![Gigabyte Z390 I AORUS PRO WIFI (rev. 1.0) [45/52] A 2 installation in intel rst premium with intel optane system acceleration mode](/img/pdf.png)
Gigabyte Z390 I AORUS PRO WIFI (rev. 1.0) [45/52] A 2 installation in intel rst premium with intel optane system acceleration mode
![Gigabyte Z390 I AORUS PRO WIFI (rev. 1.0) [45/52] A 2 installation in intel rst premium with intel optane system acceleration mode](/views2/1666593/page45/bg2d.png)
A-2: Installation in Intel RST Premium With Intel Optane System Acceleration mode
If the SATA controller has been congured in Intel RST Premium With Intel Optane System Acceleration mode,
please follow the steps below:
1. After system restarts, go to the BIOS Setup, make sure CSM Support under the BIOS menu is disabled.
2. Go to Peripherals\SATAAndRSTConguration and make sure Use RST Legacy OROM is disabled. If
you want to enable the Optane
™
memory installed in the M2P connector, set PCIe Storage Device on Port
9 to RST Controlled; to enable the Optane
™
memory installed in the M2M connector, set PCIe Storage
Device on Port 17 to RST Controlled.
3. Enter the operating system, launch the Intel
®
Rapid Storage Technology utility from the Start menu, and then
enable Intel
®
Optane
™
Memory on the Intel
®
Optane
™
Memory screen.
4. If you install more than one Optane
™
memory, please select which one you are going to use. Then select
which drive to be accelerated. Click Yes to continue. Follow the on-screen instructions to proceed. When
completed, restart the system.
5. Launch the Intel
®
Rapid Storage Technology utility from the Start menu and make sure the Intel
®
Optane
™
Memory has been enabled. If you want to accelerate the system drive, you can select specic folders, les, or
applications to accelerate using the Intel
®
Optane
™
Memory Pinning function. (The Intel
®
Optane
™
memory
used must have at least 32 GB capacity.)
• An Optane
™
memory cannot be used to accelerate an M.2 PCIe SSD.
• If more than one Optane
™
memory is installed, you can select only one of them to accelerate your
SATA-based boot drive. The other(s) can only be used as data drive(s).
• Do not abruptly remove the Optane
™
memory. Doing so will cause the operating system to stop
functioning correctly.
• If you want to change/remove the Optane
™
memory, you must disable it using the Intel
®
Rapid
Storage Technology or Intel(R) Optane
™
Memory application rst.
• After enabling the Optane
™
memory, the related BIOS settings will remain even after a BIOS update.
- 45 -
Содержание
- Rev 1001 12me z39arsi 1001r 1
- User s manual 1
- Z390 i aorus pro wifi 1
- Motherboard 2
- Sept 13 2018 2
- Wireless module country approvals 2
- Z390 i aorus pro wifi 2
- Copyright 3
- Disclaimer 3
- Identifying your motherboard revision 3
- Chapter 1 hardware installation 4
- Chapter 2 bios setup 2 4
- Chapter 3 appendix 2 4
- Table of contents 4
- Z390 i aorus pro wifi motherboard layout 4
- Box contents 5
- Motherboard driver disk 5 i o shield 5
- Note 1 the connector chip is on the back of the motherboard note 2 the hole is on the pch heatsink of the motherboard 5
- One digital led strip adapter cable 5 one antenna 5
- User s manual 5 m screw s m standoff s 5
- Z390 i aorus pro wifi 5
- Z390 i aorus pro wifi motherboard 5 two sata cables 5
- Z390 i aorus pro wifi motherboard layout 5
- 1 installation precautions 6
- Chapter 1 hardware installation 6
- 2 product specifications 7
- 2 productspecifications 7
- 3 installing the cpu 10
- 4 installing the memory 10
- Dualchannelmemoryconfiguration 10
- Installing the cpu 10
- 5 installing an expansion card 11
- 6 back panel connectors 11
- Displayport 11
- Hdmi port 11
- Usb 3 gen 1 port 11
- Usb 3 gen 2 type a port red 11
- Usb type 11
- Center subwoofer speaker out 12
