Enables or disables memory bank interleaving. Enabled allows the system to simultaneously access dif-
ferent banks of the memory to increase memory performance and stability. (Default: Enabled)
Channel interleave
Enables or disables memory channel interleaving. Enabled allows the system to simultaneously access
different channels of the memory to increase memory performance and stability. (Default: Enabled)
********
System Voltage Optimized
********
System Voltage Control
Determines whether to manually set the system voltages. Auto lets the BIOS automatically set the
system voltages as required. Manual allows all voltage control items below to be congurable. (Default:
Auto)
DRAM Voltage Control
Allows you to set the memory voltage.
Normal Supplies the memory voltage as required. (Default)
1.500V ~ 2.400V The adjustable range is from 1.500V to 2.400V.
Note: Increasing memory voltage may result in damage to the memory or reduce the useful life of the
memory.
DDR VTT Voltage Control
Normal Supplies the memory VTT voltage as required. (Default)
0.900V ~ 1.300V The adjustable range is from 0.900V to 1.300V.
Note: Increasing memory voltage may result in damage to the memory or reduce the useful life of the
memory
NB Voltage Control
Allows you to set the North Bridge voltage.
Normal Supplies the North Bridge voltage as required. (Default)
1.100V ~ 1.800V The adjustable range is from 1.100V to 1.800V.
SB/HT Voltage Control
Allows you to set the South Bridge/HT-Link voltage.
Normal Supplies the South Bridge/HT-Link voltage as required. (Default)
1.200V ~ 1.580V The adjustable range is from 1.200V to 1.580V.
Содержание
- Ga 770ta ud3 1
- User s manual 1
- 2009 giga byte technology co ltd all rights reserved the trademarks mentioned in this manual are legally registered to their respective owners 3
- Copyright 3
- Disclaimer 3
- Documentation classifications 3
- Example 3
- For product related information check on our website at http www gigabyte com tw 3
- Identifying your motherboard revision 3
- In order to assist in the use of this product gigabyte provides the following types of documentations 3
- Information in this manual is protected by copyright laws and is the property of gigabyte changes to the specifications and features in this manual may be made by gigabyte with out prior notice no part of this manual may be reproduced copied translated transmitted or published in any form or by any means without gigabyte s prior written permission 3
- The revision number on your motherboard looks like this rev x x for example rev 1 means the revision of the motherboard is 1 check your motherboard revision before updating motherboard bios drivers or when looking for technical information 3
- Box contents optional items ga 770ta ud3 motherboard layout block diagram 4
- Chapter 1 hardware installation 4
- Chapter 2 bios setup 3 4
- Table of contents 4
- Chapter 3 drivers installation 9 5
- Chapter 4 unique features 3 5
- Chapter 5 appendix 5 5
- Box contents 6
- Optional items 6
- Ga 770ta ud3 7
- Ga 770ta ud3 motherboard layout 7
- Block diagram 8
- 1 installation precautions 9
- Chapter 1 hardware installation 9
- 2 product specifications 10
- 3 1 installing the cpu 13
- 3 installing the cpu and cpu cooler 13
- 3 2 installing the cpu cooler 15
- 4 1 dual channel memory configuration 16
- 4 installing the memory 16
- 4 2 installing a memory 17
- 5 installing an expansion card 18
- 6 back panel connectors 19
- Coaxial s pdif out connector 19
- Esata 3gb s port 19
- Ieee 1394a port 19
- Optical s pdif out connector 19
- Ps 2 keyboard port 19
- Ps 2 mouse port 19
- Rj 45 lan port 19
- Usb 2 1 port 19
- Center subwoofer speaker out jack orange 20
- Line in jack blue 20
- Line out jack green 20
- Mic in jack pink 20
- Rear speaker out jack black 20
- Side speaker out jack gray 20
- Usb 3 2 port 20
- 7 internal connectors 21
- 2 atx_12v_2x4 atx 2x4 12v power connector and 2x12 main power connector 22
- Connectors when using a power supply providing a 2x4 12v and a 2x12 power connector remove the protective covers from the 12v power connector and the main power connector on the motherboard do not insert the power supply cables into pins under the protective covers when using a power supply providing a 2x2 12v and a 2x10 power connector 22
- Hardware installation 22 22
- High power consumption be used 500w or greater if a power supply is used that does not provide the required power the result can lead to an unstable or unbootable system 22
- The power connectors are compatible with power supplies with 2x2 12v and 2x10 power 22
- To meet expansion requirements it is recommended that a power supply that can withstand 22
