![Supermicro X8DTL-iF [21/97] 8 overview of the nuvoton wpcm450r controller for x8dtl 3f x8dtl if only](/img/pdf.png)
Supermicro X8DTL-iF [21/97] 8 overview of the nuvoton wpcm450r controller for x8dtl 3f x8dtl if only
![Supermicro X8DTL-3F [21/97] 8 overview of the nuvoton wpcm450r controller for x8dtl 3f x8dtl if only](/views2/1190274/page21/bg15.png)
Chapter 1: Introduction
1-13
control capability and a processor interrupt system. Both UARTs provide legacy
speed with baud rate of up to 115.2 Kbps as well as an advanced speed with baud
rates of 250 K, 500 K, or 1 Mb/s, which support higher speed modems.
The Super I/O provides functions that comply with ACPI (Advanced Conguration
and Power Interface), which includes support of legacy and ACPI power manage-
ment through an SMI or SCI function pin. It also features auto power management
to reduce power consumption.
1-8 Overview of the Nuvoton WPCM450R Controller (For
X8DTL-3F/X8DTL-iF Only)
The Nuvoton WPCM450R Controller is a Baseboard Management Controller
(BMC) that supports the 2D/VGA-compatible Graphics Core with the PCI interface,
Virtual Media, and Keyboard/Video/Mouse Redirection (KVMR) modules. With
blade-oriented Super I/O capability built-in, the WPCM450R Controller is ideal for
legacy-reduced server platforms.
The WPCM450R interfaces with the host system via a PCI interface to commu-
nicate with the Graphics core. It supports USB 2.0 and 1.1 for remote keyboard/
mouse/virtual media emulation. It also provides LPC interface to control Super IO
functions. The WPCM450R is connected to the network via an external Ethernet
PHY module.
The WPCM450R communicates with onboard components via six SMBus inter-
faces, fan control, and Platform Environment Control Interface (PECI) buses.
Note: For more information on IPMI conguration, please refer to the IPMI
user guide posted on our website @ http://www.supermicro.com/support/
manuals/
Содержание
- User s manual 1
- Manual revision 1 b 2
- Printed in the united states of america 2
- Release date oct 25 2013 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 reproductive harm 2
- About this manual 3
- About this motherboard 3
- Conventions used in the manual 3
- Manual organization 3
- Preface 3
- Contacting supermicro 5
- Chapter 1 introduction 6
- Chapter 2 installation 6
- Preface 6
- Table of contents 6
- Chapter 3 troubleshooting 7
- Appendix a bios error beep codes 8
- Appendix b software installation instructions 8
- Chapter 4 bios 8
- 1 overview 9
- Chapter 1 9
- Checklist 9
- Introduction 9
- Differences between x8dtl 3 x8dtl i x8dtl 3f x8dtl if 10
- Note the drawings and pictures shown in this manual were based on the latest pcb revision available at the time of publishing of the manual the motherboard you ve received may or may not look exactly the same as the graphics shown in the manual refer to the table below for the differ ences between the models 10
- X8dtl 3 x8dtl i x8dtl 3f x8dtl if image x8dtl 3 x8dtl i x8dtl 3f x8dtl if image 10
- X8dtl 3 x8dtl i x8dtl 3f x8dtl if user s manual 10
- Able on the x8dtl 3f if only for more information refer to the ipmi user guide posted on our website at http www supermicro com support manuals 11
- Are supported by the pcb rev 2 1 or a newer version board only 11
- Chapter 1 introduction 11
- Ipmi 2 the phy chip and the dedicated lan w kvm support are avail 11
- On the x8dtl 3 3f only for sas raid configuration refer to the lsi user guide posted at our website at http www supermicro com support manuals 11