- Line in side speaker out 12
- Line out front speaker out 12
- Mic in side speaker out 12
- Optical s pdif out connector 12
- Rear speaker out 12
- Rj 45 lan port 12
- Sma antenna connectors 2t2r 12
- 7 internal connectors 13
- 2 atx_12v_2x4 atx 2x4 12v power connector and 2x12 main power connector 14
- 4 cpu_fan sys_fan1 2 fan headers 14
- All fan headers on this motherboard are 4 pin 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 speed control function requires the use of a fan with fan speed control design for optimum heat dissipation it is recommended that a system fan be installed inside the chassis 14
- Be sure to connect fan cables to the fan headers to prevent your cpu and system from 14
- Overheating overheating may result in damage to the cpu or the system may hang 14
- The 12v power connector mainly supplies power to the cpu if the 12v power connector is not connected the 12v power connector mainly supplies power to the cpu if the 12v power connector is not connected the computer will not start 14
- These fan headers are not configuration jumper blocks do not place a jumper cap on the headers 14
- To meet expansion requirements it is recommended that a power supply that can withstand 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 14
- With the use of the power connector the power supply can supply enough stable power to all the components 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 14
- 2 5v default 15
- Before installing the devices be sure to turn off the devices and your computer unplug the power cord from the power outlet to prevent damage to the devices 15
- Connect one end of the included digital led strip adapter cable to this header and the other end to your digital led strip the power pin marked with a triangle on the plug of the led strip must be connected to pin 1 of the digital led strip header incorrect connection may lead to the damage of the led strip 15
- Connect one end of the rgb led strip extension cable to the header and the other end to your rgb led strip the black wire marked with a triangle on the plug of the extension cable must be connected to pin 1 12v of this header the 12v pin marked with an arrow on the other end of the extension cable must be lined up with the 12v of the led strip be careful with the connection orientation of the led strip incorrect connection may lead to the damage of the led strip 15
- D_led digital led strip header 15
- Dled_v_sw digital led strip power select jumper 15
- For how to turn on off the lights of the led strip please visit the unique features webpage of gigabyte s website 15
- Led_c rgb led strip header 15
- No pin 15
- Pin no definition 15
- The header can be used to connect a standard 5050 digital led strip with maximum power rating of 5a 12v or 5v and maximum number of 1000 leds there are 12v and 5v digital led strips be sure to verify the voltage requirements of your digital led strip and set the dled_v_sw jumper accordingly 15
- The header can be used to connect a standard 5050 rgb led strip 12v g r b with maximum power rating of 2a 12v and maximum length of 2m 15
- This jumper allows you to select the supply voltage of the d_led header be sure to verify the voltage requirements of your digital led strip and set the correct voltage with this jumper before connection incorrect connection may lead to the damage of the led strip 15
- Chipset supports raid 0 raid 1 raid 5 and raid 10 refer to chapter 3 configuring a raid set for instructions on configuring a raid array 16
- Follow the steps below to correctly install an m ssd in the m connector step 1 use a screwdriver to unfasten the screw on the heatsink and then remove the heatsink first only the m2p connector has the heatsink if you want to install an m 2242 or 2260 ssd get a screw and a standoff from the included m screw kit and follow the pictures below to install 16