- With the use of the power connector the power supply can supply enough stable power to all the com ponents on the motherboard before connecting the power connector first make sure the power supply is turned off and all devices are properly installed the power connector possesses a foolproof design connect the power supply cable to the power connector in the correct orientation the 12v power con nector mainly supplies power to the cpu if the 12v power connector is not connected the computer will not start 22
- 23 hardware installation 23
- 4 5 cpu_fan sys_fan1 sys_fan2 pwr_fan fan headers 23
- Be sure to connect fan cables to the fan headers to prevent your cpu and system from over 23
- Fdd floppy disk drive connector 23
- Headers 23
- Heating overheating may result in damage to the cpu or the system may hang 23
- The motherboard has a 4 pin cpu fan header cpu_fan a 4 pin sys_fan1 and one 3 pin sys_ fan2 system fan headers and a 3 pin power fan header pwr_fan most fan headers possess a foolproof insertion design when connecting a fan cable be sure to connect it in the correct orientation the black connector wire is the ground wire the motherboard supports cpu fan speed control which requires the use of a cpu fan with fan speed control design for optimum heat dissipation it is recom mended that a system fan be installed inside the chassis 23
- These fan headers are not configuration jumper blocks do not place a jumper cap on the 23
- This connector is used to connect a floppy disk drive the types of floppy disk drives supported are 360 kb 720 kb 1 mb 1 4 mb and 2 8 mb before connecting a floppy disk drive be sure to locate pin 1 of the connector and the floppy disk drive cable the pin 1 of the cable is typically designated by a stripe of different color for purchasing the optional floppy disk drive cable please contact the local dealer 23
- A raid 0 or raid 1 configuration requires at least two hard drives if more than two hard 24
- A raid 10 configuration requires at least four hard drives and the total number of hard drives 24
- Drives are to be used the total number of hard drives must be an even number 24
- Hardware installation 24 24
- Ide ide connector 24
- Must be an even number 24
- Sata2_0 1 2 3 4 5 sata 3gb s connectors controlled by amd sb710 south bridge 24
- The ide connector supports up to two ide devices such as hard drives and optical drives before attach ing the ide cable locate the foolproof groove on the connector if you wish to connect two ide devices remember to set the jumpers and the cabling according to the role of the ide devices for example master or slave for information about configuring master slave settings for the ide devices read the instructions from the device manufacturers 24
- The sata connectors conform to sata 3gb s standard and are compatible with sata 1 gb s standard each sata connector supports a single sata device the amd sb710 controller supports raid 0 raid 1 raid 10 and jbod refer to chapter 5 configuring sata hard drive s for instructions on configuring a raid array 24
- 25 hardware installation 25
- A raid 0 or raid 1 configuration requires at least two hard drives if more than two hard drives are to be used the total number of hard drives must be an even number 25
- Gsata3_6 7 sata 6gb s connectors controlled by marvell 9128 25
- The marvell 9128 supports raid 0 and raid 1 refer to chapter 5 configuring sata hard drive s for instructions on configuring a raid array 25
- The sata connectors conform to sata 6gb s standard and are compatible with sata 3gb s and sata 1 gb s standards each sata connector supports a single sata device 25
- F_panel front panel header 26
- 27 hardware installation 27
- Audio signals will be present on both of the front and back panel audio connections simultane 27
- Cd_in cd in connector 27
- F_audio front panel audio header 27
- Front panel audio module refer to the instructions on how to activate ac 97 functionality via the audio software in chapter 5 configuring 2 4 5 7 channel audio 27
- Instead of a single plug for information about connecting the front panel audio module that has different wire assignments please contact the chassis manufacturer 27
- Ously if you want to mute the back panel audio only supported when using an hd front panel audio module refer to chapter 5 configuring 2 4 5 7 channel audio 27
- Some chassis provide a front panel audio module that has separated connectors on each wire 27
- The front panel audio header supports hd audio by default if your chassis provides an ac 97 27
- The front panel audio header supports intel high definition audio hd and ac 97 audio you may connect your chassis front panel audio module to this header make sure the wire assignments of the module con nector match the pin assignments of the motherboard header incorrect connection between the module connector and the motherboard header will make the device unable to work or even damage it 27
