Supermicro x9sri-f-o Инструкция по эксплуатации онлайн
Содержание
- Warning handling of lead solder materials used in this prod uct may expose you to lead a chemical known to the state of california to cause birth defects and other reproductive harm 2
- About this motherboard 3
- Manual organization 3
- Preface 3
- Conventions used in the manual 4
- 4 contacting supermicro 5
- Chapter 1 introduction 6
- Chapter 2 installation 6
- Preface 6
- Table of contents 6
- Chapter 3 troubleshooting 8
- Chapter 4 bios 9
- 1 overview 15
- Chapter 1 15
- Chapter 1 introduction 15
- Checklist 15
- Introduction 15
- Available on the x9sre series only 18
- For home or office use 18
- I sata0 18
- I sata1 18
- I sata3 i sata2 18
- I sata4 18
- I sata5 18
- Important notes to the user 18
- Indicates the location of pin 1 18
- Jumpers not indicated are for testing only 18
- Lan1 lan2 18
- Motherboard layout 18
- P1 dimm1a 18
- P1 dimm1b 18
- P1 dimm2a 18
- P1 dimm2b 18
- P1 dimm3a 18
- P1 dimm3b 18
- P1 dimm4a p1 dimm4b 18
- Panel connections 18
- Sas0 sas2 18
- Sas1 sas3 18
- Sas5 sas6 sas7 i sata2 i sata3 18
- See chapter 2 for detailed information on jumpers i o ports and jf1 front 18
- Slot1 pci x 133 100mhz 18
- Slot2 pci x 133 100mhz 18
- Slot3 pci x 133 100mhz 18
- Slot4 pci e 3 x8 in x16 18
- Slot5 pci e 2 x4 in x16 18
- Slot6 pci e 3 x16 18
- Tested to comply 18
- Usb8 9 usb4 5 usb6 7 18
- With fcc standards 18
- X9sri x9sre motherboard series user s manual 18
- 0 fan3 19
- Chapter 1 introduction 19
- Dp2 power on led green solid on system is on 19
- Dp3 ipmi heartbeat green blinking bmc ipmi normal 19
- For home or office use 19
- I sata 2 5 4 3 2 19
- I sata 3 19
- I sata0 19
- I sata1 19
- I sata3 i sata2 19
- I sata4 19
- I sata5 19
- Jbt1 cmos clear see chapter 2 19
- Ji2c1 ji2c2 19
- Ji2c1 ji2c2 smb to pci e slots on enabled 19
- Jkbms1 jcom1 jvga jlan1 19
- Jlan_usb12 19
- Jpb1 bmc enable for f models only pins 1 2 enabled 19
- Jpb1 jipmb1 19
- Jpbios1 bios recovery pins 1 2 normal 19
- Jpbios1 jpme1 jsd1 jbt1 t sgpio2 t sgpio1 19
- Jpg1 onboard vga enable pins 1 2 enabled 19
- Jpi2c1 19
- Jpl1 jpl2 lan1 lan2 enable pins 1 2 enabled 19
- Jpl2 jpl1 19
- Jpme1 intel me mode select pins 1 2 normal 19
- Jpusb1 19
- Jpusb1 usb power select pins 1 2 dual power 19
- Jstby1 19
- Jstby1 wake on lan enable pins 1 3 enabled 19
- Jumper description default 19
- Jusb4 5 19
- Jusb6 7 19
- Jusb8 9 19
- Jwd1 watch dog reset pins 1 2 reset 19
- Lan1 lan2 19
- Led description color state status 19
- P1 dimm1a 19
- P1 dimm1b 19
- P1 dimm2a 19
- P1 dimm2b 19
- P1 dimm3a 19
- P1 dimm3b 19
- P1 dimm4a p1 dimm4b 19
- Sas0 sas2 19
- Sas1 sas3 19
- Sas5 sas6 sas7 i sata2 i sata3 19
- Scu1 scu0 scu3 scu2 fan a 19
- Sgpio1 3 sgpio2 19
- Slot1 pci x 133 100mhz 19
- Slot2 pci x 133 100mhz 19
- Slot3 pci x 133 100mhz 19
- Slot4 pci e 3 x8 in x16 19
- Slot5 pci e 2 x4 in x16 19
- Slot6 pci e 3 x16 19
- Tested to comply 19
- Uid led 19
- Uid led uid unit id led blue solid on uid on 19
- Uid sw 19
- Usb8 9 usb4 5 usb6 7 19
- With fcc standards 19
- X9sri x9sre motherboard series jumpers 19
- X9sri x9sre motherboard series led indicators 19
- X9sri x9sre motherboard series quick reference 19
- Motherboard features 21
- Note this is a general block diagram and may not exactly represent 24
- Pages for the actual specifications of each motherboard 24
- System block diagram 24
- The features on your motherboard see the motherboard features 24
- X9sri x9sre motherboard series block diagram 24
- X9sri x9sre motherboard series user s manual 24
- 2 chipset overview 25
- Intel c600 chipset series features 25
- 3 special features 26
- 4 pc health monitoring 26
- Environmental temperature control 26
- Fan status monitor with firmware control 26
- Recovery from ac power loss 26
- System resource alert 26
- 5 acpi features 27
- 6 power supply 27
- Slow blinking led for suspend state indicator 27
- 7 super i o 28
- 8 overview of the nuvoton wpcm450 controller 28
- 1 static sensitive devices 29
- Chapter 2 29
- Chapter 2 installation 29
- Installation 29
- Precautions 29
- Unpacking 29
- 2 processor and heatsink installation 30
- Opening the lga2011 socket 30
- Installing the lga2011 processor 32
- Installing a passive cpu heatsink 34
- Removing the heatsink 35
- 3 installing ddr3 memory 36
- Align the key of the dimm mod 36
