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Supermicro X11SSL-F-O Инструкция по эксплуатации онлайн [74/123] 263887
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601- Warning handling of lead solder materials used in this product may expose you to lead a chemical known to the state of california to cause birth defects and other reproductive harm
- About this motherboard
- Preface
- Conventions used in the manual
- About this manual
- Contacting supermicro
- Table of contents
- Chapter 2 installation
- Chapter 1 introduction
- Chapter 3 troubleshooting
- Appendix d uefi bios recovery appendix e dual boot block
- Appendix c standardized warning statements
- Appendix a bios codes appendix b software installation
- Chapter 4 bios
- Introduction
- Important links
- Checklist
- Chapter 1
- Bar code
- X11ssm f x11ssl f
- Pci e slot 4 yes no
- Note components not documented are for internal testing only
- Mac code
- Ipmi lan yes x11ssm f yes x11ssl f
- Ipmi code
- I sata6 i sata7 yes no
- Figure 1 3 x11ssm f x11ssl f motherboard layout
- Differences between x11ssm f x11ssl f
- Com2 yes no
- X11ssm f x11ssl f user manual
- Jumpers led indicators not indicated are used for testing only
- When ledpwr onboard power led indicator is on system power is on unplug the
- See chapter 2 for detailed information on jumpers i o ports and jf1 front panel con
- Quick reference
- Power cable before installing or removing any components
- Please refer to the table on page 10 to see model variations
- Nections
- Indicates the location of pin 1
- Chapter 1 introduction
- Connector description
- X11ssm f x11ssl f user manual
- Quick reference table
- Note table is continued on the next page
- Led description status
- Jumper description default setting
- Connector description
- Chapter 1 introduction
- X11ssm f x11ssl f user manual
- Note the table above is continued on the next page
- Motherboard features
- Note the table above is continued on the next page
- Motherboard features
- Chapter 1 introduction
- System block diagram
- Skt h4 lga1151
- Note this is a general block diagram and may not exactly represent the features on your motherboard see the previous pages for the actual specifications of your moth erboard
- Figure 1 4
- Chapter 1 introduction
- Bmc ast2400
- Recovery from ac power loss
- Processor and chipset overview
- Special features
- System resource alert
- System health monitoring
- Onboard voltage monitors
- Fan status monitor with firmware control
- Environmental temperature control
- Acpi features
- Serial port
- Power supply
- Unpacking
- Static sensitive devices
- Precautions
- Installation
- Chapter 2
- Location of mounting holes
- All motherboards have standard mounting holes to fit different types of chassis make sure that the locations of all the mounting holes for both the motherboard and the chassis match although a chassis may have both plastic and metal mounting fasteners 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
- X11ssm f x11ssl f user manual
- Tools needed
- Standoffs 7 only if needed
- Screwdriver
- Philips screws
- Philips
- Note 1 to avoid damaging 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
- Motherboard installation
- Mac code
- Installing the motherboard
- Processor and heatsink installation
- Installing the lga1151 processor
- Installing an active cpu heatsink with fan
- Removing the active heatsink
- Installing a passive cpu heatsink
- Removing the passive heatsink
- X11ssm f x11ssl f user manual
- The x11ssm f x11ssl f motherboard supports up to 64gb of unbuffered udimm ddr4 ecc 2133 1866 1600 1333mhz memory in four memory slots populating these dimm slots with memory modules of the same type and size will result in interleaved memory which will improve memory performance
- Processors and their corresponding memory modules
- Note check the supermicro website for recommended memory modules
- Memory support and installation
- Memory support
- Memory module population for optimal performance
- Memory module population
- Important exercise extreme care when installing or removing dimm modules to pre vent any possible damage
