Supermicro x10srl-f-o Инструкция по эксплуатации онлайн
Содержание
- Printed in the united states of america 2
- 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 repro ductive harm 2
- About this motherboard 3
- Manual organization 3
- Preface 3
- Conventions used in the manual 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 8
- Appendix a bios error beep codes 12
- Appendix b software installation instructions 12
- Appendix c uefi bios recovery instructions 13
- Appendix d dual boot block on grantley platforms 13
- 1 overview 15
- Chapter 1 15
- Checklist 15
- Introduction 15
- Chapter 1 introduction 17
- Indicates the location of pin 1 17
- Jumpers not indicated are for testing only 17
- Panel connections 17
- See chapter 2 for detailed information on jumpers i o ports and jf1 front 17
- Unplug the power cable before installing or removing any components 17
- When the onboard power led indicator le2 is on system power is on 17
- X10srl f 17
- X10srl f motherboard layout 17
- C2 smb to pci e slots pins 2 3 disabled 18
- Jbr1 bios recovery pins 1 2 normal 18
- Jbt1 cmos clear see chapter 2 18
- Jpb1 bmc enable disable pins 1 2 enabled 18
- Jpg1 vga enable pins 1 2 enabled 18
- Jpl1 jpl2 lan1 lan2 enable pins 1 2 enabled 18
- Jpme2 manufacture mode select pins 1 2 normal 18
- Jumper description default 18
- Jwd1 watch dog enable pins 1 2 reset 18
- X10srl f 18
- X10srl f jumpers 18
- X10srl f quick reference 18
- X10srl f user s manual 18
- Motherboard features 20
- Ast2400 22
- Note this is a general block diagram and may not exactly represent 22
- Pages for the actual specifications of each motherboard 22
- System block diagram 22
- The features on your motherboard see the motherboard features 22
- X10srl f block diagram 22
- X10srl f user s manual 22
- 2 chipset overview 23
- C612 express chipset features 23
- 3 special features 24
- 4 pc health monitoring 24
- Environmental temperature control 24
- Recovery from ac power loss 24
- System resource alert 24
- 5 acpi features 25
- 6 power supply 25
- Slow blinking led for suspend state indicator 25
- 1 standardized warning statements 27
- Battery handling 27
- Chapter 2 27
- Installation 27
- הרהזא תנכס תמייקץוציפ הניקת אל ךרדב הפלחוהו הדימב הללוסה לש ףילחהל שי גוסב הללוסה תא מ םאותה תרבחלמומ ןרציתצ תוללוסה קוליס תושמושמה עצבל שי ןרציה תוארוה יפל 28
- رطخ كانه نم لاذبحسا ةلاح يف راجفنا ةيراطبلا ةحيحص ريغ ةقيرطب ليلعف ةيراطبلا لاذبحسا طقف عىنلا سفنب اهلداعي ام وأ اممثصوأ ةعنصملا ةمرشلا هب تايراطبلا نم صلخج ل اقفو ةلمعحسملاةعناصلا ةمرشلا تاميلعح 28
- Product disposal 29
- רצומה קוליס הרהזא ו תויחנהל םאתהב תויהל בייח הז רצומ לש יפוס קוליס הנידמה יקוח 29
- 2 static sensitive devices 30
- Precautions 30
- Unpacking 30
- يئاهنلا صلختلا نم جتنملا اذه هعم لماعتلا يغبني ل اقفو عيمجةينطىلا حئاىللاو نيناىقلا دنع 30
- 3 motherboard installation 31
- 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 31
- Caution 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 31
- Chapter 2 installation 31
- Location of mounting holes 31
- Philips screwdriver 31
- Philips screws 9 31
- Standoffs 9 only if needed 31
- Tools needed 31
- Installing the motherboard 32
- 4 processor and heatsink installation 33
