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QUANTA W Mainboard Series S210-MBT2W Technical Manual

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W Mainboard Series
S210-MBT2W
Model Name
Short Description
Technical Guide
Date Modified: August 10, 2012 4:09 pm Document Version: 1.0.0

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Summary of Contents for QUANTA W Mainboard Series S210-MBT2W

  • Page 1 W Mainboard Series S210-MBT2W Model Name Short Description Technical Guide Date Modified: August 10, 2012 4:09 pm Document Version: 1.0.0...

  • Page 2: Table Of Contents

    ABLE OF ONTENTS ABLE OF ONTENTS About the Server Overview S210-MBT2W Features..........1-1 Package Contents Functional Architecture Processor...
  • Page 3 ABLE OF ONTENTS Memory Power Consumption..........1-18 Suspend to RAM (S3) Support .
  • Page 4 ABLE OF ONTENTS TPM Clock Requirement..........1-32 TPM Header Pinout and Connector .
  • Page 5 ABLE OF ONTENTS SATA/SAS SGPIO Header..........1-43 HSBP I2C Bus .
  • Page 6 ABLE OF ONTENTS SMBus 1-55 SMBus Voltage Translation ..........1-55 SMBus Architecture .
  • Page 7 ABLE OF ONTENTS PWOK ............1-84 System PSU Bulk Caps .
  • Page 8 ABLE OF ONTENTS Menu Selection Bar ...........2-4 Server Platform Setup Utility Screens .
  • Page 9 ABLE OF ONTENTS Server Management Screen ............2-35 System Event Log Screen .
  • Page 10 ABLE OF ONTENTS Keystroke Mapping ..........2-56 Limitations .
  • Page 11 ABLE OF ONTENTS Server Information ..............3-5 FRU Information.
  • Page 12 ABLE OF ONTENTS Virtual Media ........... . . 3-45 Remote Control .
  • Page 13 ABLE OF ONTENTS LAN Interface ............3-62 Session and User .
  • Page 14 ABLE OF ONTENTS IPMI 1.5 / 2.0 Command Support List ........3-68 BMC Device and Messaging Commands .
  • Page 15 ABLE OF ONTENTS Jumpers and Connectors Mainboard Jumpers and Connectors Troubleshooting Troubleshooting System does not Boot after Initial Installation ..........5-1 System does not boot after Configuration Changes.
  • Page 16 ABLE OF ONTENTS Equipment Handling Practices............7-3 Power and Electrical Warnings .
  • Page 17 ABLE OF ONTENTS Regulated Specified Components .........8-3 Restriction of Hazardous Substances (RoHS) Compliance .
  • Page 18 ONVENTIONS [0.2.1] Conventions [0.2.2] Several different typographic conventions are used [0.2.9] throughout this manual. Refer to the following examples for common usage. [0.2.3] Bold type face denotes menu items, buttons and appli- cation names. [0.2.4] Italic type face denotes references to other sections, and the names of the folders, menus, programs, and files.
  • Page 19 CRONYMS [0.3.10] Acronyms [0.3.37] CPU [0.3.38] Central Processing Unit [0.3.11] [0.3.12] TERM DEFINITION [0.3.40] A signal is deasserted when in the inactive state. Active-low signal names have “_L” appended [0.3.13] A/D [0.3.14] Analog to Digital to the end of the signal mnemonic. Active-high signal [0.3.39] Deasser [0.3.15] ACPI [0.3.16] Advanced Configuration and Power Interface...
  • Page 20 CRONYMS [0.3.67] IERR [0.3.68] Internal Error [0.3.111] Mux [0.3.112] Multiplexer [0.3.69] IP [0.3.70] Internet Protocol [0.3.113] NIC [0.3.114] Network Interface Card [0.3.71] IPMB [0.3.72] Intelligent Platform Management Bus [0.3.115] NMI [0.3.116] Non-maskable Interrupt [0.3.73] IPMI [0.3.74] Intelligent Platform Management Interface [0.3.117] NM [0.3.118] Node Management [0.3.75] ITP...
  • Page 21 CRONYMS [0.3.155] SDR [0.3.156] Sensor Data Record [0.3.157] SEEP [0.3.158] Serial Electrically Erasable Programmable Read-Only Memory [0.3.159] SEL [0.3.160] System Event Log [0.3.161] SERR [0.3.162] System Error [0.3.164] A two-wire interface based on the I C proto- col. The SMBus is a low-speed bus that provides [0.3.163] SMBus positive addressing for devices, as well as bus arbi- tration...
  • Page 22 AFETY NFORMATION [0.4.189] Safety Information [0.4.190] Important Safety [0.4.195] Hazardous conditions, devices and cables: Haz- ardous electrical conditions may be present on power, tele- Instructions phone, and communication cables. Turn off the server and disconnect the power cord, telecommunications systems, net- works, and modems attached to the server before opening it.
  • Page 23 AFETY NFORMATION pliers to remove or install a jumper; grip the narrow sides of the jumper with the pliers, never the wide sides. Gripping the wide sides can damage the contacts inside the jumper, causing inter- mittent problems with the function controlled by that jumper. Take care to grip with, but not squeeze, the pliers or other tool used to remove a jumper, or the pins on the board may bend or break.
  • Page 24 [0.5.209] [0.5.210] Copyright [0.5.213] Disclaimer [0.5.211] Copyright © 2012 Quanta Computer Inc. This publica- [0.5.214] The information in this document is subject to change tion, including all photographs, illustrations and software, is pro- without notice. The manufacturer makes no representations or...
  • Page 25 [1.0.1] About the Server Chapter 1...