- Rev 2 1 11
- Sas ports sas jumpers the i button and the lsi 1068e chip are available 11
- The dom power connector jwf1 and the wake on ring header jwor 11
- X8dtl 3 x8dtl i x8dtl 3f x8dtl if layout x8dtl 3 x8dtl i x8dtl 3f x8dtl if layout 11
- X8dtl series 11
- Indicates the location of pin 1 12
- Jumpers not indicated are for test purposes only 12
- Power cables before removing or installing components 12
- Quick reference 12
- Warning 1 to prevent damage to the power supply or motherboard please use a power supply that contains a 24 pin and two 8 pin power connectors be sure to connect these connectors to the 24 pin jpw1 and the two 8 pin jpw2 jpw3 power connectors on the motherboard failure in doing so will void the manufacturer warranty on your power sup ply and motherboard 2 to avoid possible system overheating be sure to provide adequate airflow to the system 12
- When le1 is on the onboard power connection is on make sure to unplug the 12
- X8dtl 3 x8dtl i x8dtl 3f x8dtl if user s manual 12
- X8dtl series 12
- Chapter 1 introduction 13
- Chipset 14
- Expansion slots 14
- Memory 14
- Motherboard features 14
- Pc health monitoring 14
- Acpi features 15
- Cd diskette utilities 15
- Dimensions 15
- Onboard i o 15
- Block diagram of the 5500 chipset 16
- Intel 5500 16
- Note this is a general block diagram please see the previous mother board features pages for details on the features of each motherboard 16
- X8dtl 3 x8dtl i x8dtl 3f x8dtl if user s manual 16
- 2 chipset overview 17
- Main features of the 5500 5600 series processor and the 5500 chipset 17
- 3 special features 18
- 4 pc health monitoring 18
- Environmental temperature control 18
- Fan status monitor with firmware control 18
- Recovery from ac power loss 18
- System resource alert 18
- 5 acpi features 19
- Main switch override mechanism 19
- Slow blinking led for suspend state indicator 19
- Wake on lan wol 19
- 6 power supply 20
- 7 super i o 20
- External modem ring on 20
- 8 overview of the nuvoton wpcm450r controller for x8dtl 3f x8dtl if only 21
- 1 static sensitive devices 23
- Chapter 2 23
- Installation 23
- Precautions 23
- Unpacking 23
- 2 motherboard installation 24
- Installation instructions 24
- Tools needed 24
- 3 processor and heatsink installation 25
- Installing an lga 1366 processor 25
- Installing a cpu heatsink 27
- Removing the heatsink 28
- 4 installing and removing the memory modules 29
- Caution 29
- Installing removing dimms 29
- Branch 0 branch 1 branch 2 30
- Dimm module population configuration 30
- For a motherboard with one cpu cpu1 installed 30
- For a motherboard with one cpu cpu2 installed 30
- For memory to work properly follow the tables below for memory installation 30
- Memory population for optimal performance 30
- Memory population for optimal performance for a motherboard with two cpus installed 30
- Memory support 30
- Memory support for a motherboard w the 5500 processors installed 30
- Note memory speed support depends on the type s of cpu s installed on the motherboard 30
- The x8dtl 3 i 3f if supports up to 96 gb registered ecc or up to 24 gb unbuf fered ecc non ecc ddr3 1333 mhz 1066 mhz 800 mhz in six dimms 30
- To populate p1 30
- To populate p1 dimm slots 30
- To populate p2 30
- To populate p2 dimm slots 30
- X8dtl 3 x8dtl i x8dtl 3f x8dtl if user s manual 30
- Chapter 2 installation 31
- Memory support for the motherboard w 5600 processors installed 31
- V rdimm population a motherboard w 5600 processors installed 31