- Installing the lga2011 processor 33
- Installing a passive cpu heatsink 37
- Removing the heatsink 38
- 5 installing ddr4 memory 39
- Align the key of the dimm mod 39
- Align the notches on both ends of 39
- Both ends of the dimm slot to unlock it 39
- Caution 39
- Chapter 2 installation 39
- Exercise extreme care when installing or removing dimm 39
- Insert the desired number of dimms 39
- Installing memory modules 39
- Into the memory slots starting with dimma1 channel a slot 1 see the next page for the location for complete memory population in structions see the memory popu lation guidelines section on the next page for the system to work properly please use the memory modules of the same type and speed in the same motherboard 39
- Modules to prevent any possible damage 39
- Notches 39
- Note check the supermicro website for recommended memory mod ules 39
- Positions to secure the dimm module into the slot 39
- Press both notches 39
- Press the release tabs to the lock 39
- Push the release tabs outwards on 39
- Release tabs 39
- Straight down into 39
- The memory slot 39
- The module against the receptive points on the ends of the slot 39
- The notches on both ends of the module straight down into the slot until the module snaps into place 39
- Ule with the receptive point on the memory slot 39
- Use two thumbs together to press 39
- Memory population guidelines 40
- Memory support 40
- Removing memory modules 40
- Populating lrdimm memory modules 41
- Populating rdimm memory modules 41
- Be sure to use memory modules of the same type and speed on the same 42
- Due to memory allocation to system devices the amount of memory that 42
- Motherboard mixing of memory modules of different types and speeds is not allowed 42
- Possible system memory allocation availability 42
- Remains available for operational use will be reduced when 4 gb of ram is used the reduction in memory availability is disproportional see the following table for details 42
- X10srl f user s manual 42
- 6 connectors io ports 43
- A com1 f usb port 4 3 43
- B ipmi lan g lan1 43
- C usb port 0 2 h lan2 43
- Cpu slot2 pci e 3 x4 in x8 43
- Cpu slot3 pci e 3 x4 in x8 43
- Cpu slot4 pci e 3 x8 in x16 43
- Cpu slot5 pci e 3 x8 43
- Cpu slot6 pci e 3 x8 in x16 43
- Cpu slot7 pci e 3 x8 43
- D usb port 1 2 i vga port 43
- Dimma2 dimma1 43
- Dimmb2 dimmb1 43
- Dimmc1 43
- Dimmc2 43
- Dimmd2 dimmd1 43
- E usb port 3 3 j uid switch 43
- Fan4 fan1 fan2 fan3 fana 43
- Intel pch 43
- Ipmi_lan 43
- Lan ctrl 43
- Pch slot1 pci e 2 x4 in x8 43
- Uid sw 43
- Usb0 1 43
- Usb10 3 43
- Usb11 3 43
- Usb2 3 3 43
- Usb4 5 43
- Usb6 7 43
- Usb8 9 43
- X10srl f 43
- 5v 2 5v 44
- Cpu slot2 pci e 3 x4 in x8 44
- Cpu slot3 pci e 3 x4 in x8 44
- Cpu slot4 pci e 3 x8 in x16 44
- Cpu slot5 pci e 3 x8 44
- Cpu slot6 pci e 3 x8 in x16 44
- Cpu slot7 pci e 3 x8 44
- Dimma2 dimma1 44
- Dimmb2 dimmb1 44
- Dimmc1 44
- Dimmc2 44
- Dimmd2 dimmd1 44
- Fan4 fan1 fan2 fan3 fana 44
- Front panel usb 2 4 5 6 7 8 9 44
- Ground 8 ground 44
- Intel pch 44
- Ipmi_lan 44
- Key 10 ground 44
- Lan ctrl 44
- Pch slot1 pci e 2 x4 in x8 44
- Pin definition pin definition 44
- Pin definitions 44
- Uid sw 44
- Usb0 1 44
- Usb10 3 44
- Usb11 3 44
- Usb2 3 3 44