- For optimal memory performance follow the table below when populating memory
- Dimm module population configuration
- Dimma1
- Dimm module population sequence
- When installing memory modules the dimm slots should be populated in the following order dimmb2 dimma2 dimmb1 dimma1
- Chapter 2 installation
- Towards the edge of the motherboard
- Bar code
- Always use ddr4 dimm modules of the same type size and speed
- Towards the cpu
- The motherboard will support odd numbered modules 1 or 3 modules installed however
- Slowest dimm
- Mixed dimm speeds can be installed however all dimms will run at the speed of the
- Mac code
- Ipmi code
- For best memory performance install dimm modules in pairs to activate memory interleav ing
- Dimmb2 blue slot
- Dimmb2
- Dimmb1
- Dimma2 dimmb1
- Dimma2 blue slot
- Press the release tabs to the lock positions
- Align the notches on both ends of the
- Release tabs
- Align the key of the dimm module with the
- Receptive point on the memory slot
- Push the release tabs outwards on both
- Press both release tabs on the ends of the dimm module to unlock it once the dimm module is loosened remove it from the memory slot
- Press both notches straight down into the memory slot
- Notches on both ends of the module straight down into the slot until the module snaps into place
- Notches
- Module against the receptive points on the ends of the slot
- Mac code
- Ipmi code
- Insert the desired number of dimms into
- X11ssm f x11ssl f user manual
- Ends of the dimm slot to unlock it
- Use two thumbs together to press the
- Dimm removal
- To secure the dimm module into the slot
- Dimm installation
- Bar code
- The memory slots starting with dimmb2 channel b slot 2 blue slot for best performance please use the memory modules of the same type and speed in the same bank
- Usb7 3 10 uid switch
- Usb1 8 lan2
- Usb0 9 vga port
- See figure 2 2 below for the locations and descriptions of the various i o ports on the rear of the motherboard
- Rear i o ports
- Ipmi lan 7 lan1
- Figure 2 2 i o port locations and definitions
- Description description
- Com1 port 6 usb6 3
- Chapter 2 installation
- 9 8 7 6
- A video vga port is located next to lan2 on the i o back panel refer to the board layout below for the location
- X11ssm f x11ssl f user manual
- Vga port
- Txd 8 cts
- Serial ports
- Rxd 7 rts
- Pin definitions
- Pin definition pin definition
- One com connection com1 is located on x11ssm f x11ssl f on the i o back panel x11ssm f has an additional com connection com2 located next to com1 see the table below for pin definitions
- Ground 10 n a
- Dtr 9 ri
- Dcd 6 dsr
- Com2 x11ssm f only
- Com port
- Lan ports
- Ipmi lan f versions only
- Chapter 2 installation
- Two gigabit ethernet ports lan1 and lan2 are located on the i o back panel on the motherboard in addition a dedicated ipmi lan is located above usb 0 1 ports on the back panel on the f boards all of these ports accept rj45 cables please refer to the led indicator section for lan led information
- X11ssm f x11ssl f user manual
- Universal serial bus usb ports
- There are two usb 2 ports usb0 1 and two usb 3 ports usb6 7 located on the i o back panel the motherboard also has two front access usb 2 headers usb2 3 and usb4 5 and one front access usb 3 header usb8 9 the usb10 header is usb 3 type a the onboard headers can be used to provide front side usb access with a cable not included
- Usb8 9
- Usb6 7
- Usb4 5
- Usb2 3
- Usb0 1
- Chapter 2 installation
- Ground sw_nmi_n
- Ground
- Front control panel
- X11ssm f x11ssl f user manual
- Fp pwrled
- Uid led
- Reset button
- Figure 2 3 jf1 header pins
- Power fail led
- Bar code
- Power button
- P3v3_stby id_uid_sw
- P3v3_stby
- Oh fan fail led
- Nic2 link active led
- Nic1 link active led
- Mac code
- Jf1 contains header pins for various buttons and indicators that are normally located on a control panel at the front of the chassis these connectors are designed specifically for use with supermicro chassis see the figure below for the descriptions of the front control panel buttons and led indicators
- Ipmi code
- Hdd led
- Ground
- Chapter 2 installation