- V rdimm population for a motherboard w 5600 processors installed 31
- V registered dimms for the pcb r2 1 or a later version board only 31
- V udimm population for a motherboard w 5600 processors installed 31
- V udimm population for for a motherboard w 5600 processors installed 31
- V unbuffered dimms for the pcb r2 1 or a later version board only 31
- Note 1 due to os limitations some operating systems may not show more than 4 gb of memory 32
- Note 2 due to memory allocation to system devices the amount of memory that remains available for operational use will be reduced when 4 gb of ram is used the reduction in memory availability is dispropor tional see the following table 32
- X8dtl 3 x8dtl i x8dtl 3f x8dtl if user s manual 32
- 5 control panel connectors io ports 33
- Back panel connectors 33
- Back panel connectors io ports 33
- Backpaneli oportlocationsanddefinitions 33
- Bmc ctrl wpcm450 r 33
- I button 33
- Ich10r south bridge 33
- In x8 slot 33
- Ipmi lan 33
- Jpl2 jpl1 33
- Kb mouse 33
- North bridge 33
- P1 dimm1a 33
- P1 dimm2a 33
- P1 dimm3a 33
- P2 dimm1a 33
- P2 dimm2a 33
- P2 dimm3a 33
- Slot1 pci 33mhz 33
- Slot2 pci 33mhz 33
- Slot3 pci e 1 x4 33
- Slot4 pci e 2 x8 33
- Slot5 pci e 2 x4 in x8 slot 33
- Slot6 pci e 2 x8 in x16 slot 33
- Usb0 1 vga 33
- Usb2 3 33
- Usb4 5 33
- Atx ps 2 keyboard and ps 2 mouse ports 34
- Keyboard purple 34
- Mouse green 34
- The atx ps 2 keyboard and ps 2 mouse are located next to the back panel usb ports 0 1 on the moth erboard see the table at right for pin definitions 34
- X8dtl 3 x8dtl i x8dtl 3f x8dtl if user s manual 34
- Backpanel usb 0 35
- Backpanel usb 1 35
- Chapter 2 installation 35
- Front panel usb 2 3 35
- Front panel usb 4 5 35
- Front panel usb 6 35
- Two universal serial bus ports usb 0 and usb 1 are located on the i o back panel additionally five usb con nections usb 2 3 4 5 6 are on the motherboard to provide front chassis access cables are not included see the tables on the right for pin definitions 35
- Universal serial bus usb 35
- A video vga connector is located next to com port1 on the io back plane this connector is used to pro vide video display refer to the board layout below for the location 36
- Serial ports 36
- Two com connections com1 com2 are located on the motherboard com1 is located on the backplane io panel com2 is located next to the onboard buzzer to provide additional serial connection support see the table on the right for pin definitions 36
- Video connector 36
- X8dtl 3 x8dtl i x8dtl 3f x8dtl if user s manual 36
- Chapter 2 installation 37
- Ethernet ports 37
- Lan5 x8dtl 3f if only 37
- Nc no connection 37
- Two ethernet ports lan 1 lan2 are located at on the io backplane in addition a dedicated lan is also lo cated on the x8dtl 3f if to provide kvm support for ipmi 2 all these ports accept rj45 type cables note please refer to the led indicator sec tion for lan led information 37
- Front control panel 38
- 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 38
- Jf1 header pins 38
- X8dtl 3 x8dtl i x8dtl 3f x8dtl if user s manual 38
- Frontcontrolpanelpindefinitions 39
- Chapter 2 installation 41
- Connect an led cable to pins 7 and 41
- Of jf1 to use the overheat fan fail power fail and uid led connec tions the red led on pin 7 provides warnings of an overheat fan failure or power failure the blue led on pin 8 works as the front panel uid led indicator the red led takes prece dence over the blue led by default refer to the table on the right for pin definitions 41