- Usb4 5 44
- Usb6 7 44
- Usb8 9 44
- Usb_pn2 4 usb_pn3 44
- Usb_pp2 6 usb_pp3 44
- X10srl f 44
- Cpu slot2 pci e 3 x4 in x8 46
- Cpu slot3 pci e 3 x4 in x8 46
- Cpu slot4 pci e 3 x8 in x16 46
- Cpu slot5 pci e 3 x8 46
- Cpu slot6 pci e 3 x8 in x16 46
- Cpu slot7 pci e 3 x8 46
- Dimma2 dimma1 46
- Dimmb2 dimmb1 46
- Dimmc1 46
- Dimmc2 46
- Dimmd2 dimmd1 46
- Fan4 fan1 fan2 fan3 fana 46
- Intel pch 46
- Ipmi_lan 46
- Lan ctrl 46
- Pch slot1 pci e 2 x4 in x8 46
- Uid sw 46
- Usb0 1 46
- Usb10 3 46
- Usb11 3 46
- Usb2 3 3 46
- Usb4 5 46
- Usb6 7 46
- Usb8 9 46
- Chapter 2 installation 47
- Front control panel 47
- Ground 47
- Ground nmi 47
- Hdd led 47
- 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 spe cifically for use with supermicro chassis see the figure below for the descriptions of the front control panel buttons and led indicators refer to the following section for descriptions and pin definitions 47
- Jf1 header pins 47
- Nic1 led 47
- Nic2 led 47
- Oh fan fail led 47
- P3v3_stb 47
- P5v_stb 47
- Power button 47
- Power led 47
- Reset button 47
- Cpu slot2 pci e 3 x4 in x8 48
- Cpu slot3 pci e 3 x4 in x8 48
- Cpu slot4 pci e 3 x8 in x16 48
- Cpu slot5 pci e 3 x8 48
- Cpu slot6 pci e 3 x8 in x16 48
- Cpu slot7 pci e 3 x8 48
- Dimma2 dimma1 48
- Dimmb2 dimmb1 48
- Dimmc1 48
- Dimmc2 48
- Dimmd2 dimmd1 48
- Fan4 fan1 fan2 fan3 fana 48
- Front control panel pin definitions 48
- Intel pch 48
- Ipmi_lan 48
- Lan ctrl 48
- Nmi button 48
- Pch slot1 pci e 2 x4 in x8 48
- Power led 48
- The non maskable interrupt button header is located on pins 19 and 20 of jf1 refer to the table on the right for pin definitions 48
- The power led connection is located on pins 15 and 16 of jf1 refer to the table on the right for pin definitions 48
- Uid sw 48
- Usb0 1 48
- Usb10 3 48
- Usb11 3 48
- Usb2 3 3 48
- Usb4 5 48
- Usb6 7 48
- Usb8 9 48
- X10srl f 48
- X10srl f user s manual 48
- Chapter 2 installation 49
- Cpu slot2 pci e 3 x4 in x8 49
- Cpu slot3 pci e 3 x4 in x8 49
- Cpu slot4 pci e 3 x8 in x16 49
- Cpu slot5 pci e 3 x8 49
- Cpu slot6 pci e 3 x8 in x16 49
- Cpu slot7 pci e 3 x8 49
- Dimma2 dimma1 49
- Dimmb2 dimmb1 49
- Dimmc1 49
- Dimmc2 49
- Dimmd2 dimmd1 49
- Fan4 fan1 fan2 fan3 fana 49
- Hdd led 49
- Intel pch 49
- Ipmi_lan 49
- Lan ctrl 49
- Nic1 nic2 leds 49
- Pch slot1 pci e 2 x4 in x8 49
- The hdd led connection is located on pins 13 and 14 of jf1 attach a cable here to indicate hdd activ ity see the table on the right for pin definitions 49
- The nic network interface control ler led connection for glan port 1 is located on pins 11 and 12 of jf1 and the led connection for glan port 2 is on pins 9 and 10 attach the nic led cables to the led indicators mentioned above to display network activity refer to the layout below for the locations of nic led indicators 49
- Uid sw 49
- Usb0 1 49
- Usb10 3 49
- Usb11 3 49
- Usb2 3 3 49
- Usb4 5 49
- Usb6 7 49
- Usb8 9 49
- X10srl f 49
- Connect an led cable to pins 7 and 8 of front control panel to use the overheat fan fail and power fail connections refer to the table on the right for pin definitions 50
- Cpu slot2 pci e 3 x4 in x8 50
- Cpu slot3 pci e 3 x4 in x8 50
- Cpu slot4 pci e 3 x8 in x16 50