- If you want to install an m 2260 or 2280 ssd be sure not to fasten standoff a to the heatsink or the m ssd may be damaged 16
- M2p m2m m socket 3 connectors 16
- Note the m2m connector is on the back of the motherboard 16
- Pin no definition 16
- Sata3 0 1 2 3 sata 6gb s connectors 16
- Select the proper hole for the m ssd to be installed and refasten the screw and standoff 16
- Size fasten standoff a to the 42 hole on the pch heatsink 16
- Size fasten standoff b to the 60 hole on the motherboard 16
- Step 2 slide the m ssd into the connector at an angle step 3 press the m ssd down and then secure it with the screw replace the heatsink and secure it to the original hole 16
- The m connectors support m sata ssds or m pcie ssds and support raid configuration please note that an m pcie ssd cannot be used to create a raid set either with an m sata ssd or a sata hard drive to create a raid array with an m pcie ssd you must set up the configuration in uefi bios mode refer to chapter 3 configuring a raid set for instructions on configuring a raid array 16
- The sata connectors conform to sata 6gb s standard and are compatible with sata 3gb s and sata 1 gb s standard each sata connector supports a single sata device the inte 16
- To enable hot plugging for the sata ports refer to chapter 2 bios setup peripherals sata and rst configuration for more information 16
- Due to the limited number of lanes provided by the chipset the availability of the sata connectors may be affected by the type of device installed in the m connector the m2p connector shares bandwidth with the sata3 1 connector refer to the following table for details 17
- F_audio front panel audio header 17
- Gnd 7 faudio_jd 17
- Installation notices for the m and sata connectors 17
- Line2_r 10 sense 17
- Mic2_l 6 sense 17
- Mic2_r 8 no pin 17
- Nc 9 line2_l 17
- Pin no definition pin no definition 17
- Some chassis provide a front panel audio module that has separated connectors on each wire instead of a single plug for information about connecting the front panel audio module that has different wire assignments please contact the chassis manufacturer 17
- The front panel audio header supports high definition audio hd you may connect your chassis front panel audio module to this header make sure the wire assignments of the module connector 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 17
- F_panel front panel header 18
- Speaker speaker header 18
- Do not plug the ieee 1394 bracket 2x5 pin cable into the usb 2 1 header prior to installing the usb bracket be sure to turn off your computer and unplug the power cord 19
- F_usb1 usb 2 1 header 19
- F_usb30 usb 3 gen 1 header 19
- F_usb30c usb type 19
- From the power outlet to prevent damage to the usb bracket 19
- Gnd 11 d2 18 ssrx2 19
- Gnd 11 vbus 18 d 19
- Gnd 14 sstx2 19
- Header with usb 3 gen 1 support 19
- Pin no definition pin no definition 19
- Pin no definition pin no definition pin no definition 19
- Power 5v 6 usb dy 19
- Power 5v 7 gnd 19
- Rx1 12 tx2 19 d 19
- Rx1 13 tx2 20 cc2 19
- Ssrx1 10 nc 17 ssrx2 19
- Ssrx1 9 d1 16 gnd 19
- Sstx1 12 d2 19 vbus 19
- Sstx1 13 gnd 20 no pin 19
- The header conforms 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 19
- The header conforms to usb 3 gen 1 and usb 2 specification and can provide two usb ports for purchasing the optional 3 front panel that provides two usb 3 gen 1 ports please contact the local dealer 19
- The header conforms to usb 3 gen 1 specification and can provide one usb port 19
- Tx1 10 sbu2 17 gnd 19
- Tx1 9 sbu1 16 rx2 19
- Usb dx 10 nc 19
- Usb dx 8 gnd 19
- Usb dy 9 no pin 19