- Align the notches on both ends of 36
- Caution 36
- Dimm installation 36
- Exercise extreme care when installing or removing dimm 36
- For home or office use 36
- I sata0 36
- I sata1 36
- I sata3 i sata2 36
- I sata4 36
- I sata5 36
- Insert the desired number of dimms 36
- Into the memory slots starting with dimma1 see the next page for the location for best performance please use the memory modules of the same type and speed in the same bank 36
- Lan1 lan2 36
- Modules to prevent any possible damage 36
- Notches 36
- Note check the supermicro website for recommended memory modules 36
- On both ends of the dimm slot to unlock it 36
- P1 dimm1a 36
- P1 dimm1b 36
- P1 dimm2a 36
- P1 dimm2b 36
- P1 dimm3a 36
- P1 dimm3b 36
- P1 dimm4a p1 dimm4b 36
- Positions to secure the dimm module into the slot 36
- Press both notches 36
- Press the release tabs to the lock 36
- Push the release tabs outwards 36
- Release tabs 36
- Removing memory modules 36
- Reverse the steps above to remove the dimm modules from the motherboard 36
- Sas0 sas2 36
- Sas1 sas3 36
- Sas5 sas6 sas7 i sata2 i sata3 36
- Slot1 pci x 133 100mhz 36
- Slot2 pci x 133 100mhz 36
- Slot3 pci x 133 100mhz 36
- Slot4 pci e 3 x8 in x16 36
- Slot5 pci e 2 x4 in x16 36
- Slot6 pci e 3 x16 36
- Straight down into 36
- Tested to comply 36
- The memory slot 36
- The module against the receptive points on the ends of the slot 36
- The notches on both ends of the module straight down into the slot until the module snaps into place 36
- Ule with the receptive point on the memory slot 36
- Usb8 9 usb4 5 usb6 7 36
- Use two thumbs together to press 36
- With fcc standards 36
- X9sri x9sre motherboard series user s manual 36
- Chapter 2 installation 37
- Close 1st 37
- Dimma1 blue slot dimma2 37
- Dimmb1 blue slot 37
- Dimmb2 37
- Dimmc1 blue slot 37
- Dimmc2 37
- Dimmd1 blue slot 37
- Dimmd2 37
- Edge of the motherboard 37
- For home or office use 37
- I sata1 i sata0 37
- I sata3 i sata2 37
- I sata4 37
- I sata5 37
- Lan1 lan2 37
- Memory support 37
- Open 1st 37
- P1 dimm1b p1 dimm1a 37
- P1 dimm2a 37
- P1 dimm2b 37
- P1 dimm3a p1 dimm3b 37
- P1 dimm4a p1 dimm4b 37
- Sas1 sas3 sas0 sas2 37
- Sas5 sas6 sas7 i sata2 i sata3 37
- Slot1 pci x 133 100mhz 37
- Slot2 pci x 133 100mhz 37
- Slot3 pci x 133 100mhz 37
- Slot4 pci e 3 x8 in x16 37
- Slot5 pci e 2 x4 in x16 37
- Slot6 pci e 3 x16 37
- Slots udimm rdimm populating these dimm modules with a pair of memory modules of the same type and same size will result in interleaved memory which will improve memory performance please refer to the table below 37
- Tested to comply 37
- The x9sri x9sre motherboard series supports up to 256gb of 1600 1066 1333 1600 mhz ecc non ecc ddr3 dimms in eight 8 memory 37
- Usb8 9 usb4 5 usb6 7 37
- With fcc standards 37
- Always use ddr3 dimm modules of the same size type and speed 38
- Dimmd2 38
- Memory population guidelines 38
- Mixed dimm speeds can be installed however all dimms will run at the speed of the slowest dimm 38
- Note up to 256gb of memory are supported using ecc qr quad 38
- Rank or 4 rank registered dimm technology at 1600 1333 1066 800 mhz up to 64gb of memory are supported using non ecc udimms 38
- Recommended population balanced 38
- The motherboard will support 1 3 5 or 7 modules however for best memory performance install dimm modules in pairs 2 4 6 8 as below 38
- When installing memory modules the dimm slots should be populated in the follow ing order dimma1 dimmb1 dimmc1 dimmd1 then dimma2 dimmb2 dimmc2 38
- X9sri x9sre motherboard series user s manual 38
- 4 motherboard installation 39
- All motherboards have standard mounting holes to fit different types of chassis make sure that the locations of all the mounting holes for both motherboard and chassis match although a chassis may have both plastic and metal mounting fas teners metal ones are highly recommended because they ground the motherboard to the chassis make sure that the metal standoffs click in or are screwed in tightly then use a screwdriver to secure the motherboard onto the motherboard tray 39
- Caution 1 to prevent damage to the motherboard and its components please do not use a force greater than 8 lb inch on each mounting screw during motherboard installation 2 some components are very close to the mounting holes please take precautionary measures to avoid damaging these components when installing the motherboard to the chassis 39