  • Page 26: About The Server

    BOUT THE ERVER VERVIEW [1.1.1] Overview [1.1.2] The S210-MBT2W Pedestal products are IA-64 based [1.1.6] S210-MBT2W Feature Set dual-socket platforms that support the Sandy Bridge –EP (8 Core) and the Ivy Bridge –EP (10 Core) processors in combina- [1.1.7] F [1.1.8] D EATURE ESCRIPTION...

  • Page 27: S210-Mbt2W Features

    S210-MBT2W F BOUT THE ERVER EATURES [1.1.6] S210-MBT2W Feature Set (Continued) [1.1.6] S210-MBT2W Feature Set (Continued) [1.1.7] F [1.1.8] D [1.1.7] F [1.1.8] D EATURE ESCRIPTION EATURE ESCRIPTION [1.1.15] Integrated I/O Configuration: IOU to Port Mapping  PCI Express Gen3: 40 lanes Port 0 x4 = IOU2 = xxESI_xx_ [3:0] ...
  • Page 28 S210-MBT2W F BOUT THE ERVER EATURES [1.1.6] S210-MBT2W Feature Set (Continued) [1.1.6] S210-MBT2W Feature Set (Continued) [1.1.7] F [1.1.8] D [1.1.7] F [1.1.8] D EATURE ESCRIPTION EATURE ESCRIPTION SATA Gen2 (3 Gbps) LHS AHCI Ports 2 through SAS SW RAID Configurations: RAID 0, 1, 5, 10, ...
  • Page 29 S210-MBT2W F BOUT THE ERVER EATURES [1.1.6] S210-MBT2W Feature Set (Continued) [1.1.6] S210-MBT2W Feature Set (Continued) [1.1.7] F [1.1.8] D [1.1.7] F [1.1.8] D EATURE ESCRIPTION EATURE ESCRIPTION [1.1.23] INTEL I350 Powerville Network Control- [1.1.27] ASPEED 2300 Integrated BMC Basic ler: Logic Block Configuration: Dual or Quad 10/100/1000 Ethernet MAC with...

  • Page 30: Package Contents

    BOUT THE ERVER ACKAGE ONTENTS [1.2.29] Package Contents [1.2.30] The following items are included to the package con- tent: Serverboard  CD (technical guide included) ...

  • Page 31: Functional Architecture

    [1.3.31] Functional Architecture...

  • Page 32: Processor

    BOUT THE ERVER ROCESSOR [1.3.32] Processor [1.3.33] The S210-MBT2W baseboard supports Sandy Bridge [1.3.37] The S210-MBT2W baseboards must support the IVB – –EP Processor (SNB-EP) and Ivy Bridge –EP Processor (IVB- EP processor as a drop in. Board designers must be aware that EP).

  • Page 33: Turbo Mode

    BOUT THE ERVER URBO [1.3.40] Turbo Mode [1.3.45] Processor C-State Details [1.3.46] [1.3.47] [1.3.48] L [1.3.49] [1.3.50] V [1.3.51] C 1/MLC TATE HREADS TEXT [1.3.41] This product must be designed to exploit SNB/IVB Turbo Mode. The development team will need to meet the ther- [1.3.53] [1.3.56] R mal and VR solution requirements to get the performance...

  • Page 34: Processor C-State Power Consumption

    BOUT THE ERVER ROCESSOR TATE OWER ONSUMPTION [1.3.71] SNB Post Silicon C-State Power Consumption [1.3.104] SNB -EP/EX 4 core SKU [1.3.72] SNB - [1.3.105] SNB - [1.3.73] C1E [1.3.106] C1E [1.3.107] C3 [1.3.108] C6 EP/EX 8/6 [1.3.74] C3 (W) [1.3.75] C6 (W) EP/EX 4 C [1.3.80] 130W [1.3.121] 50W...