- You may connect the audio cable that came with your optical drive to the header 27
- Spdif_in s pdif in header 28
- Spdif_out s pdif out header 28
- 29 hardware installation 29
- Cord from the power outlet to prevent damage to the usb bracket 29
- Do not plug the ieee 1394 bracket 2x5 pin cable into the usb header prior to installing the usb bracket be sure to turn off your computer and unplug the power 29
- Do not plug the usb bracket cable into the ieee 1394a header prior to installing the ieee 1394a bracket be sure to turn off your computer and unplug the 29
- F_1394 ieee 1394a header 29
- F_usb1 f_usb2 usb headers 29
- Power cord from the power outlet to prevent damage to the ieee 1394a bracket 29
- The header conforms to ieee 1394a specification the ieee 1394a header can provide one ieee 1394a port via an optional ieee 1394a bracket for purchasing the optional ieee 1394a bracket please con tact the local dealer 29
- The headers conform to usb 2 1 specification each usb header can provide two usb ports via an optional usb bracket for purchasing the optional usb bracket please contact the local dealer 29
- Then attach the other end of the cable to the ieee 1394a device ensure that the cable is se curely connected 29
- To connect an ieee 1394a device attach one end of the device cable to your computer and 29
- Coma serial port header 30
- Hardware installation 30 30
- Lpt parallel port header 30
- The com header can provide one serial port via an optional com port cable for purchasing the op tional com port cable please contact the local dealer 30
- The lpt header can provide one parallel port via an optional lpt port cable for purchasing the optional lpt port cable please contact the local dealer 30
- Bat battery 31
- Clr_cmos clearing cmos jumper 31
- Chapter 2 bios setup 33
- 1 startup screen 34
- A the logo screen default 34
- B the post screen 34
- 2 the main menu 36
- Bios setup program function keys 36
- Sample bios version d12 36
- Advanced bios features 37
- Exit without saving 37
- Integrated peripherals 37
- Keys for the main menu only 37
- Load fail safe defaults 37
- Load optimized defaults 37
- Mb intelligent tweaker m i t 37
- Pc health status 37
- Power management setup 37
- Save exit setup 37
- Set supervisor password 37
- Set user password 37
- Standard cmos features 37
- 3 mb intelligent tweaker m i t 38
- Bios setup 38 38
- Dent on your overall system configurations incorrectly doing overclock overvoltage may result in damage to cpu chipset or memory and reduce the useful life of these components this page is for advanced users only and we recommend you not to alter the default settings to prevent system instability or other unexpected results inadequately altering the settings may result in system s failure to boot if this occurs clear the cmos values and reset the board to default values 38
- System voltage control item to auto to optimize the system voltage settings 38
- When the system voltage optimized item blinks in red it is recommended that you set the 38
- Whether the system will work stably with the overclock overvoltage settings you made is depen 38
- Advanced clock calibration 39
- Cpu core control 39
- Ec firmware selection 39
- Value all cores 39
- Value core 0 value core 1 value core 2 value core 3 39
- Cpu clock ratio 40
- Cpu core 40
- Cpu frequency mhz 40
- Cpu host clock control 40
- Cpu northbridge freq 40
- Ht link frequency 40
- Memory clock 40
- Pcie clock mhz 40
- Set memory clock 40
- 41 bios setup 41
- Allows you to set memory control mode 41
- Cas latency 41
- Dcts mode 41
- Ddr3 timing items 41
- Dram configuration 41
- Ganged ganged sets memory control mode to single dual channel 41
- Manual allows all ddr3 timing items below to be configurable 41
- Minimum ras active time 41
- Options are auto default 15t 30t 41
- Options are auto default 1t 2t 41
- Options are auto default 4t 12t 41
- Options are auto default 4t 7t 41
- Options are auto default 5t 12t 41
- Options are auto default 90ns 110ns 160ns 300ns 350ns 41
- Options are auto default manual options are auto default manual 41
- Ras to cas r w delay 41
- Row precharge time 41
- T 2t command timing 41
- Trfc0 for dimm1 41
- Trfc1 for dimm3 41
- Trfc2 for dimm2 41
- Twtr command delay 41
- Unganged unganged sets memory control mode to two single channel default 41
- Bank interleaving 42
- Channel interleave 42
- Ddr vtt voltage control 42
- Dram voltage control 42
- Nb voltage control 42
- Precharge time 42
- Ras to ras delay 42
- Row cycle time 42
- Sb ht voltage control 42
- System voltage control 42