- Chapter 2 installation 39
- For home or office use 39
- I sata0 39
- I sata1 39
- I sata3 i sata2 39
- I sata4 39
- I sata5 39
- Lan1 lan2 39
- Location of mounting holes 39
- P1 dimm1a 39
- P1 dimm1b 39
- P1 dimm2a 39
- P1 dimm2b 39
- P1 dimm3a 39
- P1 dimm3b 39
- P1 dimm4a p1 dimm4b 39
- Philips screwdriver standoffs philips screws 39
- Sas0 sas2 39
- Sas1 sas3 39
- Sas5 sas6 sas7 i sata2 i sata3 39
- Slot1 pci x 133 100mhz 39
- Slot2 pci x 133 100mhz 39
- Slot3 pci x 133 100mhz 39
- Slot4 pci e 3 x8 in x16 39
- Slot5 pci e 2 x4 in x16 39
- Slot6 pci e 3 x16 39
- Tested to comply 39
- Tools needed 39
- Usb8 9 usb4 5 usb6 7 39
- With fcc standards 39
- Installing the motherboard 40
- 5 connectors io ports 41
- Chapter 2 installation 41
- For home or office use 41
- I sata0 41
- I sata1 41
- I sata3 i sata2 41
- I sata4 41
- I sata5 41
- Lan1 lan2 41
- Motherboard i o backpanel 41
- P1 dimm1a 41
- P1 dimm1b 41
- P1 dimm2a 41
- P1 dimm2b 41
- P1 dimm3a 41
- P1 dimm3b 41
- P1 dimm4a p1 dimm4b 41
- Rev 1 1 41
- Sas0 sas2 41
- Sas1 sas3 41
- Sas5 sas6 sas7 i sata2 i sata3 41
- Slot1 pci x 133 100mhz 41
- Slot2 pci x 133 100mhz 41
- Slot3 pci x 133 100mhz 41
- Slot4 pci e 3 x8 in x16 41
- Slot5 pci e 2 x4 in x16 41
- Slot6 pci e 3 x16 41
- Tested to comply 41
- The i o ports are color coded in conformance with the pc 99 specification see the figure below for the colors and locations of the various i o ports 41
- Usb8 9 usb4 5 usb6 7 41
- With fcc standards 41
- Atx ps 2 keyboard mouse ports 42
- Keyboard 42
- Keyboard purple 42
- Mouse green 42
- The atx ps 2 keyboard and ps 2 mouse are located next to the back panel usb ports 0 1 on the motherboard see the table at right for pin definitions 42
- X9sri x9sre motherboard series user s manual 42
- 5v 5 5v 43
- 5v 6 usb_pp5 43
- 5v 7 ground 43
- Back panel usb ports 43
- Close 1st 43
- Designed in usa 43
- For home or office use 43
- Front panel usb headers 43
- Ground 8 ground 43
- I sata0 43
- I sata1 43
- I sata3 i sata2 43
- I sata4 43
- I sata5 43
- Kb mouse 43
- Lan1 lan2 43
- Mac code 43
- Open 1st 43
- P1 dimm1a 43
- P1 dimm1b 43
- P1 dimm2a 43
- P1 dimm2b 43
- P1 dimm3a 43
- P1 dimm3b 43
- P1 dimm4a p1 dimm4b 43
- Pin definition pin definition 43
- Pin definitions 43
- Rev 1 1 43
- Sas code 43
- Sas0 sas2 43
- Sas1 sas3 43
- Sas5 sas6 sas7 i sata2 i sata3 43
- Slot1 pci x 133 100mhz 43
- Slot2 pci x 133 100mhz 43
- Slot3 pci x 133 100mhz 43
- Slot4 pci e 3 x8 in x16 43
- Slot5 pci e 2 x4 in x16 43
- Slot6 pci e 3 x16 43
- Tested to comply 43
- Universal serial bus usb 43
- Usb0 1 43
- Usb8 9 usb4 5 usb6 7 43
- Usb_pn0 6 usb_pn1 43
- Usb_pn4 8 ground 43
- Usb_pn5 9 key 43
- Usb_pp0 7 usb_pp1 43
- Usb_pp4 10 no connection 43
- With fcc standards 43
- Ethernet ports 44
- A com port com1 is located on the i o backpanel and another serial header com2 is located towards the rear of slot 1 to provide front se rial access see the table on the right for pin definitions 45
- Chapter 2 installation 45
- Designed in usa 45
- For home or office use 45
- I sata0 45
- I sata1 45
- I sata3 i sata2 45
- I sata4 45
- I sata5 45
- Kb mouse 45
- Lan1 lan2 45
- P1 dimm1a 45
- P1 dimm1b 45
- P1 dimm2a 45
- P1 dimm2b 45
- P1 dimm3a 45
- P1 dimm3b 45
- P1 dimm4a p1 dimm4b 45
- Rev 1 1 45
- Sas0 sas2 45
- Sas1 sas3 45
- Sas5 sas6 sas7 i sata2 i sata3 45
- Serial ports 45
- Slot1 pci x 133 100mhz 45
- Slot2 pci x 133 100mhz 45
- Slot3 pci x 133 100mhz 45
- Slot4 pci e 3 x8 in x16 45
- Slot5 pci e 2 x4 in x16 45
- Slot6 pci e 3 x16 45
- Tested to comply 45
- Usb0 1 45
- Usb8 9 usb4 5 usb6 7 45
- With fcc standards 45
- A video vga port is located next to the com port on the i o backpanel this port is used to provide a connec tion for video and graphics display refer to the board layout below for the location 46
- Video port 46
- X9sri x9sre motherboard series user s manual 46
- Chapter 2 installation 47
- For home or office use 47
- Front control panel 47
- Ground 47
- Ground nmi 47
- Hdd led 47
- I sata0 47
- I sata1 47
- I sata3 i sata2 47
- I sata4 47
- I sata5 47
- Jf1 contains header pins for various buttons and indicators that are normally lo cated on a control panel at the front of the chassis these connectors are designed specifically for use with supermicro server chassis see the figure below for the descriptions of the various control panel buttons and led indicators refer to the following section for descriptions and pin definitions 47