  • Page 35: 1.3.2 Memory

    BOUT THE ERVER EMORY 1.3.2 Memory General Guidelines This section discusses the requested memory configurations and capacities that need to be supported for SNB –EP and IVB –EP. The memory EVRD 12.0 and memory VTT VRD should be sized to support ~90% peak bandwidth for the integrated mem- ory controller 256 clock thermal window, this is approximately 11.5GB/sec/channel at DDR3 1600.
  • Page 36 BOUT THE ERVER ENERAL UIDELINES DDR3 for SNB -EP The following table includes information on supported DDR3 for SNB -EP platform. DDR3 Support for SNB -EP RDIMM / LR-DIMM J AKETOWN OCKET -1.5V -1.35V TANDARD OLTAGE OLTAGE LOTS ANKS HANNEL 1866 1600 1333...
  • Page 37 BOUT THE ERVER ENERAL UIDELINES DDR3 Support for SNB -EP (Continued) RDIMM / LR-DIMM J AKETOWN OCKET -1.5V -1.35V TANDARD OLTAGE OLTAGE LOTS ANKS HANNEL 1866 1600 1333 1066 1866 1600 1333 1066 RDIMM RDIMM RDIMM LR-DIMM UDIMM UDIMM RDIMM RDIMM RDIMM LR-DIMM...
  • Page 38 BOUT THE ERVER ENERAL UIDELINES DDR3 Support for SNB -EP (Continued) RDIMM / LR-DIMM J AKETOWN OCKET -1.5V -1.35V TANDARD OLTAGE OLTAGE LOTS ANKS HANNEL 1866 1600 1333 1066 1866 1600 1333 1066 RDIMM RDIMM RDIMM LR-DIMM UDIMM UDIMM RDIMM RDIMM RDIMM LR-DIMM...
  • Page 39 BOUT THE ERVER ENERAL UIDELINES DDR3 for IVB -EP The following table includes information on supported DDR3 for IVB -EP platform. DDR3 Support for IVB -EP RDIMM / LR-DIMM J AKETOWN OCKET -1.5V -1.35V TANDARD OLTAGE OLTAGE LOTS ANKS HANNEL 1866 1600 1333...

  • Page 40: Dimm Nomenclature

    DIMM N BOUT THE ERVER OMENCLATURE DIMM Nomenclature DIMMs are organized into physical slots on DDR3 memory channels that belong to processor sockets. The memory chan- nels from Socket 0 are identified as Channel A, B, C, D. The memory channels from Socket 1 are identified as Channel E, F, G and H.

  • Page 41: Dimm Population Rules

    DIMM P BOUT THE ERVER OPULATION ULES DIMM Population Rules RDIMM Population Rules (Continued) S PER S PER The memory slots of DDR3 channels from the "SNB/IVB –EP processor" should be populated on a farthest first fashion. This means that A2 cannot be populated/used if A1 is empty. See Empty Empty the following illustrations for instructions on RDIMM, UDIMM,...
  • Page 42 DIMM P BOUT THE ERVER OPULATION ULES UDIMM Population Rules Note: Only LR-DIMM R/C-B and R/C-C are validation POR. S PER S PER Note: "LR-Dir" is direct mapped mode; "LR-2xRM" is rank multipli- cation mode. Empty Note: Empty Only quad rank (4R) LR-DIMM is POR. Octal rank (8R) is not POR.

  • Page 43: Memory Error Led And Beep Codes

    BOUT THE ERVER EMORY RROR ODES Memory Error LED and Beep RDIMM/RRDIMM Power Consumption 1876 2GB Codes RDIMM/LRDIMM 1867 2G OCKET BIOS identifies problematic DIMMs during the boot process. BIOS will send a message to the BMC to indicate which DIMM LED needs to be turned on.
  • Page 44 BOUT THE ERVER EMORY OWER ONSUMPTION RDIMM/RRDIMM Power Consumption 1876 2GB (Continued) RDIMM/RRDIMM Power Consumption 1600 4GB RDIMM/LRDIMM RDIMM/LRDIMM 1867 2G 1600 4G OCKET OCKET 13.3 13.6 12.2 15.3 14.8 13.3 10.2 13.2 24.6 21.9 20.3 25.9 21.1 19.4 10.4 38.6 30.1 28.2...
  • Page 45 BOUT THE ERVER EMORY OWER ONSUMPTION RDIMM/RRDIMM Power Consumption 1600 4GB (Continued) RDIMM/RRDIMM Power Consumption 1333 4Gb RDIMM/LRDIMM RDIMM/LRDIMM 1600 4G 1333 4G OCKET OCKET 14.4 13.2 11.3 22.8 19.4 18.2 36.6 26.8 25.4 1-20...
  • Page 46 BOUT THE ERVER EMORY OWER ONSUMPTION RDIMM/RRDIMM Power Consumption 1333 4Gb (Continued) RDIMM/RRDIMM Power Consumption 1067 4Gb RDIMM/LRDIMM RDIMM/LRDIMM 1333 4G 1067 4G OCKET OCKET 10.4 21.4 17.0 16.1 29.5 18.7 17.8 33.6 21.8 22.7 1-21...
  • Page 47 BOUT THE ERVER EMORY OWER ONSUMPTION RDIMM/RRDIMM Power Consumption 1067 4Gb (Continued) RDIMM/RRDIMM Power Consumption 800 4Gb RDIMM/LRDIMM RDIMM/LRDIMM 1067 4G 800 4G OCKET OCKET 21.7 10.3 25.4 11.8 11.2 40.9 18.5 17.9 10.4 21.4 17.0 16.1 11.0 27.5 14.9 14.4 1-22...