- Trfc3 for dimm4 42
- Write recovery time 42
- Cpu nb vid control 43
- Cpu voltage control 43
- Nb pcie voltage control 43
- Normal cpu vcore 43
- 4 standard cmos features 44
- Bios setup 44 44
- Configure your ide sata devices by using one of the two methods below configure your ide sata devices by using one of the two methods below 44
- Date mm dd yy 44
- Ide channel 0 1 master slave 44
- Ide channel 0 1 master slave ide channel 0 1 master slave 44
- Ide hdd auto detection 44
- Sets the system date the date format is week read only month date and year select the desired field and use the up arrow or down arrow key to set the date 44
- Sets the system time for example 1 p m is 13 0 0 select the desired field and use the up arrow or down arrow key to set the time 44
- Time hh mm ss 44
- To autodetect the parameters of the ide sata device on this channel 44
- Drive a 45
- Floppy 3 mode support 45
- Halt on 45
- Ide channel 2 3 master slave 4 5 master 7 master slave 45
- Memory 45
- 5 advanced bios features 46
- Amd c1e suppor 46
- Amd k8 cool quiet control 46
- Auto lets the amd cool n quiet driver dynamically adjust the cpu clock and vid to 46
- Bios setup 46 46
- Default disabled default disabled 46
- Disabled disabled disables this function 46
- Enables or disables the c1e cpu power saving function in system halt state when enabled the cpu core frequency and voltage will be reduced during system halt state to decrease power consumption default disabled 46
- First second third boot device 46
- Hard disk boot priority 46
- Note this item appears only if you install a cpu that supports this feature 46
- Reduce heat output from your computer and its power consumption default reduce heat output from your computer and its power consumption default 46
- To accept options are floppy ls120 hard disk cdrom zip usb fdd usb zip usb cdrom usb hdd legacy lan disabled 46
- To exit this menu when finished 46
- Virtualization 46
- Virtualization allows a platform to run multiple operating systems and applications in independent parti tions with virtualization one computer system can function as multiple virtual systems 46
- Away mode 47
- Backup bios image to hdd 47
- Full screen logo show 47
- Hdd s m a r t capability 47
- Init display first 47
- Password check 47
- 6 integrated peripherals 48
- Bios setup 48 48
- Configures the operating mode of the integrated sata2_0 sata2_3 controller 48
- Enable native ide mode if you wish to install operating systems that support native enable native ide mode if you wish to install operating systems that support native 48
- Enables or disables the integrated ide controller default enabled 48
- Enables or disables the sata controller integrated in the amd sb710 chip default enabled 48
- Mode mode 48
- Native ide native ide allows the sata controller to operate in native ide mode default 48
- Onchip ide channel 48
- Onchip sata controller amd sb710 chipset 48
- Onchip sata type amd sb710 sata2_0 sata2_3 connectors 48
- Raid raid enables raid for the sata controller 48
- Gsata raid configuration marvell 9128 chip gsata3_6 7 connectors 49
- Onboard esata controller jmicron jmb362 chip esata connectors on the back panel 49
- Onboard esata mode jmicron jmb362 chip esata connectors on the back panel 49
- Onboard lan boot rom 49
- Onboard lan function 49
- Onboard sata3 controller marvell 9128 chip gsata3_6 7 connectors 49
- Onboard sata3 mode marvell 9128 chip gsata3_6 7 connectors 49
- Onchip sata port4 5 type amd sb710 sata2_4 sata2_5 connectors 49
- Onboard 1394 function 50
- Onboard audio function 50
- Onboard usb 3 controller nec usb 3 controller 50
- Smart lan lan cable diagnostic function 50
- Ecp mode use dma 51
- Legacy usb storage detect 51
- Onboard parallel port 51
- Onboard serial port 1 51
- Onchip usb controllers onboard usb 1 controllers 51
- Parallel port mode 51
- Usb ehci controller onboard usb 2 controllers 51
- Usb keyboard support 51
- Usb mouse support 51
- 7 power management setup 52
- Acpi suspend type 52
- Allows the system to be awakened from acpi s3 sleep state by a wake up signal from the installed usb device default enabled 52
- Allows the system to be awakened from an acpi sleep state by a wake up signal from a modem that supports wake up function default disabled 52
- Allows the system to be awakened from an acpi sleep state by a wake up signal from a pci or pcie de vice note to use this function you need an atx power supply providing at least 1a on the 5vsb lead default enabled 52
- Bios setup 52 52
- Button is pressed for less than 4 seconds the system will enter suspend mode button is pressed for less than 4 seconds the system will enter suspend mode 52