- Jf1 header pins 47
- Lan1 lan2 47
- Nic1 led 47
- Oh fan fail led 47
- P1 dimm1a 47
- P1 dimm1b 47
- P1 dimm2a 47
- P1 dimm2b 47
- P1 dimm3a 47
- P1 dimm3b 47
- P1 dimm4a p1 dimm4b 47
- Power button 47
- Power fail led 47
- Power led 47
- Reset button 47
- Rev 1 1 47
- Sas0 sas2 47
- Sas1 sas3 47
- Sas5 sas6 sas7 i sata2 i sata3 47
- Slot1 pci x 133 100mhz 47
- Slot2 pci x 133 100mhz 47
- Slot3 pci x 133 100mhz 47
- Slot4 pci e 3 x8 in x16 47
- Slot5 pci e 2 x4 in x16 47
- Slot6 pci e 3 x16 47
- Tested to comply 47
- Usb8 9 usb4 5 usb6 7 47
- Vcc blue uid led 47
- Vcc nic2 led 47
- Vcc uid switch 47
- With fcc standards 47
- Front control panel pin definitions 48
- Hdd led 48
- Power fail led 48
- Power led 48
- Nic1 nic2 lan1 lan2 49
- Overheat oh fan fail uid led 49
- Nmi button 50
- Power button 50
- Reset button 50
- 6 connecting cables optional devices 51
- Atx main pwr jpw1 cpu pwr connectors jpw2 51
- Close 1st 51
- Designed in usa 51
- For home or office use 51
- I sata0 51
- I sata1 51
- I sata3 i sata2 51
- I sata4 51
- I sata5 51
- Kb mouse 51
- Lan1 lan2 51
- Mac code 51
- Open 1st 51
- P1 dimm1a 51
- P1 dimm1b 51
- P1 dimm2a 51
- P1 dimm2b 51
- P1 dimm3a 51
- P1 dimm3b 51
- P1 dimm4a p1 dimm4b 51
- Pins definition 51
- Rev 1 1 51
- Sas code 51
- Sas0 sas2 51
- Sas1 sas3 51
- Sas5 sas6 sas7 i sata2 i sata3 51
- Slot1 pci x 133 100mhz 51
- Slot2 pci x 133 100mhz 51
- Slot3 pci x 133 100mhz 51
- Slot4 pci e 3 x8 in x16 51
- Slot5 pci e 2 x4 in x16 51
- Slot6 pci e 3 x16 51
- Tested to comply 51
- Through 4 ground 51
- Through 8 12v 51
- Tor pin definitions 51
- Usb0 1 51
- Usb8 9 usb4 5 usb6 7 51
- V 8 pin power connec 51
- With fcc standards 51
- 12v red 52
- 4 system cpu 52
- A i o cards 52
- Chassis intrusion 52
- Chassis intrusion jl1 52
- Close 1st 52
- Designed in usa 52
- Fan header 52
- Fan headers fan1 4 fana 52
- Fan usage 52
- Fan use for 52
- For home or office use 52
- Ground 52
- Ground black 52
- I sata0 52
- I sata1 52
- I sata3 i sata2 52
- I sata4 52
- I sata5 52
- Intrusion input 52
- Kb mouse 52
- Lan1 lan2 52
- Mac code 52
- Open 1st 52
- P1 dimm1a 52
- P1 dimm1b 52
- P1 dimm2a 52
- P1 dimm2b 52
- P1 dimm3a 52
- P1 dimm3b 52
- P1 dimm4a p1 dimm4b 52
- Pin definition 52
- Pin definitions 52
- Pin definitions jl1 52
- Pwm_control 52
- Rev 1 1 52
- Sas code 52
- Sas0 sas2 52
- Sas1 sas3 52
- Sas5 sas6 sas7 i sata2 i sata3 52
- Slot1 pci x 133 100mhz 52
- Slot2 pci x 133 100mhz 52
- Slot3 pci x 133 100mhz 52
- Slot4 pci e 3 x8 in x16 52
- Slot5 pci e 2 x4 in x16 52
- Slot6 pci e 3 x16 52
- Tachometer 52
- Tested to comply 52
- Usb0 1 52
- Usb8 9 usb4 5 usb6 7 52
- With fcc standards 52
- Close 1st 53
- Designed in usa 53
- For home or office use 53
- I sata0 53
- I sata1 53
- I sata3 i sata2 53
- I sata4 53
- I sata5 53
- Internal buzzer sp1 53
- Kb mouse 53
- Lan1 lan2 53
- Open 1st 53
- P1 dimm1a 53
- P1 dimm1b 53
- P1 dimm2a 53
- P1 dimm2b 53
- P1 dimm3a 53
- P1 dimm3b 53
- P1 dimm4a p1 dimm4b 53
- Rev 1 1 53
- Sas0 sas2 53
- Sas1 sas3 53
- Sas5 sas6 sas7 i sata2 i sata3 53
- Slot1 pci x 133 100mhz 53
- Slot2 pci x 133 100mhz 53
- Slot3 pci x 133 100mhz 53
- Slot4 pci e 3 x8 in x16 53
- Slot5 pci e 2 x4 in x16 53
- Slot6 pci e 3 x16 53
- Speaker jd1 53
- Tested to comply 53
- Usb0 1 53
- Usb8 9 usb4 5 usb6 7 53
- Wake on lan jstby1 53
- With fcc standards 53
- C jpi2c1 54
- Close 1st 54
- Designed in usa 54
- Dom pwr connector jsd1 54
- For home or office use 54
- I sata0 54
- I sata1 54
- I sata3 i sata2 54
- I sata4 54
- I sata5 54
- Kb mouse 54
- Lan1 lan2 54
- Mac code 54
- Open 1st 54
- P1 dimm1a 54
- P1 dimm1b 54
- P1 dimm2a 54
- P1 dimm2b 54
- P1 dimm3a 54
- P1 dimm3b 54
- P1 dimm4a p1 dimm4b 54
- Power supply 54
- Power supply i2c jpi2c1 54
- Rev 1 1 54
- Sas code 54
- Sas0 sas2 54
- Sas1 sas3 54
- Sas5 sas6 sas7 i sata2 i sata3 54
- Slot1 pci x 133 100mhz 54
- Slot2 pci x 133 100mhz 54
- Slot3 pci x 133 100mhz 54
- Slot4 pci e 3 x8 in x16 54
- Slot5 pci e 2 x4 in x16 54
- Slot6 pci e 3 x16 54
- T sgpio 1 2 headers 54
- Tested to comply 54
- The disk on module dom power connector located at jsd1 provides 5v gen1 gen power to a solid_state dom storage device connected to one of the sata ports see the table on the right for pin definitions 54