- The reset button connection is located on pins 3 and 4 of jf1 attach it to a hardware reset switch on the computer case refer to the table below for pin definitions
- The power button connection is located on pins 1 and 2 of jf1 momentarily contacting both pins will power on off the system this button can also be configured to function as a suspend button with a setting in the bios see chapter 4 to turn off the power when the system is in suspend mode press the button for 4 seconds or longer refer to the table below for pin definitions
- Signal
- Reset button
- Pwr button
- Power button
- Pin definitions jf1
- Blue led
- Pin definitions jf1
- Overheat oh fan fail
- On overheat
- Oh fan fail led
- Oh fan fail indicator
- Off normal
- Flashing fan fail
- Connect an led cable to pins 7 and 8 of the front control panel to use the overheat fan fail led connections the led on pin 8 provides warnings of overheat or fan failure refer to the tables below for pin definitions
- X11ssm f x11ssl f user manual
- The power fail led connection is located on pins 5 and 6 of jf1 refer to the table below for pin definitions
- Status
- Pwr supply fail
- Pwr fail led
- Power fail led
- Nic 2 link led
- Nic 2 activity led
- Nic 1 link led
- Nic 1 activity led
- Lan1 lan2 led
- Hdd led uid switch
- Hdd led
- Hdd active
- Chapter 2 installation
- 3 v stdby uid_sw
- The nic network interface controller led connection for lan port 1 is located on pins 11 and 12 of jf1 and the led connection for lan port 2 is on pins 9 and 10 attach the nic led cables here to display network activity refer to the table below for pin definitions
- The hdd led uid switch connection is located on pins 13 and 14 of jf1 attach a cable to pin 14 to show hard drive activity status attach a cable to pin 13 to use uid switch refer to the table below for pin definitions
- Pin definitions jf1
- Nic2 led
- Nic1 nic2 lan1 lan2
- Nic1 led
- X11ssm f x11ssl f user manual
- The power led connection is located on pins 15 and 16 of jf1 refer to the table below for pin definitions
- The non maskable interrupt button header is located on pins 19 and 20 of jf1 refer to the table below for pin definitions
- Pwr led
- Power led
- Pin definitions jf1
- Nmi button
- Ground
- Control
- Chapter 2 installation
- The primary power supply connector jpwr1 meets the atx ssi eps 12v specification you must also connect the 8 pin jpwr2 processor power connector to your power supply
- Power connections
- Pin atx main pwr
- Megerac license
- Main atx power supply connector
- Connectors
- X11ssm f x11ssl f user manual
- Secondary power connector
- Required connection
- Pin pwr
- Pin definitions
- Pin definition
- Jpwr2 must also be connected to the power supply this connector is used to power the processor s
- Important to provide adequate power supply to the motherboard be sure to connect the 24 pin atx pwr and the 8 pin pwr connectors to the power supply failure to do so may void the manufacturer warranty on your power supply and motherboard
- 4 ground
- 12v 8 pin power
- The x11ssm f x11ssl f has five fan headers fan1 fan4 fana all of these 4 pin fan headers are backwards compatible with the traditional 3 pin fans however fan speed control is available for 4 pin fans only by thermal management via the ipmi 2 interface refer to the table below for pin definitions
- Tachometer
- Pwm_control
- Pin definitions
- Headers
- Ground black
- Fan headers
- Fan header
- Chapter 2 installation
- 2 a 12v red
- Internal speaker buzzer
- Internal buzzer pin definitions
- Internal buzzer
- Ground
- Chassis intrusion
- A chassis intrusion header is located at jl1 on the motherboard attach the appropriate cable from the chassis to inform you of a chassis intrusion when the chassis is opened refer to the table below for pin definitions
- X11ssm f x11ssl f user manual
- The internal speaker sp1 can be used to provide audible notifications using various beep codes refer to the table below for pin definitions refer to the layout below for the location of the internal buzzer
- Pos beep in
- Pin definitions
- Pin definition
- Neg alarm speaker
- Intrusion input
- Pin definition
- Overheat led pin definitions