- Configures the way to turn off the computer in ms dos mode using the power button 52
- Delay 4 sec delay 4 sec press and hold the power button for 4 seconds to turn off the system if the power 52
- In s1 sleep state the system appears suspended and stays in a low power mode in s1 sleep state the system appears suspended and stays in a low power mode 52
- In s3 sleep state the system appears to be off and consumes less power than in in s3 sleep state the system appears to be off and consumes less power than in 52
- Instant off instant off press the power button and then the system will be turned off instantly default 52
- Its working state exactly where it was left off its working state exactly where it was left off 52
- Modem ring resume 52
- Note supported on windows vista operating system only 52
- Pme event wake up 52
- S1 pos s1 pos enables the system to enter the acpi s1 power on suspend sleep state 52
- S3 str s3 str enables the system to enter the acpi s3 suspend to ram sleep state default 52
- Soft off by power button 52
- Specifies the acpi sleep state when the system enters suspend 52
- The s1 state when signaled by a wake up device or event the system resumes to the s1 state when signaled by a wake up device or event the system resumes to 52
- The system can be resumed at any time the system can be resumed at any time 52
- Usb wake up from s3 52
- Ac back function 53
- Eup support 53
- Hpet suppor 53
- Kb power on password 53
- Power on by alarm 53
- Power on by keyboard 53
- Power on by mouse 53
- 8 pc health status 54
- Bios setup 54 54
- Case opened 54
- Displays the detection status of the chassis intrusion detection device attached to the motherboard ci header if the system chassis cover is removed this field will show yes otherwise it will show no to clear the chassis intrusion status record set reset case open status to enabled save the settings to the cmos and then restart your system 54
- Enables or disables the cpu overheating protection function when enabled the cpu core voltage and ratio will be reduced when the cpu is overheated default enabled 54
- Hardware thermal control 54
- Keeps or clears the record of previous chassis intrusion status enabled clears the record of previous chassis intrusion status and the case opened field will show no at next boot default disabled 54
- Reset case open status 54
- Cpu smart fan control 55
- Cpu smart fan mode 55
- Cpu system power fan fail warning 55
- Cpu warning temperature 55
- Current cpu system power fan speed rpm 55
- Current system cpu temperature 55
- Current voltage v vcore ddr3 1 v 3 v 12v 55
- System smart fan control 55
- 10 load optimized defaults 56
- 9 load fail safe defaults 56
- Bios setup 56 56
- Key to load the optimal bios default settings the bios defaults settings help the system to operate in optimum state always load the optimized defaults after updating the bios or after clearing the cmos values 56
- Key to load the safest bios default settings in case system instability occurs you may try to load fail safe defaults which are the safest and most stable bios settings for the motherboard 56
- 11 set supervisor user password 57
- 57 bios setup 57
- Again the message password disabled will appear indicating the password has been can celled 57
- Supervisor password 57
- The bios setup program allows you to specify two separate passwords 57
- User password 57
- When a system password is set and the when a system password is set and the password check item in advanced bios features is set to setup you must enter the supervisor password for entering bios setup and making bios changes 57
- When the when the password check item is set to system you must enter the supervisor password or user password at system startup and when entering bios setup 57
- When the when the password check item is set to system you must enter the supervisor password or user password at system startup to continue system boot in bios setup you must enter the supervisor password if you wish to make changes to bios settings the user password only allows you to view the bios settings but not to make changes 57
- 12 save exit setup 58
- 13 exit without saving 58
- Bios setup 58 58
- To return to the bios setup main menu 58
- 1 installing chipset drivers 59
- Chapter 3 drivers installation 59
- 2 application software 60
- 3 technical manuals 60
- 4 contact 61
- 5 system 61
- 6 download center 62
- 1 xpress recovery2 63
- Before you begin 63
- Chapter 4 unique features 63
- Installation and configuration 63
- System requirements 63
- 2 1 updating the bios with the q flash utility 66
- 2 bios update utilities 66
- A before you begin 66
- 67 unique features 67
- B updating the bios 67