- Vbus 14 gnd 19
- Vbus 8 cc1 15 rx2 19
- Vbus 8 d1 15 sstx2 19
- After system restart go to bios setup to load factory defaults select load optimized defaults or 20
- Always turn off your computer and unplug the power cord from the power outlet before clearing 20
- Ci chassis intrusion header 20
- Clr_cmos clear cmos jumper 20
- Lad0 7 lad3 20
- Lad1 9 lframe 20
- Lad2 11 serirq 20
- Lclk 12 lreset 20
- Manually configure the bios settings refer to chapter 2 bios setup for bios configurations 20
- No pin 10 nc 20
- Open normal 20
- Pin no definition 20
- Pin no definition pin no definition 20
- Short clear cmos values 20
- Signal 20
- The cmos values 20
- This motherboard provides a chassis detection feature that detects if the chassis cover has been removed this function requires a chassis with chassis intrusion detection design 20
- Tpm trusted platform module header 20
- Use this jumper to clear the bios configuration and reset the cmos values to factory defaults to clear the cmos values use a metal object like a screwdriver to touch the two pins for a few seconds 20
- Vcc3 8 gnd 20
- You may connect a tpm trusted platform module to this header 20
- Bat battery 21
- 1 startup screen 22
- Chapter 2 bios setup 22
- 2 the main menu 23
- Classic setup function keys 23
- 3 m i t 24
- Advanced frequency settings 24
- Cpu base clock 24
- Cpu clock ratio 24
- Cpu upgrad 24
- Enhanced multi core performance 24
- Graphics slice rati 24
- Graphics unslice rati 24
- Host clock value 24
- Advanced cpu core settings 25
- Avx offset 25
- Core current limit amps 25
- Cpu clock ratio cpu frequency fclk frequency for early power on 25
- Cpu flex ratio override 25
- Cpu flex ratio settings 25
- Cpu frequency 25
- Fclk frequency for early power on 25
- Hyper threading technology 25
- Intel r turbo boost technology 25
- No of cpu cores enabled 25
- Power limit tdp watts power limit time 25
- Tj max offset 25
- Turbo per core limit control 25
- Turbo rati 25
- Uncore frequency 25
- Uncore ratio 25
- C10 state support 26
- C3 state support 26
- C6 c7 state support 26
- C8 state support 26
- Cpu eist function 26
- Cpu enhanced halt c1e 26
- Cpu thermal monitor 26
- Energyefficientturb 26
- Intel r speed shift technology inte 26
- Package c state limit 26
- Race to halt rth 26
- Ring to core offset down bin 26
- Speed shift technology 26
- Voltage optimization 26
- Adjacent cache line prefetch 27
- Advanced memory settings 27
- Extremememoryprofile x m p 27
- Hardware prefetcher 27
- Memory boot mod 27
- Memory enhancement settings 27
- Memory frequency mhz 27
- Memory odd ratio 100 133 or 200 266 27
- Memory odd ratio 100 133 or 200 266 memory frequency mhz 27
- Memory ref clock 27
- Memory timing mode 27
- Realtime memory timing 27
- System memory multiplier 27
- System memory multiplier memory ref clock 27
- Advanced power settings 28
- Advanced voltage settings 28
- Channel a b memory sub timings 28
- Channel interleaving 28
- Cpu vcore current protection 28
- Cpu vcore loadline calibration 28
- Cpu vcore protection 28
- Memory multiplier tweaker 28
- Profileddrvoltage 28
- Rank interleaving 28
- Vaxg current protection 28
- Vaxg loadline calibration 28
- Vaxg protection 28
- 3dmark01 enhancement 29
- Case open 29
- Chipset voltage control 29
- Cpu core voltage control 29
- Cpu vcore cpu vccsa dram channel a b voltage 3 v 5v 12v cpu vaxg 29
- Cpu vcore pwm switch rate 29
- Dram voltage control 29
- Internal vr control 29
- Max link speed 29
- Miscellaneous settings 29
- Pc health status 29
- Pwm phase control 29
- Reset case open status 29
- Vaxg phase control 29
- Vaxg pwm switch rate 29
- Fan control mode 30
- Fan control use temperature input 30
- Fan fail warning 30
- Fan speed 30
- Fan speed control 30