- Overheat led header
- Overheat fan fail led header
- The joh1 header is used to connect an led indicator to provide warnings of chassis overheating and fan failure this led will blink when a fan failure occurs refer to the tables below for pin definitions
- Oh active
- Status
- Jd1_pin1
- State definition
- Fp_pwr_led
- Speaker header
- Chapter 2 installation
- Speaker connector
- Blinking fan fail
- Solid overheat
- R_spkpin_n
- R_spkpin
- Pwr led connector
- Power led speaker
- Pins 1 3 of jd1 are used for power led indication and pins 4 7 are for the speaker please note that the speaker connector pins 4 7 are used with an external speaker if you wish to use the onboard speaker you should close pins 6 7 with a cap refer to the tables below for pin definitions
- Pin setting definition
- Pin definitions
- Dom power
- Disk on module power connector
- 5v standby
- X11ssm f x11ssl f user manual
- Wake up
- Wake on lan pin definitions
- Two power connectors for sata dom disk_on_module devices are located at jsd1 jsd2 connect appropriate cables here to provide power support for your serial link dom devices
- The 5v standby power header is located at jstby1 on the motherboard you must have a card with a standby power connector and a cable to use this feature refer to the table below for pin definitions
- Standby pwr
- Standby power
- Pin definitions
- Pin definition
- Jsd 2 dom pwr
- Jsd 1 dom pwr
- Ground
- I sgpio 1
- Gnd 4 data
- Clock 8 nc
- Chapter 2 installation
- Two i sgpio serial link general purpose input output headers are located on the motherboard they support the onboard i sata 3 ports refer to the table below for pin definitions
- Sgpio headers
- Sgpio header pin definitions
- Pin definition pin definition
- Nc no connection
- Nc 2 nc
- Load 6 gnd
- I sgpio2 i sata 3 ports 4 7
- I sgpio1 i sata 3 ports 0 3
- I sgpio 2
- I sgpio 1 2
- Lad0 12 gnd
- Gnd 18 clkrun
- A trusted platform module tpm port 80 header is located at jtpm1 to provide tpm support and a port 80 connection use this header to enhance system performance and data security refer to the table below for pin definitions
- 3v stdby 16 serirq
- 3 v 10 lad1
- X11ssm f x11ssl f user manual
- Trusted platform module header
- Tpm port 80 header
- Tpm header
- Smb_clk 14 smb_dat
- Pin definitions
- Pin definition pin definition
- Lreset 6 5v
- Lpcpd 20 ldrq
- Lclk 2 gnd
- Lad3 8 lad2
- C header
- C connector jp
- C connection on your system refer to the table below for pin definitions
- Bmc external header
- A system management bus header for ipmi 2 is located at jipmb1 connect the appropriate cable here to use the ipmb
- The power system management bus
- Power smb header
- Power smb
- Pmbus_alert
- Pin definitions
- Pin definition
- Pin bmc external
- Megerac license
- Ground
- External
- Chapter 2 installation
- C1 monitors the power supply fan and system temperatures refer to the table below for pin definitions
- I sata0 1 two
- Sata ports
- I sata0
- Sata 3 port pin definitions
- I sata 6 7 two x11ssm f only
- Sata 3 6 gb s raid 0 1 5 and 10
- Sata 3 6 gb s raid 0 1 5 10 superdom connectors
- Ground
- Port connection type
- Pin signal
- Note 2 for more information on the sata hostraid configuration please refer to the intel sata hostraid user s guide posted on our website at http www supermicro com
- X11ssm f x11ssl f user manual
- Note 1 i sata0 and i sata1 are supermicro superdoms these are yellow sata dom connectors with power pins built in and do not require separate external power cables these connectors are backward compatible with non supermicro satadoms that require an external power supply
- X11ssm f x11ssl f sata 3 connector types
- I sata7 x11ssm f only
- Supported by intel c236 pch
- I sata6 x11ssm f only
- Supported by intel c232 c236 pch exp
- I sata5
- Six sata 3 connectors are located on the x11ssm f x11ssl f motherboard supported by the intel c232 c236 pch chip these sata ports support raid 0 1 5 and 10 sata ports provide serial link signal connections which are faster than the connections of parallel ata see the tables below for pin definitions two additional sata 3 connectors i sata 6 7 are located on the x11ssm f motherboard