- Overheat oh fan fail pwr fail uid led 41
- Power fail led 41
- 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 41
- Power button 42
- Reset button 42
- The power button connection is located on pins 1 and 2 of jf1 momentarily con tacting both pins will power on off the sys tem 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 set to suspend mode press the button for at least 4 seconds refer to the table on the right for pin definitions 42
- 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 on the right for pin definitions 42
- X8dtl 3 x8dtl i x8dtl 3f x8dtl if user s manual 42
- 6 connecting cables 43
- Bmc ctrl wpcm450 r 44
- Chassis intrusion 44
- Cpu1 fan 44
- Cpu2fan fan2 44
- Fan header 44
- Ground 44
- I sata1 44
- I sata2 44
- I sata3 44
- I sata4 44
- I sata5 44
- Ich10r south bridge 44
- In x8 slot 44
- Intrusion input 44
- Ipmi lan 44
- Jpl2 jpl1 44
- Kb mouse 44
- North bridge 44
- P1 dimm1a 44
- P1 dimm2a 44
- P1 dimm3a 44
- P2 dimm1a 44
- P2 dimm2a 44
- P2 dimm3a 44
- Pin definition 44
- Pindefinitions 44
- Pindefinitions jl1 44
- Pwr modulation 44
- Rev 2 1 44
- Slot1 pci 33mhz 44
- Slot2 pci 33mhz 44
- Slot3 pci e 1 x4 44
- Slot4 pci e 2 x8 44
- Slot5 pci e 2 x4 in x8 slot 44
- Slot6 pci e 2 x8 in x16 slot 44
- Tachometer 44
- Usb0 1 vga 44
- Usb2 3 44
- Usb4 5 44
- X8dtl series 44
- Chapter 2 installation 45
- Internal speaker 45
- On the jd1 header pins 1 3 are used for power led indication and pins 4 7 are for the speaker see the tables on the right for pin definitions please note that the speaker connector pins 4 7 are for use with an external speaker if you wish to use the on board speaker you should close pins 6 7 with a jumper 45
- Power led speaker 45
- The internal speaker located at sp1 can be used to provide audible indica tions for various beep codes see the table on the right for pin definitions refer to the layout below for the loca tions of the internal buzzer sp1 45
- Bmc ctrl wpcm450 r 46
- Ich10r south bridge 46
- In x8 slot 46
- Ipmi lan 46
- Jpl2 jpl1 46
- Kb mouse 46
- North bridge 46
- Overheat led fan fail joh1 46
- P1 dimm1a 46
- P1 dimm2a 46
- P1 dimm3a 46
- P2 dimm1a 46
- P2 dimm2a 46
- P2 dimm3a 46
- Slot1 pci 33mhz 46
- Slot2 pci 33mhz 46
- Slot3 pci e 1 x4 46
- Slot4 pci e 2 x8 46
- Slot5 pci e 2 x4 in x8 slot 46
- Slot6 pci e 2 x8 in x16 slot 46
- The joh1 header is used to connect an led indicator to provide warnings of chassis overheating or fan failure this led will blink when a fan failure occurs refer to the table on right for pin definitions 46
- The wake on lan header is located at jwol on the motherboard you must also have a lan card with a wake on lan con nector and a cable to use this feature see the table on the right for pin definitions 46
- Usb0 1 vga 46
- Usb2 3 46
- Usb4 5 46
- Wake on lan 46
- X8dtl 3 x8dtl i x8dtl 3f x8dtl if user s manual 46
- Bmc ctrl wpcm450 r 47
- Cpu1 fan 47
- Cpu2fan fan2 47
- I sata1 47
- I sata2 47
- I sata3 47
- I sata4 47
- I sata5 47
- Ich10r south bridge 47
- In x8 slot 47
- Ipmi lan 47
- Jpl2 jpl1 47
- Kb mouse 47
- North bridge 47
- P1 dimm1a 47
- P1 dimm2a 47
- P1 dimm3a 47
- P2 dimm1a 47
- P2 dimm2a 47
- P2 dimm3a 47
- Rev 2 1 47
- Slot1 pci 33mhz 47
- Slot2 pci 33mhz 47
- Slot3 pci e 1 x4 47
- Slot4 pci e 2 x8 47
- Slot5 pci e 2 x4 in x8 slot 47
- Slot6 pci e 2 x8 in x16 slot 47
- Usb0 1 vga 47
- Usb2 3 47
- Usb4 5 47
- X8dtl series 47
- An system management bus header for ipmi 2 is located at ipmb con nect the appropriate cable here to use the ipmb 48