- The power supply i2c connector located at jpi2c monitors the status of the power supply fan and system temperature see the table on the right for pin definitions 54
- Two t sgpio serial link general purpose input output headers are located near the sata connectors on the motherboard these headers are used to communicate with the enclosure management chip in the system see the table on the right for pin definitions refer to the board layout below for the locations of the headers 54
- Usb0 1 54
- Usb8 9 usb4 5 usb6 7 54
- With fcc standards 54
- X9sri x9sre motherboard series user s manual 54
- Close 1st 55
- Designed in usa 55
- For home or office use 55
- I sata0 55
- I sata1 55
- I sata3 i sata2 55
- I sata4 55
- I sata5 55
- Kb mouse 55
- Lan1 lan2 55
- Mac code 55
- Open 1st 55
- P1 dimm1a 55
- P1 dimm1b 55
- P1 dimm2a 55
- P1 dimm2b 55
- P1 dimm3a 55
- P1 dimm3b 55
- P1 dimm4a p1 dimm4b 55
- Rev 1 1 55
- Sas code 55
- Sas0 sas2 55
- Sas1 sas3 55
- Sas5 sas6 sas7 i sata2 i sata3 55
- Slot1 pci x 133 100mhz 55
- Slot2 pci x 133 100mhz 55
- Slot3 pci x 133 100mhz 55
- Slot4 pci e 3 x8 in x16 55
- Slot5 pci e 2 x4 in x16 55
- Slot6 pci e 3 x16 55
- T sgpio 1 2 3 sgpio 1 2 headers 55
- Tested to comply 55
- Tpm header jtpm1 55
- Usb0 1 55
- Usb8 9 usb4 5 usb6 7 55
- With fcc standards 55
- Designed in usa 56
- For home or office use 56
- I sata0 56
- I sata1 56
- I sata3 i sata2 56
- I sata4 56
- I sata5 56
- Kb mouse 56
- Lan1 lan2 56
- Overheat fan fail led joh 56
- Overheat fan fail led joh1 56
- P1 dimm1a 56
- P1 dimm1b 56
- P1 dimm2a 56
- P1 dimm2b 56
- P1 dimm3a 56
- P1 dimm3b 56
- P1 dimm4a p1 dimm4b 56
- Rev 1 1 56
- Sas0 sas2 56
- Sas1 sas3 56
- Sas5 sas6 sas7 i sata2 i sata3 56
- Slot1 pci x 133 100mhz 56
- Slot2 pci x 133 100mhz 56
- Slot3 pci x 133 100mhz 56
- Slot4 pci e 3 x8 in x16 56
- Slot5 pci e 2 x4 in x16 56
- Slot6 pci e 3 x16 56
- Tested to comply 56
- The joh1 header is used to connect an led to provide warnings of chassis over heat this led will also blink to indicate a fan failure refer to the table on right for pin definitions 56
- The rear uid switch the rear uid led and front uid led on jf1 are designed to work together when the user pushes the rear uid switch the blue backpanel uid led and front uid led will turn on push the rear uid switch again to turn off uid led and the front uid led this provides easy identification of a system unit that may be in need of service 56
- Unit id switch uid sw 56
- Usb0 1 56
- Usb8 9 usb4 5 usb6 7 56
- With fcc standards 56
- X9sri x9sre motherboard series user s manual 56
- A system management bus 57
- A system management bus header for the ipmi slot is located at ipmb connect the appropriate cable here to use the ipmb i2c connection on your system 57
- Chapter 2 installation 57
- For home or office use 57
- I sata0 57
- I sata1 57
- I sata3 i sata2 57
- I sata4 57
- I sata5 57
- Lan1 lan2 57
- P1 dimm1a 57
- P1 dimm1b 57
- P1 dimm2a 57
- P1 dimm2b 57
- P1 dimm3a 57
- P1 dimm3b 57
- P1 dimm4a p1 dimm4b 57
- Rev 1 1 57
- Sas0 sas2 57
- Sas1 sas3 57
- Sas5 sas6 sas7 i sata2 i sata3 57
- Slot1 pci x 133 100mhz 57
- Slot2 pci x 133 100mhz 57
- Slot3 pci x 133 100mhz 57
- Slot4 pci e 3 x8 in x16 57
- Slot5 pci e 2 x4 in x16 57
- Slot6 pci e 3 x16 57
- System management bus jipmb 57
- System management bus jipmb1 57
- Tested to comply 57
- Usb8 9 usb4 5 usb6 7 57
- With fcc standards 57
- 7 jumper settings 58
- Close 1st 58
- Designed in usa 58
- Explanation of jumpers 58
- For home or office use 58
- I sata0 58
- I sata1 58
- I sata3 i sata2 58
- I sata4 58
- I sata5 58
- Kb mouse 58
- Lan port enable disable jpl1 2 58
- Lan1 lan2 58
- Mac code 58
- Open 1st 58
- P1 dimm1a 58
- P1 dimm1b 58
- P1 dimm2a 58
- P1 dimm2b 58
- P1 dimm3a 58
- P1 dimm3b 58
- P1 dimm4a p1 dimm4b 58
- Rev 1 1 58
- Sas code 58
- Sas0 sas2 58
- Sas1 sas3 58
- Sas5 sas6 sas7 i sata2 i sata3 58
- Slot1 pci x 133 100mhz 58
- Slot2 pci x 133 100mhz 58
- Slot3 pci x 133 100mhz 58
- Slot4 pci e 3 x8 in x16 58
- Slot5 pci e 2 x4 in x16 58
- Slot6 pci e 3 x16 58
- Tested to comply 58
- Usb0 1 58
- Usb8 9 usb4 5 usb6 7 58
- With fcc standards 58
- Close 1st 59
- Cmos clear jbt1 59
- Designed in usa 59
- For home or office use 59
- I sata0 59
- I sata1 59
- I sata3 i sata2 59
- I sata4 59
- I sata5 59
- Kb mouse 59