- Cpu slot5 pci e 3 x8 50
- Cpu slot6 pci e 3 x8 in x16 50
- Cpu slot7 pci e 3 x8 50
- Dimma2 dimma1 50
- Dimmb2 dimmb1 50
- Dimmc1 50
- Dimmc2 50
- Dimmd2 dimmd1 50
- Fan4 fan1 fan2 fan3 fana 50
- Intel pch 50
- Ipmi_lan 50
- Lan ctrl 50
- Overheat oh fan fail pwr fail uid led 50
- Pch slot1 pci e 2 x4 in x8 50
- Power fail led 50
- The power fail led connection is located on pins 5 and 6 of jf1 re fer to the table on the right for pin definitions 50
- Uid sw 50
- Usb0 1 50
- Usb10 3 50
- Usb11 3 50
- Usb2 3 3 50
- Usb4 5 50
- Usb6 7 50
- Usb8 9 50
- X10srl f user s manual 50
- Chapter 2 installation 51
- Cpu slot2 pci e 3 x4 in x8 51
- Cpu slot3 pci e 3 x4 in x8 51
- Cpu slot4 pci e 3 x8 in x16 51
- Cpu slot5 pci e 3 x8 51
- Cpu slot6 pci e 3 x8 in x16 51
- Cpu slot7 pci e 3 x8 51
- Dimma2 dimma1 51
- Dimmb2 dimmb1 51
- Dimmc1 51
- Dimmc2 51
- Dimmd2 dimmd1 51
- Fan4 fan1 fan2 fan3 fana 51
- Hardware reset switch on the computer case refer to the table on the right for pin definitions 51
- Intel pch 51
- Ipmi_lan 51
- Lan ctrl 51
- Pch slot1 pci e 2 x4 in x8 51
- Power button 51
- Reset button 51
- 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 con figured 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 on the right for pin definitions 51
- The reset button connection is located on pins 3 and 4 of jf1 attach it to a 51
- Uid sw 51
- Usb0 1 51
- Usb10 3 51
- Usb11 3 51
- Usb2 3 3 51
- Usb4 5 51
- Usb6 7 51
- Usb8 9 51
- 7 connecting cables 52
- 2 a 12v red 53
- A fan 1 53
- B fan 2 53
- C fan 3 53
- Chassis intrusion 53
- Cpu slot2 pci e 3 x4 in x8 53
- Cpu slot3 pci e 3 x4 in x8 53
- Cpu slot4 pci e 3 x8 in x16 53
- Cpu slot5 pci e 3 x8 53
- Cpu slot6 pci e 3 x8 in x16 53
- Cpu slot7 pci e 3 x8 53
- D fan 4 53
- Dimma2 dimma1 53
- Dimmb2 dimmb1 53
- Dimmc1 53
- Dimmc2 53
- Dimmd2 dimmd1 53
- E fan 5 53
- F fan a 53
- Fan header 53
- Fan4 fan1 fan2 fan3 fana 53
- G chassis intrusion 53
- Ground 53
- Ground black 53
- Intel pch 53
- Intrusion input 53
- Ipmi_lan 53
- Lan ctrl 53
- Pch slot1 pci e 2 x4 in x8 53
- Pin definition 53
- Pin definitions 53
- Pin definitions jl1 53
- Pwm_control 53
- Tachometer 53
- Uid sw 53
- Usb0 1 53
- Usb10 3 53
- Usb11 3 53
- Usb2 3 3 53
- Usb4 5 53
- Usb6 7 53
- Usb8 9 53
- X10srl f 53
- Connect an led cable to joh1 to provide warnings for chassis overheat fan failure refer to the table on the right for pin definitions 54
- Dimma2 dimma1 54
- Dimmb2 dimmb1 54
- Dimmc1 54
- Dimmc2 54
- Dimmd2 dimmd1 54
- Internal speaker buzzer 54
- Overheat oh fan fail 54
- The internal speaker buzzer sp1 is used to provide audible indications for various beep codes see the table on the right for pin definitions 54
- X10srl f user s manual 54
- Cpu slot2 pci e 3 x4 in x8 55
- Cpu slot3 pci e 3 x4 in x8 55
- Cpu slot4 pci e 3 x8 in x16 55
- Cpu slot5 pci e 3 x8 55
- Cpu slot6 pci e 3 x8 in x16 55
- Cpu slot7 pci e 3 x8 55
- Dimma2 dimma1 55
- Dimmb2 dimmb1 55
- Dimmc1 55
- Dimmc2 55
- Dimmd2 dimmd1 55
- Fan4 fan1 fan2 fan3 fana 55
- Intel pch 55
- Ipmi_lan 55
- Lan ctrl 55
- Pch slot1 pci e 2 x4 in x8 55
- Standby power 55
- Uid sw 55
- Usb0 1 55
- Usb10 3 55
- Usb11 3 55
- Usb2 3 3 55
- Usb4 5 55
- Usb6 7 55
- Usb8 9 55
- Cpu slot2 pci e 3 x4 in x8 56