- Do not turn off or restart the system when the system is reading updating the bios do not remove the floppy disk usb flash drive or hard drive when the system is updat 67
- Ing the bios 67
- Key during the post to access q flash 67
- Make sure the bios update file matches your motherboard model 67
- Step 3 when the update process is complete press any key to return to the main menu 67
- The save main bios to drive option allows you to save the current bios file q flash only supports usb flash drive or hard drives using fat32 16 12 file system if the bios update file is saved to a hard drive in raid ahci mode or a hard drive attached to 67
- To begin the bios update the monitor will display the update process 67
- When updating the bios choose the location where the bios file is saved the following procedure as sumes that you save the bios file to a floppy disk 67
- To exit q flash and reboot the system as the system boots you should see the new bios version is present on the post screen 68
- To load bios defaults 68
- To load bios defaults system will re detect all peripheral devices after a bios update so we recommend that you reload bios defaults 68
- To save settings to cmos and exit bios setup the proce dure is complete after the system restarts 68
- Unique features 68 68
- 2 2 updating the bios with the bios utility 69
- A before you begin 69
- B using bios 69
- C after updating the bios 69
- 3 easytune 6 70
- Gigabyte s easytune 6 is a simple and easy to use interface that allows users to fine tune their system settings or do overclock overvoltage in windows environment the user friendly easytune 6 interface also includes tabbed pages for cpu and memory information letting users read their system related information without the need to install additional software 70
- Tab function 70
- Tabs information 70
- The easytune 6 interface 70
- The the cpu tab provides information on the installed cpu and motherboard 70
- Unique features 70 70
- 4 easy energy saver 71
- Meter mode button information table 71
- The easy energy saver interface a meter mode 71
- B total mode 72
- C stealth mode 72
- Total mode button information table 72
- 5 q share 73
- Directions for using q share 73
- Options descriptions 73
- 6 time repair 74
- Preference screen 74
- System restore 74
- 1 1 configuring amd sb710 sata controller 75
- 1 configuring sata hard drive s 75
- A installing sata hard drive s in your computer 75
- Before you begin 75
- Chapter 5 appendix 75
- To configure sata hard drive s follow the steps below 75
- Appendix 76 76
- B configuring sata controller mode in bios setup 76
- Figure 1 76
- Make sure to configure the sata controller mode correctly in system bios setup 76
- Step 2 save changes and exit bios setup 76
- The bios setup menus described in this section may differ from the exact settings for your moth erboard the actual bios setup menu options you will see shall depend on the motherboard you have and the bios version 76
- To enter bios setup during the post power on self test ensure onchip sata controller is enabled under integrated peripherals to enable raid for the sata2_0 1 2 3 connectors set onchip sata type to raid to enable raid for the sata2_4 5 connectors set onchip sata type to raid and set onchip sata port4 5 type to as sata type figure 1 76
- C configuring raid set in raid bios 77
- Appendix 78 78
- Figure 4 78
- Figure 5 78
- To enter the define ld menu window figure 4 the define ld selection from the main menu allows users to begin the process of manually defining the drive elements and raid levels for one or multiple disk arrays 78
- To enter the raid configuration menu figure 5 78
- 79 appendix 79
- After the creation is complete the screen will return to define ld menu where you will see the newly 79
- Again if you want to exit the raid bios utility 79
- Created array 79
- Disk array the total drv section will show the number of disks assigned 79
- Figure 6 79
- Figure 7 79
- Figure 8 79
- Keys to save the information the window below will appear 79
- Mum capacity 79
- To change the assignment option to y this action adds the drive to the 79
- To clear the mbr or press other keys to ignore this option then the window below 79
- To set the capacity of the raid array or press other keys to set the array to its maxi 79
- View drive assignments the view drive assignments option in the main menu displays whether the attached hard drives are as signed to a disk array or are unassigned under the assignment column drives are labeled with their as signed disk array or shown as free if unassigned 79
- Will appear 79
- Appendix 80 80
- Delete an array the delete array menu option allows for deletion of disk array assignments 80