- Lan1 lan2 59
- Open 1st 59
- P1 dimm1a 59
- P1 dimm1b 59
- P1 dimm2a 59
- P1 dimm2b 59
- P1 dimm3a 59
- P1 dimm3b 59
- P1 dimm4a p1 dimm4b 59
- Pci e slot smb enable ji2c1 ji2c2 59
- Rev 1 1 59
- Sas0 sas2 59
- Sas1 sas3 59
- Sas5 sas6 sas7 i sata2 i sata3 59
- Slot1 pci x 133 100mhz 59
- Slot2 pci x 133 100mhz 59
- Slot3 pci x 133 100mhz 59
- Slot4 pci e 3 x8 in x16 59
- Slot5 pci e 2 x4 in x16 59
- Slot6 pci e 3 x16 59
- Tested to comply 59
- Usb0 1 59
- Usb8 9 usb4 5 usb6 7 59
- With fcc standards 59
- Designed in usa 60
- For home or office use 60
- I sata0 60
- I sata1 60
- I sata3 i sata2 60
- I sata4 60
- I sata5 60
- Jpg1 allows you to enable or disable the onboard vga connector the default posi tion is on pins 1 and 2 to enable vga see the table on the right for jumper settings 60
- Kb mouse 60
- Lan1 lan2 60
- P1 dimm1a 60
- P1 dimm1b 60
- P1 dimm2a 60
- P1 dimm2b 60
- P1 dimm3a 60
- P1 dimm3b 60
- P1 dimm4a p1 dimm4b 60
- Rev 1 1 60
- Sas0 sas2 60
- Sas1 sas3 60
- Sas5 sas6 sas7 i sata2 i sata3 60
- Slot1 pci x 133 100mhz 60
- Slot2 pci x 133 100mhz 60
- Slot3 pci x 133 100mhz 60
- Slot4 pci e 3 x8 in x16 60
- Slot5 pci e 2 x4 in x16 60
- Slot6 pci e 3 x16 60
- Tested to comply 60
- Usb0 1 60
- Usb8 9 usb4 5 usb6 7 60
- Vga enable jpg1 60
- Watch dog jwd1 is a system moni tor that can reboot the system when a software application hangs close pins 1 2 to reset the system if an applica tion hangs close pins 2 3 to generate a non maskable interrupt signal for the ap plication that hangs see the table on the right for jumper settings watch dog must also be enabled in the bios 60
- Watch dog reset jwd1 60
- With fcc standards 60
- X9sri x9sre motherboard series user s manual 60
- Bmc enable disable jpb1 61
- Chapter 2 installation 61
- Designed in usa 61
- For home or office use 61
- I sata0 61
- I sata1 61
- I sata3 i sata2 61
- I sata4 61
- I sata5 61
- Jpb1 is used to enable or disable the bmc baseboard management control chip and the onboard ipmi connection this jumper is used together with the ipmi settings in the bios see the table on the right for jumper settings supported on the x9sri 3f and x9sre 3f only 61
- Kb mouse 61
- Lan1 lan2 61
- Note when the usb is set to enabled in the bios and jpusb1 is set to dis abled remove the usb devices from backplane usb ports 0 1 before the system goes into the standby mode 61
- P1 dimm1a 61
- P1 dimm1b 61
- P1 dimm2a 61
- P1 dimm2b 61
- P1 dimm3a 61
- P1 dimm3b 61
- P1 dimm4a p1 dimm4b 61
- Rev 1 1 61
- Sas0 sas2 61
- Sas1 sas3 61
- Sas5 sas6 sas7 i sata2 i sata3 61
- Slot1 pci x 133 100mhz 61
- Slot2 pci x 133 100mhz 61
- Slot3 pci x 133 100mhz 61
- Slot4 pci e 3 x8 in x16 61
- Slot5 pci e 2 x4 in x16 61
- Slot6 pci e 3 x16 61
- Tested to comply 61
- Usb wake up jpusb1 61
- Usb0 1 61
- Usb8 9 usb4 5 usb6 7 61
- Use the jumper jpusb1 to wake up your system by pressing a key on a usb keyboard or clicking the usb mouse con nected to the backpanel usb ports 0 1 jpusb1 is used together with a usb wake up feature in the bios enable this jumper and the usb support in the bios to wake up your system via usb devices 61
- With fcc standards 61
- Bios recovery jpbios1 62
- Designed in usa 62
- For home or office use 62
- I sata0 62
- I sata1 62
- I sata3 i sata2 62
- I sata4 62
- I sata5 62
- Kb mouse 62
- Lan1 lan2 62
- Me recovery jpme1 62
- Me recovery jpme1 is used to enable or disable the me recovery feature of the motherboard this jumper will reset intel me values back to their default settings 62
- P1 dimm1a 62
- P1 dimm1b 62
- P1 dimm2a 62
- P1 dimm2b 62
- P1 dimm3a 62
- P1 dimm3b 62
- P1 dimm4a p1 dimm4b 62
- Rev 1 1 62
- Sas0 sas2 62
- Sas1 sas3 62
- Sas5 sas6 sas7 i sata2 i sata3 62
- Slot1 pci x 133 100mhz 62
- Slot2 pci x 133 100mhz 62
- Slot3 pci x 133 100mhz 62
- Slot4 pci e 3 x8 in x16 62
- Slot5 pci e 2 x4 in x16 62
- Slot6 pci e 3 x16 62
- Tested to comply 62
- The bios recovery jpbios1 is used to enable or disable the bios recovery fea 62
- Ture of the motherboard install the jumper on pins 1 2 to begin the recovery process 62
- Usb0 1 62
- Usb8 9 usb4 5 usb6 7 62
- With fcc standards 62
- X9sri x9sre motherboard series user s manual 62
- 8 onboard indicators 63
- Ipmi dedicated lan leds 63
- Ipmi lan x8st3 f 63
- Lan 1 lan 2 63
- Lan port leds 63
- Close 1st 64
- Designed in usa 64
- For home or office use 64
- I sata0 64