- Cpu slot3 pci e 3 x4 in x8 56
- Cpu slot4 pci e 3 x8 in x16 56
- Cpu slot5 pci e 3 x8 56
- Cpu slot6 pci e 3 x8 in x16 56
- Cpu slot7 pci e 3 x8 56
- Dimma2 dimma1 56
- Dimmb2 dimmb1 56
- Dimmc1 56
- Dimmc2 56
- Dimmd2 dimmd1 56
- Fan4 fan1 fan2 fan3 fana 56
- Intel pch 56
- Ipmi_lan 56
- Lan ctrl 56
- Pch slot1 pci e 2 x4 in x8 56
- Uid sw 56
- Usb0 1 56
- Usb10 3 56
- Usb11 3 56
- Usb2 3 3 56
- Usb4 5 56
- Usb6 7 56
- Usb8 9 56
- X10srl f 56
- A trusted platform module port 80 header is located at jtpm1 to provide 57
- A video vga connector is located next to the com port on the i o backpanel this connector is used to provide video and crt display refer to the board layout below for the location 57
- Chapter 2 installation 57
- Tpm header port 80 header 57
- Tpm support and port 80 connection use this header to enhance system performance and data security see the table on the right for pin defini tions 57
- Video connector 57
- 8 jumper settings 58
- Cpu slot2 pci e 3 x4 in x8 58
- Cpu slot3 pci e 3 x4 in x8 58
- Cpu slot4 pci e 3 x8 in x16 58
- Cpu slot5 pci e 3 x8 58
- Cpu slot6 pci e 3 x8 in x16 58
- Cpu slot7 pci e 3 x8 58
- Dimma2 dimma1 58
- Dimmb2 dimmb1 58
- Dimmc1 58
- Dimmc2 58
- Dimmd2 dimmd1 58
- Explanation of jumpers 58
- Fan4 fan1 fan2 fan3 fana 58
- Intel pch 58
- Ipmi_lan 58
- Lan ctrl 58
- Pch slot1 pci e 2 x4 in x8 58
- Uid sw 58
- Usb0 1 58
- Usb10 3 58
- Usb11 3 58
- Usb2 3 3 58
- Usb4 5 58
- Usb6 7 58
- Usb8 9 58
- Cpu slot2 pci e 3 x4 in x8 59
- Cpu slot3 pci e 3 x4 in x8 59
- Cpu slot4 pci e 3 x8 in x16 59
- Cpu slot5 pci e 3 x8 59
- Cpu slot6 pci e 3 x8 in x16 59
- Cpu slot7 pci e 3 x8 59
- Dimma2 dimma1 59
- Dimmb2 dimmb1 59
- Dimmc1 59
- Dimmc2 59
- Dimmd2 dimmd1 59
- Fan4 fan1 fan2 fan3 fana 59
- Intel pch 59
- Ipmi_lan 59
- Lan ctrl 59
- Pch slot1 pci e 2 x4 in x8 59
- Uid sw 59
- Usb0 1 59
- Usb10 3 59
- Usb11 3 59
- Usb2 3 3 59
- Usb4 5 59
- Usb6 7 59
- Usb8 9 59
- X10srl f 59
- Close this jumper jpme2 to bypass spi flash security and force the system to use the manufacture mode which will allow the user to flash the system firm ware from a host server to modify system settings see the table on the right for jumper settings 60
- Dimma2 dimma1 60
- Dimmb2 dimmb1 60
- Dimmc1 60
- Dimmc2 60
- Dimmd2 dimmd1 60
- Jumper jpg1 allows the user to enable the onboard vga connector the default setting is 1 2 to enable the connection see the table on the right for jumper settings 60
- Manufacture mode select 60
- Vga enable 60
- X10srl f user s manual 60
- Bios recovery enable 61
- Chapter 2 installation 61
- Close pins 2 and 3 of jumper jbr1 for bios recovery the default setting is on pins 1 and 2 for normal operation see the table on the right for jumper settings 61
- Dimma2 dimma1 61
- Dimmb2 dimmb1 61
- Dimmc1 61
- Dimmc2 61
- Dimmd2 dimmd1 61
- Watch dog enable disable 61
- 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 61
- A bmc enable disable 62
- Bmc enable disable jpb1 62
- Control chip and the onboard ipmi connection this jumper is used to gether with the ipmi settings in the bios after the bmc is disabled ipmi health monitoring and remote management functions are no longer supported this jumper is for debug ging only see the table on the right for jumper settings 62