- Bmc ctrl wpcm450 r 48
- C connection on your system 48
- C connector 48
- C connector jp 48
- C monitors power supply fan and system temperatures see the table on the right for pin definitions 48
- Cpu1 fan 48
- Cpu2fan fan2 48
- I sata1 48
- I sata2 48
- I sata3 48
- I sata4 48
- I sata5 48
- Ich10r south bridge 48
- In x8 slot 48
- Ipmi lan 48
- Jpl2 jpl1 48
- Kb mouse 48
- North bridge 48
- P1 dimm1a 48
- P1 dimm2a 48
- P1 dimm3a 48
- P2 dimm1a 48
- P2 dimm2a 48
- P2 dimm3a 48
- Power smb 48
- Power system management bus 48
- Slot1 pci 33mhz 48
- Slot2 pci 33mhz 48
- Slot3 pci e 1 x4 48
- Slot4 pci e 2 x8 48
- Slot5 pci e 2 x4 in x8 slot 48
- Slot6 pci e 2 x8 in x16 slot 48
- Usb0 1 vga 48
- Usb2 3 48
- Usb4 5 48
- X8dtl 3 x8dtl i x8dtl 3f x8dtl if user s manual 48
- Bmc ctrl wpcm450 r 49
- Cpu1 fan 49
- Cpu2fan fan2 49
- I sata1 49
- I sata2 49
- I sata3 49
- I sata4 49
- I sata5 49
- Ich10r south bridge 49
- In x8 slot 49
- Ipmi lan 49
- Jpl2 jpl1 49
- Kb mouse 49
- North bridge 49
- P1 dimm1a 49
- P1 dimm2a 49
- P1 dimm3a 49
- P2 dimm1a 49
- P2 dimm2a 49
- P2 dimm3a 49
- Rev 2 1 49
- Slot1 pci 33mhz 49
- Slot2 pci 33mhz 49
- Slot3 pci e 1 x4 49
- Slot4 pci e 2 x8 49
- Slot5 pci e 2 x4 in x8 slot 49
- Slot6 pci e 2 x8 in x16 slot 49
- Usb0 1 vga 49
- Usb2 3 49
- Usb4 5 49
- A wake on ring 50
- In x8 slot 50
- Ipmi lan 50
- Jpl2 jpl1 50
- P1 dimm1a 50
- P1 dimm2a 50
- P1 dimm3a 50
- P2 dimm1a 50
- P2 dimm2a 50
- P2 dimm3a 50
- The wake on ring header is desig nated jwor which will allow your system to wake up when it receives an incoming call to the modem while in the suspend state see the table on the right for pin definitions you must have a wake on ring card and cable to use this feature this header is available on the pcb r2 1 or a later version board only 50
- Usb0 1 vga 50
- Wake on ring 50
- X8dtl 3 x8dtl i x8dtl 3f x8dtl if user s manual 50
- 7 jumper settings 51
- Bmc ctrl wpcm450 r 51
- Cpu1 fan 51
- Cpu2fan fan2 51
- Explanation of jumpers 51
- I sata1 51
- I sata2 51
- I sata3 51
- I sata4 51
- I sata5 51
- Ich10r south bridge 51
- In x8 slot 51
- Ipmi lan 51
- Jpl2 jpl1 51
- Kb mouse 51
- North bridge 51
- P1 dimm1a 51
- P1 dimm2a 51
- P1 dimm3a 51
- P2 dimm1a 51
- P2 dimm2a 51
- P2 dimm3a 51
- Rev 2 1 51
- Slot1 pci 33mhz 51
- Slot2 pci 33mhz 51
- Slot3 pci e 1 x4 51
- Slot4 pci e 2 x8 51
- Slot5 pci e 2 x4 in x8 slot 51
- Slot6 pci e 2 x8 in x16 slot 51
- Usb0 1 vga 51
- Usb2 3 51
- Usb4 5 51
- X8dtl series 51
- Bmc ctrl wpcm450 r 52
- Cmos clear 52
- Ich10r south bridge 52
- In x8 slot 52
- Ipmi lan 52
- Jbt1 is used to clear cmos instead of pins this jumper consists of contact pads to prevent the accidental clearing of cmos to clear cmos use a metal object such as a small screwdriver to touch both pads at the same time to short the connection always remove the ac power cord from the system before clear ing cmos 52
- Jpl2 jpl1 52
- Kb mouse 52
- North bridge 52
- Note 1 for an atx power supply you must completely shut down the system remove the ac power cord and then short jbt1 to clear cmos 52
- Note 2 be sure to remove the onboard cmos battery before you short jbt1 to clear cmos 52
- P1 dimm1a 52
- P1 dimm2a 52
- P1 dimm3a 52
- P2 dimm1a 52
- P2 dimm2a 52
- P2 dimm3a 52
- Slot1 pci 33mhz 52
- Slot2 pci 33mhz 52
- Slot3 pci e 1 x4 52
- Slot4 pci e 2 x8 52
- Slot5 pci e 2 x4 in x8 slot 52
- Slot6 pci e 2 x8 in x16 slot 52
- Usb0 1 vga 52
- Usb2 3 52
- Usb4 5 52
- Watch dog enable disable 52