- I sata1 64
- I sata3 i sata2 64
- I sata4 64
- I sata5 64
- Ipmi heartbeat led dp3 64
- Kb mouse 64
- Lan1 lan2 64
- Onboard power led dp2 64
- Open 1st 64
- P1 dimm1a 64
- P1 dimm1b 64
- P1 dimm2a 64
- P1 dimm2b 64
- P1 dimm3a 64
- P1 dimm3b 64
- P1 dimm4a p1 dimm4b 64
- Rear unit id led uid led 64
- Rev 1 1 64
- Sas0 sas2 64
- Sas1 sas3 64
- Sas5 sas6 sas7 i sata2 i sata3 64
- Slot1 pci x 133 100mhz 64
- Slot2 pci x 133 100mhz 64
- Slot3 pci x 133 100mhz 64
- Slot4 pci e 3 x8 in x16 64
- Slot5 pci e 2 x4 in x16 64
- Slot6 pci e 3 x16 64
- Tested to comply 64
- Usb0 1 64
- Usb8 9 usb4 5 usb6 7 64
- With fcc standards 64
- 9 sata and sas connections 65
- A i sata 0 3 65
- B i sata 1 3 65
- C i sata 2 2 65
- Close 1st 65
- D i sata 3 2 65
- Designed in usa 65
- E i sata 4 2 65
- F i sata 5 2 65
- For home or office use 65
- G scu0 65
- Ground 65
- H scu1 65
- I sata0 65
- I sata1 65
- I sata3 i sata2 65
- I sata4 65
- I sata5 65
- I scu2 65
- J scu3 65
- K scu4 65
- Kb mouse 65
- L scu5 65
- Lan1 lan2 65
- M scu6 65
- Mac code 65
- N scu7 65
- Open 1st 65
- P1 dimm1a 65
- P1 dimm1b 65
- P1 dimm2a 65
- P1 dimm2b 65
- P1 dimm3a 65
- P1 dimm3b 65
- P1 dimm4a p1 dimm4b 65
- Pin definitions 65
- Pin signal 65
- Rev 1 1 65
- Sas code 65
- Sas0 sas2 65
- Sas1 sas3 65
- Sas5 sas6 sas7 i sata2 i sata3 65
- Sata sas connections 65
- Sata sas connectors 65
- Sata_rxn 65
- Sata_rxp 65
- Sata_txn 65
- Sata_txp 65
- Slot1 pci x 133 100mhz 65
- Slot2 pci x 133 100mhz 65
- Slot3 pci x 133 100mhz 65
- Slot4 pci e 3 x8 in x16 65
- Slot5 pci e 2 x4 in x16 65
- Slot6 pci e 3 x16 65
- Tested to comply 65
- Usb0 1 65
- Usb8 9 usb4 5 usb6 7 65
- With fcc standards 65
- 1 troubleshooting procedures 67
- Before power on 67
- Chapter 3 67
- Chapter 3 troubleshooting 67
- No power 67
- Troubleshooting 67
- Memory errors 68
- No video 68
- When you lose the system s setup configuration 68
- 2 technical support procedures 69
- 3 frequently asked questions 70
- 4 battery removal and installation 72
- Battery installation 72
- Battery removal 72
- Proper battery disposal 72
- 5 returning merchandise for service 73
- 1 introduction 75
- Chapter 4 75
- Chapter 4 bios 75
- How to change the configuration data 75
- Starting bios setup utility 75
- 2 main setup 76
- How to start the setup utility 76
- Memory iniformation 77
- Supermicro x9sre x9sr 3f x9sri x9sri 3f 77
- System overview the following bios information will be displayed 77
- System time system date 77
- Total memory 77
- 3 advanced setup configurations 78
- Addon rom display mode 78
- Boot feature 78
- Bootup num lock 78
- Interrupt 19 capture 78
- Quiet boot 78
- Wait for f1 if error 78
- Clock spread spectrum 79
- Cpu configuration 79
- Hyper threading 79
- Power button function 79
- Restore on ac power loss 79
- Socket 1 cpu information 79
- Warnin 79
- Watch dog function 79
- Active processor cores 80
- Adjacent cache line prefetch available when supported by the cpu 80
- Dcu ip prefetcher 80
- Dcu streamer prefetcher 80
- Execute disable bit available when supported by the os and the cpu 80
- Hardware prefetcher available when supported by the cpu 80
- Intel aes ni 80
- Limit cpuid maximum 80
- C1e support 81
- Cpu c3 report cpu c6 cpu c7 report 81
- Cpu power management configuration 81
- Intel virtualization technology available when supported by the cpu 81
- Package c state limit 81
- Power technology 81
- Turbo mode 81
- Chipset configuration 82
- Dca support 82
- Iio 1 pcie port bifurcation control 82
- Integrated io configuration 82
- Intel i oat 82
- Intel vt d 82
- North bridge configuration 82
- Slot 4 pci e 3 x8 link speed 82
- Slot 6 pci e 3 x16 link speed 82
- Channel interleaving 83
- Ddr speed 83
- Dimm configuration 83
- Dimm information 83
- Dram rapl mode 83
- Memory configuration 83
- Memory mode 83
- Patrol scrub 83
- Rank interleaving 83
- All usb devices 84
- Data scrambling 84
- Demand scrub 84
- Device tagging 84
- Ehci controller 1 ehci controller 2 84
- Legacy usb support 84
- South bridge configuration 84
- Thermal throttling 84
- Aggressive link power management 85
- Ahci mode 85
- Ehci hand off 85
- Ide mode 85
- Port 60 64 emulation 85
- Sata configuration 85
- Sata mode 85
- Sata port0 port5 85
- Serial ata controller 0 1 85
- Disable storage controller unit scu 86
- Onchip scu option prom 86
- Pci latency timer 86