- Jpb1 is used to enable or disable the bmc baseboard management 62
- The bmc supports two universal asynchronous receiver transmitter uart ports these high speed ports include a 16 byte send receive fifo a programmable baud rate generator complete modem control capabil ity and a processor interrupt system both uarts provide legacy speed with baud rate of up to 115 kbps as well as an advanced speed with baud rates of 250 k 500 k or 1 mb s which support higher speed modems 62
- X10srl f user s manual 62
- 9 onboard indicators 63
- Cpu slot2 pci e 3 x4 in x8 63
- Cpu slot3 pci e 3 x4 in x8 63
- Cpu slot4 pci e 3 x8 in x16 63
- Cpu slot5 pci e 3 x8 63
- Cpu slot6 pci e 3 x8 in x16 63
- Cpu slot7 pci e 3 x8 63
- Dimma2 dimma1 63
- Dimmb2 dimmb1 63
- Dimmc1 63
- Dimmc2 63
- Dimmd2 dimmd1 63
- Fan4 fan1 fan2 fan3 fana 63
- Intel pch 63
- Ipmi lan x8st3 f 63
- Ipmi_lan 63
- Lan 1 lan 2 63
- Lan ctrl 63
- Pch slot1 pci e 2 x4 in x8 63
- Uid sw 63
- Usb0 1 63
- Usb10 3 63
- Usb11 3 63
- Usb2 3 3 63
- Usb4 5 63
- Usb6 7 63
- Usb8 9 63
- X10srl f 63
- A bmc heartbeat led is located at ledm1 on the x10srl f see the table on the right for more information 64
- An onboard power led is located at le2 on the motherboard when le2 is on the ac power cable is connected make sure to disconnect the power cable before removing or installing any component see the layout below for the led location 64
- Bmc heartbeat led 64
- Cpu slot2 pci e 3 x4 in x8 64
- Cpu slot3 pci e 3 x4 in x8 64
- Cpu slot4 pci e 3 x8 in x16 64
- Cpu slot5 pci e 3 x8 64
- Cpu slot6 pci e 3 x8 in x16 64
- Cpu slot7 pci e 3 x8 64
- Dimma2 dimma1 64
- Dimmb2 dimmb1 64
- Dimmc1 64
- Dimmc2 64
- Dimmd2 dimmd1 64
- Fan4 fan1 fan2 fan3 fana 64
- Intel pch 64
- Ipmi_lan 64
- Lan ctrl 64
- Onboard power led 64
- Pch slot1 pci e 2 x4 in x8 64
- Uid sw 64
- Usb0 1 64
- Usb10 3 64
- Usb11 3 64
- Usb2 3 3 64
- Usb4 5 64
- Usb6 7 64
- Usb8 9 64
- X10srl f user s manual 64
- 10 sata connections 65
- Chapter 2 installation 65
- Cpu slot2 pci e 3 x4 in x8 65
- Cpu slot3 pci e 3 x4 in x8 65
- Cpu slot4 pci e 3 x8 in x16 65
- Cpu slot5 pci e 3 x8 65
- Cpu slot6 pci e 3 x8 in x16 65
- Cpu slot7 pci e 3 x8 65
- Dimma2 dimma1 65
- Dimmb2 dimmb1 65
- Dimmc1 65
- Dimmc2 65
- Dimmd2 dimmd1 65
- Fan4 fan1 fan2 fan3 fana 65
- Ground 65
- Intel pch 65
- Ipmi_lan 65
- Lan ctrl 65
- Pch slot1 pci e 2 x4 in x8 65
- Pin definitions 65
- Pin signal 65
- Sata connections 65
- Sata sas connectors 65
- Sata_rxn 65
- Sata_rxp 65
- Sata_txn 65
- Sata_txp 65
- Ten sata 3 connectors i sata 0 5 and s sata 0 3 are located on the board i sata 0 5 ports are supported by the ahci controller and are compatible with raid 0 1 5 10 s sata 0 3 ports are supported by the ssata controller and are compatible with raid 0 1 5 10 these serial link connections provide faster data transmission than legacy parallel ata see the table on the right for pin definitions 65
- Uid sw 65
- Usb0 1 65
- Usb10 3 65
- Usb11 3 65
- Usb2 3 3 65
- Usb4 5 65
- Usb6 7 65
- Usb8 9 65
- X10srl f 65
- 1 troubleshooting procedures 67
- Before power on 67
- Chapter 3 67
- No power 67
- Troubleshooting 67
- Losing the system s setup configuration 68