- Watch dog jwd is a system monitor that can reboot the system when a software ap plication hangs close pins 1 2 to reset the system if an application hangs close pins 2 3 to generate a non maskable interrupt signal for the application that hangs see the table on the right for jumper settings watch dog must also be enabled in the bios 52
- X8dtl 3 x8dtl i x8dtl 3f x8dtl if user s manual 52
- Bmc ctrl wpcm450 r 54
- Ich10r south bridge 54
- In x8 slot 54
- Ipmi lan 54
- Jpl2 jpl1 54
- Jumper jps1 allows you to enable or disable the onboard sas connections the default setting is pins 1 2 to enable the connection see the table on the right for jumper settings 54
- Jumper jps2 allows you to select raid configuration settings for the onboard sas connections see the table on the right for jumper settings 54
- Kb mouse 54
- North bridge 54
- Note for more information on lsi sas raid configuration please refer to the lsi megaraid user s guide posted on our website http www supermicro com support manuals 54
- P1 dimm1a 54
- P1 dimm2a 54
- P1 dimm3a 54
- P2 dimm1a 54
- P2 dimm2a 54
- P2 dimm3a 54
- Sas enable 54
- Sas enable disable x8dtl 3 x8dtl 3f only 54
- Sas raid config se lect 54
- Sas raid mode select x8dtl 3 x8dtl 3f only 54
- Slot1 pci 33mhz 54
- Slot2 pci 33mhz 54
- Slot3 pci e 1 x4 54
- Slot4 pci e 2 x8 54
- Slot5 pci e 2 x4 in x8 slot 54
- Slot6 pci e 2 x8 in x16 slot 54
- Usb0 1 vga 54
- Usb2 3 54
- Usb4 5 54
- X8dtl 3 x8dtl i x8dtl 3f x8dtl if user s manual 54
- 8 onboard led indicators 55
- Activity led 55
- Activity right amber blinking active 55
- Amber 1 gbps 55
- Bmc ctrl wpcm450 r 55
- Color state definition 55
- Color status definition 55
- Cpu1 fan 55
- Cpu2fan fan2 55
- Green 100 mbps 55
- I sata1 55
- I sata2 55
- I sata3 55
- I sata4 55
- I sata5 55
- Ich10r south bridge 55
- In x8 slot 55
- Ipmi lan 55
- Ipmi lan link led 55
- Ipmi lan x8st3 f 55
- Jpl2 jpl1 55
- Kb mouse 55
- Lan 1 lan 2 55
- Lan 1 lan 2 activity led 55
- Lan 1 lan 2 link led 55
- Led color definition 55
- Led state 55
- Link left green solid 100 mbps 55
- North bridge 55
- Off no connection or 10 mbps 55
- P1 dimm1a 55
- P1 dimm2a 55
- P1 dimm3a 55
- P2 dimm1a 55
- P2 dimm2a 55
- P2 dimm3a 55
- Rev 2 1 55
- Slot1 pci 33mhz 55
- Slot2 pci 33mhz 55
- Slot3 pci e 1 x4 55
- Slot4 pci e 2 x8 55
- Slot5 pci e 2 x4 in x8 slot 55
- Slot6 pci e 2 x8 in x16 slot 55
- Usb0 1 vga 55
- Usb2 3 55
- Usb4 5 55
- X8dtl series 55
- Yellow flashing active 55
- A bmc heartbeat led is located at d20 on the motherboard when d20 is blink ing bmc functions normally see the tables at right for more information 56
- An onboard sas heartbeat led is lo cated on the motherboard when les2 is blinking sas functions normally see the table at right for more information 56
- Bmc ctrl wpcm450 r 56
- Bmc heartbeat led x8dtl if 3f 56
- Ich10r south bridge 56
- In x8 slot 56
- Ipmi lan 56
- Jpl2 jpl1 56
- Kb mouse 56
- North bridge 56
- P1 dimm1a 56
- P1 dimm2a 56
- P1 dimm3a 56
- P2 dimm1a 56
- P2 dimm2a 56
- P2 dimm3a 56
- Sas heartbeat led x8dtl 3 3f 56
- Slot1 pci 33mhz 56
- Slot2 pci 33mhz 56
- Slot3 pci e 1 x4 56
- Slot4 pci e 2 x8 56
- Slot5 pci e 2 x4 in x8 slot 56
- Slot6 pci e 2 x8 in x16 slot 56
- Usb0 1 vga 56
- Usb2 3 56
- Usb4 5 56
- X8dtl 3 x8dtl i x8dtl 3f x8dtl if user s manual 56
- An onboard power led is located at le1 on the motherboard when this led is lit the system is on be sure to turn off the system and unplug the power cord before removing or installing components see the tables at right for more information 57
- Bmc ctrl wpcm450 r 57