- Pci rom priority 86
- Pcie pci pnp configuration 86
- Port 0 5 hot plug 86
- Raid mode 86
- Scu configuration 86
- Staggered spin up 86
- Above 4g decoding 87
- Aspm support 87
- Load onboard lan1 option rom load onboard lan2 option rom 87
- Maximum payload 87
- Maximum read request 87
- Onboard lan option rom select 87
- Perr generation 87
- Serr generation 87
- Slot 1 pci x 133 100mhz oprom slot 2 pci x 133 100mhz oprom slot 3 pci x 133 100mhz oprom slot 4 pci e 3 x8 oprom slot 5 pci e 3 x4 oprom slot 6 pci e 3 x16 oprom 87
- Load onboard sas option rom 88
- Serial port 1 configuration serial port 2 configuration 88
- Serial port 1 serial port 2 88
- Serial port 1 settings serial port 2 settings 88
- Super io device configuration 88
- Vga priority 88
- Serial port console redirection 89
- Acpi settings 90
- High precision event timer 90
- Me subsystem 90
- 4 event logs 91
- Change smbios event log settings 91
- Erase event log 91
- Memory correction error threshold 91
- Pci error logging support 91
- Runtime error logging support 91
- Smbios event log 91
- When log is full 91
- Log system boot event 92
- View smbios event log 92
- 5 ipmi x9sri f x9sri 3f x9sre f x9sre 3f only 93
- Bmc network configuration 93
- Log efi status codes 93
- System event log 93
- When sel full 93
- Configuration source 94
- Update ipmi lan configuration 94
- 6 boot settings 95
- Boot option 1 boot option 2 etc 95
- Boot options priorities 95
- Delete boot option 95
- Network devices 95
- 8 security settings 96
- Administrator password 96
- User password 96
- 8 save exit 97
- Discard changes 97
- Discard changes and exit 97
- Save changes 97
- Save changes and reset 97
- Boot override 98
- Restore optimized defaults 98
- Restore user defaults 98
- Save as user defaults 98
- A 1 bios error beep codes 99
- Appendix a 99
- Appendix a bios error beep codes 99
- Bios error beep codes 99
- Appendix b 101
- Appendix b software installation instructions 101
- B 1 installing software programs 101
- Software installation instructions 101
- B 2 configuring superdoctor iii 102
- An overview to the uefi bios 105
- Appendix c 105
- Appendix c uefi bios recovery instructions 105
- How to recover the uefi bios image the main bios block 105
- To recover the main bios block using a usb attached device 105
- Uefi bios recovery instructions 105
- A usb cd dvd rom rw device can be used for this purpose however a usb hard disk drive cannot be used for bios recovery at this time 106
- After locating the new bios binary image the system will enter the bios 106
- Aptio setup utility copyright c 2011 american megatrends inc 106
- Disc root directory of a usb device or a writeable cd dvd 106
- Insert the usb device that contains the new bios image super rom into 106
- Note at this point you may decide if you want to start with bios recov ery if you decide to proceed with bios recovery follow the procedures below 106
- Note if you cannot locate the super rom file in your driver disk visit our website at www supermicro com to download the bios image into a usb flash device and rename it to super rom for bios recovery use 106
- Ously on your ps2 or usb keyboard until your hear two short beeps this may take from a few seconds to one minute 106
- Recovery page as shown below 106
- Simultane 106
- Tions below 106
- To perform uefi bios recovery using a usb attached device follow the instruc 106
- Using a different machine copy the super rom binary image file into the 106
- Version 2 2 211 copyright c 2011 american megatrends inc 106
- Warning bios recovery mode has been detected 106
- X9sri x9sre motherboard series user s manual 106
- Your usb drive and power on the system 106
- After the process of bios recovery is complete press any key 107
- Aptio setup utility copyright c 2011 american megatrends inc 107
- Key you will see the progress of bios recovery as shown in the screen below 107
- Note do not interrupt the process of bios flashing until it is completed 107
- To reboot the system 107
- Uefi bios recovery 107
- Using a different system extract the bios package into a bootable usb flash 107
- Version 2 2 211 copyright c 2011 american megatrends inc 107
- Warning system frmware is being updated 107
- When the screen as shown above displays using the arrow key select the 107
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