- Memory errors 68
- No video 68
- 2 technical support procedures 69
- 3 frequently asked questions 70
- 4 battery removal and installation 71
- Battery installation 71
- Battery removal 71
- Proper battery disposal 71
- 5 returning merchandise for service 72
- 1 introduction 73
- Chapter 4 73
- How to change the configuration data 73
- Starting bios setup utility 73
- 2 main setup 74
- How to start the setup utility 74
- 3 advanced setup configurations 76
- Boot feature 76
- Power configuration 77
- Cpu configuration 78
- Advanced power management configuration 80
- Cpu p state control 80
- Cpu c state control 81
- Cpu t state control 81
- Chipset configuration 82
- Iio configuration 82
- Iio1 configuration 82
- Ioat configuration 82
- North bridge 82
- Intel vt for directed i o vt d 83
- Qpi quick path interconnect configuration 83
- Qpi status 83
- Memory configuration 84
- Dimm information 85
- Memory ras reliability availability serviceability configuration 85
- South bridge 87
- Sata configuration 88
- Ssata configuration 90
- Pcie pci pnp configuration 92
- Server me management engine configuration 92
- Super io configuration 94
- Com1 console redirection settings 95
- Serial port console redirection 95
- Sol com2 console redirection settings 97
- Ems console redirection settings 99
- Acpi settings 100
- 4 event logs 101
- Change smbios event log settings 101
- View system event log 102
- 5 ipmi 103
- System event log 103
- Bmc network configuration 104
- 6 security 106
- 7 boot 107
- 8 save exit 109
- A 1 bios error beep codes 111
- Appendix a 111
- Bios error beep codes 111
- Appendix b 113
- B 1 installing software programs 113
- Software installation instructions 113
- B 2 installing superdoctor5 114
- Appendix c 115
- C 1 an overview to the uefi bios 115
- C 2 how to recover the uefi bios image 115
- C 3 to recover the main bios block using a usb attached device 115
- Uefi bios recovery instructions 115
- Appendix d 119
- Before startup 119
- Dual boot block on grantley platforms 119
- How to use dual boot block 119
- Overview 119
- When to use dual boot block 119
- D 1 ipmi gui browser 120
- D 2 ipmi command sets 125
- User approach 127
Похожие устройства
- Supermicro x10dri-t4+ Инструкция по эксплуатации
- Supermicro x10slh-f-b Инструкция по эксплуатации
- Supermicro cse-732i-500b Инструкция по эксплуатации
- Supermicro cse-732i-865b Инструкция по эксплуатации
- Supermicro cse-826be16-r1k28lpb Инструкция по эксплуатации
- Supermicro cse-733t-500b Инструкция по эксплуатации
- Supermicro x9drl-if-o Инструкция по эксплуатации
- Supermicro cse-733tq-500b Инструкция по эксплуатации
- Supermicro sys-1027r-wrf Инструкция по эксплуатации
- Supermicro sys-5018d-mf Инструкция по эксплуатации
- Supermicro x10sae Инструкция по эксплуатации
- Supermicro sys-6027r-3rf4+ Инструкция по эксплуатации
- Supermicro sys-5017r-mtf Инструкция по эксплуатации
- Sven ic-320 Инструкция по эксплуатации
- Sven ap-b770mv Инструкция по эксплуатации
- Sven ap-970mv Инструкция по эксплуатации
- Sven ap-940mv Инструкция по эксплуатации
- Sven ap-680mv Инструкция по эксплуатации
- Sven ap-600 Инструкция по эксплуатации
- Sven ht-200 Инструкция по эксплуатации