- I sata4
- Sata_txp
- I sata3
- I sata2 5 four sata 3 6 gb s raid 0 1 5 10
- Sata_txn
- I sata2
- Sata_rxp
- I sata1
- Sata_rxn
- Note uid can also be triggered via ipmi on the motherboard for more information on ipmi please refer to the ipmi user s guide posted on our website at http www supermicro com
- Ground
- Color status
- Chapter 2 installation
- Button in
- Blue on unit identified
- A unit identifier uid switch and an led indicator are located on the motherboard the uid switch is located at juidb1 which is next to the vga port on the back panel the uid led le1 is located next to the uid switch when you press the uid switch the uid led will be turned on press the uid switch again to turn off the led indicator the uid indicator provides easy identification of a system unit that may be in need of service
- Unit identifier switch uid led indicator
- Uid switch
- Uid led
- Pin definitions
- Pin definition
- Jumper settings
- How jumpers work
- Lan1 port enable disable
- Lan1 lan4 enable disable
- Lan port enable disable
- Jumpers jpl1 jpl2 enable or disable lan ports 1 2 on the motherboard refer to the table below for jumper settings the default setting is enabled
- Jumper settings
- Jumper setting definition
- Jbt1 is used to clear the cmos instead of pins this jumper consists of contact pads to prevent accidental clearing of the cmos to clear the cmos use a metal object such as a small screwdriver to touch both pads at the same time to short the connection
- Cmos clear
- Chapter 2 installation
- Pins 2 3 disabled
- Pins 1 2 enabled
- Note be sure to completely shut down the system and then short jbt1 to clear the cmos
- Lan2 port enable disable
- Pins 2 3 nmi
- Pins 2 3 disabled
- Pins 1 2 reset
- Pins 1 2 enabled
- Open disabled
- Megerac license
- Jumper settings
- Jumper setting definition
- C2 to connect the system management bus
- C1 and j
- C to pci express slots to improve pci performance these two jumpers should be set at the same time refer to the table below for jumper settings the default setting is enabled
- X11ssm f x11ssl f user manual
- C for pci e slots jumper settings
- Watch dog jwd1 is a system monitor that can reboot the system when a software application hangs close pins 1 2 to reset the system if an application hangs close pins 2 3 to generate a non maskable interrupt nmi signal for the application that hangs refer to the table below for jumper settings the watch dog must also be enabled in the bios
- Watch dog
- Use jumpers j
- Smbus to pci slots
- Use jumper jbr1 to recover the bios settings on the motherboard refer to the table below for jumper settings the default setting is normal
- Pins 2 3 disabled
- Pins 2 3 bios recovery
- Pins 1 2 normal
- Pins 1 2 enabled
- Jumper settings
- Jumper setting definition
- Jumper jpg1 allows the user to enable the onboard vga connector the default setting is pins 1 2 to enable the connection refer to the table below for jumper settings the default setting is enabled
- Chapter 2 installation
- Bios recovery jumper settings
- Bios recovery
- Vga enable disable
- Vga enable
- X11ssm f x11ssl f user manual
- Pins 2 3 manufacturer mode
- Pins 2 3 disabled
- Pins 1 2 normal
- Pins 1 2 bmc enabled
- Manufacturer mode select
- Manufacturer mode
- Jumper settings
- Jumper setting definition
- Jumper jpb1 allows the user to enable the embedded aspeed ast2400 baseboard management controller bmc to provide ipmi 2 kvm support on the motherboard refer to the table below for jumper settings the default setting is bmc enable
- Close pin 2 and pin 3 of jumper jpme2 to bypass spi flash security and force the system to operate in the manufacturer mode which will allow the user to flash the system firmware from a host server for system setting modifications refer to the table below for jumper settings the default setting is normal
- Bmc enabled
- Bmc enable
- Amber 1 gbps
- Two lan ports lan 1 and lan 2 are located on the i o back panel of the motherboard each ethernet lan port has two leds the green led indicates activity while the other link led may be green amber or off to indicate the speed of the connection refer to the tables below for more information