- Deleting an existing disk array could result in loss of data record all array information including the array type the disk members and stripe block size in case you wish to undo a deletion 80
- Figure 9 80
- If you are sure to delete the array or other keys to abort 80
- In the main menu to enter the delete ld menu then highlight the array you 80
- The view ld definition menu will appear as shown in figure 9 showing which drives are assigned to 80
- To return to main menu 80
- 1 2 configuring jmicron jmb362 sata controller 81
- 81 appendix 81
- A installing sata hard drive s in your computer 81
- Attach one end of the sata signal cable to the rear of the sata hard drive and the other end to available sata port on the motherboard the jmicron jmb362 sata controller controls the esata ports on the back panel then connect the power connector from your power supply to the hard drive 81
- B configuring sata controller mode in bios setup 81
- Figure 1 81
- Make sure to configure the sata controller mode correctly in system bios setup 81
- Step 2 save changes and exit bios setup 81
- The bios setup menus described in this section may differ from the exact settings for your moth erboard the actual bios setup menu options you will see shall depend on the motherboard you have and the bios version 81
- To enter bios setup during the post power on self test make sure onboard esata controller under the integrated peripherals menu is enabled figure 1 to create raid set onboard esata mode to raid 81
- Appendix 82 82
- C configuring a raid array in raid bios 82
- Enter the raid bios setup utility to configure a raid array skip this step and proceed to the installation of windows operating system for a non raid configuration 82
- Figure 2 82
- Figure 3 82
- To enter the raid setup util ity 82
- To see detailed information about the selected hard drive 82
- 83 appendix 83
- Figure 4 83
- Figure 5 83
- On the create raid disk drive item then the create new raid screen appears figure 4 83
- Select raid mode under the level item use up or down arrow key to select raid 0 stripe raid 1 83
- Steps 1 enter array name under the name item enter an array name with 1 16 letters letters cannot be special 83
- The create new raid block displays all the items that need to be set for creating an array figure 5 83
- To move onto the next step 83
- 6 confirm creation after all of the items above are configured the selection bar automatically jumps to the 84
- Appendix 84 84
- Assign array disks after a raid mode is selected raid bios automatically assigns the two hard drives 84
- Figure 6 84
- Figure 7 84
- Installed as the raid drives 84
- Set block size raid 0 only under the block item use the up or down arrow key to select the stripe 84
- To abort 84
- 85 appendix 85
- A small window dis playing the array information will appear in the center of the screen figure 9 85
- Figure 8 85
- Figure 9 85
- When finished the new raid array will be displayed in the raid disk drive list block figure 8 85
- Appendix 86 86
- Figure 10 86
- Figure 11 86
- Now you may proceed to create the sata raid ahci driver diskette and the installation of the sata raid ahci driver and operating system 86
- Save and exit setup after configuring the raid array select the save and exit setup item in the main 86
- To cancel 86
- 1 3 configuring marvell 9128 sata controller 87
- 87 appendix 87
- A installing sata hard drive s in your computer 87
- Attach one end of the sata signal cable to the rear of the sata hard drive and the other end to available sata port on the motherboard the marvell 9128 sata controller controls the gsata3_6 7 ports on the motherboard then connect the power connector from your power supply to the hard drive 87
- B configuring sata controller and raid mode in bios setup 87
- Figure 1 87
- Make sure to configure the sata controller mode correctly in system bios setup 87
- On the gsata raid configuration item figure 1 to enter the raid configuration menu skip this step if you do not want to create raid 87
- The bios setup menus described in this section may differ from the exact settings for your moth erboard the actual bios setup menu options you will see shall depend on the motherboard you have and the bios version 87
- To enter bios setup during the post power on self test make sure onboard sata3 controller under the integrated peripherals menu is enabled then set on board sata3 mode to ide or ahci depending on your requirements figure 1 in ahci mode installation of the sata ahci driver is required during windows xp installation refer to section 5 1 4 for more infor mation 87
- Appendix 88 88
- C configuring a raid array 88
- Figure 2 88
- Figure 3 88
- To proceed figure 3 88
- 89 appendix 89