- Fan stop 30
- Monitor 30
- Smart fan 5 settings 30
- Temperature 30
- Temperature interval 30
- Temperature warning control 30
- 4 system 31
- Access level 31
- System date 31
- System language 31
- System time 31
- 5 bios 32
- Boot option priorities 32
- Bootup numlock state 32
- Fast boot 32
- Full screen logo show 32
- Hard drive cd dvd rom drive floppy drive network device bbs priorities 32
- Security option 32
- Csm support 33
- Lan pxe boot option rom 33
- Mouse speed 33
- Network stack driver support 33
- Next boot after ac power loss 33
- Sata support 33
- Storage boot option control 33
- Usb support 33
- Vga support 33
- Windows 8 10 features 33
- Administrator password 34
- Other pci devices 34
- Secure boot 34
- User password 34
- 6 peripherals 35
- Ez raid 35
- Initial display output 35
- Intel platform trust technology ptt 35
- Leds in sleep hibernation and soft off states 35
- Leds in system power on state 35
- Pcie bifurcation support 35
- Software guard extensions sgx 35
- Intel r bios guard technology 36
- Ipseccertificate 36
- Ipv4 http support 36
- Ipv4 pxe support 36
- Ipv6 http support 36
- Ipv6 pxe support 36
- Legacy usb support 36
- Mass storage devices 36
- Network stack 36
- Networkstackconfiguration 36
- Offboardsatacontrollerconfiguration 36
- Port 60 64 emulation 36
- Pxe boot wait time 36
- Trusted computing 36
- Usb mass storage driver support 36
- Usbconfiguration 36
- Xhci hand off 36
- Aggressive lpm support 37
- Configuredasesata 37
- Hot plug 37
- Intel r ethernet connection 37
- Media detect count 37
- Nvmeconfiguration 37
- Port 0 1 2 3 37
- Sata controller s 37
- Sata mode selection 37
- Sataandrstconfiguration 37
- 7 chipset 38
- Above 4g decoding 38
- Audio controller 38
- Dvmt pre allocated 38
- Dvmt total gfx mem 38
- Internal graphics 38
- Ioapic 24 119 entries 38
- Pch lan controller 38
- Wake on lan enable 38
- 8 power 39
- Ac back 39
- Dmi aspm 39
- Pch aspm 39
- Peg aspm 39
- Platform power management 39
- Soft off by pwr bttn 39
- Cec 2019 ready 40
- Power loading 40
- Rc6 render standby 40
- Resume by alarm 40
- 9 save exit 41
- Boot override 41
- Exit without saving 41
- Load optimized defaults 41
- Loadprofiles 41
- Save exit setup 41
- Saveprofiles 41
- 1 configuring a raid set 42
- 1 configuringaraidset 42
- A installing sata hard drive s in your computer 42
- B configuringsatacontrollermodeinbiossetup 42
- Before you begin please prepare the following items 42
- C 1 using ez raid 42
- Chapter 3 appendix 42
- Configuringtheonboardsatacontroller 42
- Raid levels 42
- C 2 uefiraidconfiguration 43
- C 3 configuringlegacyraidrom 43
- 2 installing an inte 44
- 2 installing an intel optane memory 44
- Installation guidelines a 1 installation in ahci mode 44
- Installing the operating system 44
- Installing the sata raid ahci driver and operating system 44
- Memory 44
- System requirements 44
- A 2 installation in intel rst premium with intel optane system acceleration mode 45
- 3 drivers installation 46
- Battery information 47
- Our commitment to preserving the environment 47
- Regulatory notices 47
- Regulatory statements 47
- Restriction of hazardous substances rohs directive statement 47
- Waste electrical electronic equipment weee directive statement 47
- Weee symbol statement 47
- Caution 48
- Fcc notice u s a only 48
- Canada industry canada ic 49
- European community radio equipment directive red compliance statement 50
- Japan wireless statement 50
- Korea kcc ncc wireless statement 50
- Taiwan ncc wireless statements 無線設備警告聲明 50
- Contact us 52
- Gigabyte esupport 52
- To submit a technical or non technical sales marketing question please link to https esupport gigabyte com 52
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