- Off no connection 10 mbps
- Led state
- Led indicators
- Lan2 led
- Lan1 led
- Lan1 2 link led left
- Lan1 2 activity led right
- Lan leds
- Green flashing active
- Green 100 mbps
- Chapter 2 installation
- In addition to lan 1 and lan 2 an ipmi lan is also located on the i o back panel the amber led on the right indicates activity while the green led on the left indicates the speed of the connection refer to the table below for more information
- Green system on
- Activity right amber blinking active
- Activity led link led
- X11ssm f x11ssl f user manual
- The onboard power led is located at ledpwr on the motherboard when this led is on the system is on be sure to turn off the system and unplug the power cord before removing or installing components refer to the table below for more information
- System off power cable not connected
- Onboard pwr led
- Onboard power led indicator
- Onboard power led
- Mbps 1gbps
- Link left green solid amber solid
- Lan 1 lan 2
- Ipmi lan x8st3 f
- Ipmi lan leds
- Ipmi lan
- Ipmi dedicated lan leds f versions only
- Bmc heartbeat led indicator
- Bmc heartbeat led
- A bmc heartbeat led is located at ledbmc on the motherboard when ledbmc is blinking the bmc is functioning normally refer to the table below for more information
- Led color definition
- Green blinking bmc normal
- Chapter 2 installation
- Troubleshooting procedures
- Troubleshooting
- No video
- No power
- Chapter 3
- Before power on
- System boot failure
- Memory errors
- When the system becomes unstable
- Losing the system s setup configuration
- Technical support procedures
- Frequently asked questions
- Battery installation
- Proper battery disposal
- Battery removal and installation
- Battery removal
- Returning merchandise for service
- Starting the setup utility
- Introduction
- Chapter 4
- Main setup
- Boot feature
- Advanced setup configurations
- Power configuration
- Cpu configuration
- Cpu thermal configuration
- System agent sa configuration
- Graphics configuration
- Chipset configuration
- Peg port configuration
- Dmi opi configuration
- Memory configuration
- Pch io configuration
- Pci express configuration
- Pch slot5 pci e 3 x4 in x8
- Pch slot4 pci e 3 x4 in x8
- Sata configuration
- Pcie pci pnp configuration
- Super io configuration
- Serial port console redirection
- Intel server platform services
- Com1 console redirection settings
- Sol com2 console redirection settings
- Ems console redirection settings
- Acpi settings
- Trusted computing configuration
- Nic configuration
- Iscsi configuration
- Intel i210 gigabit network connection oc c4 7a 1a 44 ce
- Nic configuration
- Intel i210 gigabit network connection oc c4 7a 1a 44 cf
- Event logs
- Change smbios event log settings
- View smbios event log
- System event log
- Bmc network configuration
- Security
- Secure boot menu
- Save exit
- Beep code error message description
- Appendix a
- X11ssm f x11ssl f user manual
- These fatal errors are usually communicated through a series of audible beeps the numbers on the fatal error list correspond to the number of beeps for the corresponding error
- Non fatal errors are those which in most cases allow the system to continue to boot these error messages normally appear on the screen
- Ipmi error codes
- Fatal errors will not allow the system to continue with bootup if a fatal error occurs you should consult with your system manufacturer for possible repairs
- During the post power on self test routines which are performed upon each system boot errors may occur
- Bios error post beep codes
- Bios codes
- Bios beep post codes
- Software installation
- B installing software programs
- Appendix b
- B superdocto
- Standardized warning statements
- Battery handling
- Appendix c
- Product disposal
- Uefi bios recovery
- D recovering the uefi bios image
- D recovering the bios block with a usb device
- D overview
- Appendix d
- E introduction
- Dual boot block
- Bios boot block corruption occurrence
- Bios boot block
- Appendix e
- E steps to reboot the system by using jumper jbr1
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