- After each step steps 1 raid level select a raid level options include raid 0 stripe and raid 1 mirror 2 stripe size select the stripe block size options include 32 kb and 64 kb 3 gigabyte rounding select whether to permit the installation of a replacement drive that is smaller than 89
- Figure 4 89
- Figure 5 89
- Quick init select whether to quickly erase old data on the hard drives when creating the array 5 vd name enter an array name with 1 10 letters letters cannot be special characters 89
- The failed drive when performing a raid 1 rebuild options include none 1g and 10g 89
- To begin creating the array 89
- To cancel figure 5 89
- Appendix 90 90
- Figure 6 90
- Figure 7 90
- Save the settings and exit after you complete the raid configuration and before you exit the configura 90
- To cancel figure 7 90
- When completed you can see the new array under topology virtual disks figure 6 90
- 91 appendix 91
- Figure 8 91
- Now you may proceed to create the sata driver diskette for ahci mode and the installation of the sata driver and operating system 91
- To cancel figure 8 91
- Use the marvell raid utility in the operating system with the marvell raid utility you can set up an array or view the current array status in the operating system to install the utility insert the motherboard driver disk then go to application software install gigabyte utilities and select marvell raid utility to install note after the installation you must login the utility with the same account name and password that you use to login the operating system if you did not set the account password before click login to enter the marvell raid utility directly 91
- 1 4 making a sata raid ahci driver diskette 92
- Required for ahci and raid mode 92
- 1 5 installing the sata raid ahci driver and operating system 94
- A installing windows xp 94
- 95 appendix 95
- Figure 3 95
- Figure 4 95
- To continue the driver installation 95
- To continue the driver installation after the driver installation you can pro ceed with the windows xp installation 95
- B installing windows vista 96
- 101 appendix 101
- For the jmicron jmb362 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 101
- 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 101
- 103 appendix 103
- For the marvell 9128 turn off your computer and replace the failed hard drive with a new one please note to perform the rebuild you must enter the gsata raid configuration menu in bios setup 103
- To cancel 103
- Again to continue the rebuild process note that the percentage of the last rebuild progress will be rounded down to the nearest multiple of 10 percent as shown in the bga rebuild item for example if you stopped the rebuild at 27 the rebuild will continue at 20 104
- Appendix 104 104
- Step 3 the bga rebuild item in the information block will display the current rebuild progress after the rebuild is complete the status will display as functional please note the rebuild will be stopped if you exit the rebuild screen before the rebuild is complete 104
- 2 1 configuring 2 4 5 7 channel audio 105
- 2 configuring audio input and output 105
- A configuring speakers 105
- B configuring sound effect 106
- C activating an ac 97 front panel audio module 106
- D muting the back panel audio for hd audio only 106
- 2 2 configuring s pdif in out 107
- A s pdif in 107
- B s pdif out 108
- 2 3 configuring microphone recording 109
- Enabling stereo mix 110
- 2 4 using the sound recorder 111
- A recording sound 111
- B playing the recorded sound 111
- 3 1 frequently asked questions 112
- 3 troubleshooting 112
- Appendix 112 112
- To read more faqs for your motherboard please go to the support downloads motherboard faq page on gigabyte s website 112
- 113 appendix 113
- 3 2 troubleshooting procedure 113
- If you encounter any troubles during system startup follow the troubleshooting procedure below to solve the problem 113
- Appendix 114 114
- If the procedure above is unable to solve your problem contact the place of purchase or local dealer for help or go to the support downloads technical service zone page to submit your question our customer service staff will reply you as soon as possible 114
- 4 regulatory statements 115
- Our commitment to preserving the environment 115
- Regulatory notices 115
- Restriction of hazardous substances rohs directive statement 115
- Waste electrical electronic equipment weee directive statement 115
- Weee symbol statement 115
- China restriction of hazardous substances table 116
- 119 appendix 119
- Contact us 119
- Appendix 120 120
- Gigabyte global service system 120
- To submit a technical or non technical sales market ing question please link to http ggts gigabyte com tw then select your language to enter the system 120
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