- Chapter 2 installation 57
- Ich10r south bridge 57
- In x8 slot 57
- Ipmi lan 57
- Jpl2 jpl1 57
- Kb mouse 57
- North bridge 57
- Onboard power led 57
- P1 dimm1a 57
- P1 dimm2a 57
- P1 dimm3a 57
- P2 dimm1a 57
- P2 dimm2a 57
- P2 dimm3a 57
- Rear uid led 57
- Slot1 pci 33mhz 57
- Slot2 pci 33mhz 57
- Slot3 pci e 1 x4 57
- Slot4 pci e 2 x8 57
- Slot5 pci e 2 x4 in x8 slot 57
- Slot6 pci e 2 x8 in x16 slot 57
- The rear uid led is located at le2 on the backplane this led is used in conjunc tion with the front uid led on the front control panel and the rear uid switch to provide easy identification of a system that might be in need of service refer to uid switch leds on page 2 26 for more information see the tables at right for more information 57
- Usb0 1 vga 57
- Usb2 3 57
- Usb4 5 57
- 9 serial ata and sas connections 58
- 1 troubleshooting procedures 59
- Before power on 59
- Chapter 3 59
- No power 59
- No video 59
- Troubleshooting 59
- 2 technical support procedures 60
- Losingthesystem ssetupconfiguration 60
- Memory errors 60
- 3 frequently asked questions 61
- 4 returning merchandise for service 62
- Warnin 62
- 1 introduction 63
- Chapter 4 63
- Howtochangetheconfigurationdata 63
- Starting bios setup utility 63
- 2 main setup 64
- Starting the setup utility 64
- 3 advancedsetupconfigurations 66
- Boot features 66
- Powerconfiguration 67
- Processor and clock options 68
- Advanced chipset control 71
- Cpubridgeconfiguration 71
- Northbridgechipsetconfiguration 72
- Southbridgeconfiguration 73
- Ide sataconfiguration 74
- Dma mode 76
- Dma mode select options 76
- Option selected dma mode max transfer rate 76
- Option selected pio mode max transfer rate 76
- Pio mode 76
- Pio mode select options 76
- S m a r t 76
- Select 0 4 to allow the ami bios to use pio mode 0 4 it has a data transfer rate of 3 mb s 16 mb s see the table below 76
- Select auto to allow the ami bios to automatically detect the pio mode use this value if the ide disk drive support cannot be determined 76
- Select auto to allow the bios to automatically detect ide dma mode when the ide disk drive support cannot be determined the options are auto swdman mwdman and udman see the table below for dma mode select options 76
- Self monitoring analysis and reporting technology smart can help predict impending drive failures select auto to allow the ami bios to automatically de tect hard disk drive support select disabled to prevent the ami bios from using 76
- The ide pio programmable i o mode programs timing cycles between the ide drive and the programmable ide controller as the pio mode increases the cycle time decreases the options are auto 0 1 2 3 and 4 76
- X8dtl 3 x8dtl i x8dtl 3f x8dtl if user s manual 76
- Pci pnpconfiguration 77
- Remoteaccessconfiguration 78
- Superiodeviceconfiguration 78
- Hardware health event 79
- Monitoring 79
- Acpiconfiguration 82
- Trusted computing available when a tpm device is detected and the tpm jumper is enabled 83
- Ipmiconfiguration forx8dtl 3f ifonly 84
- View bmc system event log 84
- Eventlogconfiguration 85
- Setlanconfiguration 85
- 4 security settings 86
- 5 bootconfiguration 87
- Boot device priority 88
- Cd dvd drives 88
- Hard disk drives 88
- Network drives 88
- Removable drives 88
- Usb drives 88
- 6 exit options 89
- Appendix a 91
- Bios error beep codes 91
- Appendix b 93
- B 1 installing software programs 93
- Software installation instructions 93
- B 2 configuringsupedoctoriii 94
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