  • Page 48: Suspend To Ram (S3) Support

    RAM (S3) S BOUT THE ERVER USPEND TO UPPORT Suspend to RAM (S3) Support RDIMM/RRDIMM Power Consumption 800 4Gb RDIMM/LRDIMM 800 4G OCKET The S210-MBT2W Extreme Server SKU must support Suspend to RAM (ACPI S3) in order to qualify for the Windows Logo Cer- tification.

  • Page 49: Vref Calibration Circuit

    VREF C BOUT THE ERVER ALIBRATION IRCUIT VREF Calibration Circuit The Romley Platform requires the use of “Digitally Controlled Potentiometers” to allow BIOS to program the memory VREF voltage level for optimized memory interface timings and guard- band. The S210-MBT2W Server products, require the use of four of these “Digitally Controlled Potentiometer”...

  • Page 50: Pci-Express

    PCI-E BOUT THE ERVER XPRESS [1.3.3] PCI-Express [1.3.4] Processor PCIe [1.3.8] CPU PCIe Connectivity HYSICAL LECTRIC CPU# IOU# EVICE IDTH [1.3.5] PCIe Gen1, Gen2 and Gen 3 are dual-simplex point-to point serial differential low-voltage interconnects. The signaling CPU0 Slot 2 3A-3D bit rate is 2.5 Gbit/s one direction per lane for Gen1 (8b/10b CPU1...

  • Page 51: Gpgpu Support

    GPGPU S BOUT THE ERVER UPPORT Purpose Graphics Processing Units) and/or high end GPUs Tesla M2050/M2070 (fermi based GPGPU cards - pas-  (Graphics Processing Units; a.k.a. Graphics Cards). A sample sive solution) – 247W (may be removed from Master list of these cards is below.

  • Page 52: Slot Power For High Power Pcie Cards

    BOUT THE ERVER OWER FOR OWER ARDS [1.3.15] Slot Power for High 75W from PCIe slot + 150W from PSU direct cable  attach: 150W (2x4 conn) Power PCIe Cards X16 300W card  75W from PCIe slot + 225W from PSU direct cable ...

  • Page 53: Patsburg Pcie

    BOUT THE ERVER ATSBURG [1.3.24] SMBUS Address MUX for PCA9546: IPN E50300-001 (Preferred)  GPGPU Sensor Monitoring Support [1.3.28] Patsburg PCIe [1.3.25] Some high end NVIDIA GPGPU cards have on-board sensors that allow monitoring of power consumption and ther- [1.3.29] Patsburg SSB supports 8 x1 Gen2 downstream ports, mal data via the PCIe sideband SMBUS interface.

  • Page 54: Sas Module

    SAS M BOUT THE ERVER ODULE [1.3.33] Oversubscription of DMI2 [1.3.37] Riser Support for 3rd Party Chassis [1.3.34] Architecture is aware that the Patsburg DMI2 link will be oversubscribed when there is max use of IO without the [1.3.38] S210-MBT2W can support PCIe I/O risers in slots 2, 5, Gen3 uplink connected.
  • Page 55 SAS M BOUT THE ERVER ODULE [1.3.40] Riser IDs (Continued) ID4 ID3 ID2 ID1 OCKET OCKET Riser SLT5 Riser SLT6 Riser xxx11 SLT2 configs xxx10 xxx01 Riser 111xx SLT5 configs 010xx 001xx Riser SLT6 configs 1-30...
  • Page 56 SAS M BOUT THE ERVER ODULE [1.3.40] Riser IDs (Continued) ID4 ID3 ID2 ID1 OCKET OCKET S210- MBT2W Riser [1.3.41] 1-31...

  • Page 57: Lpc Bus

    LPC B BOUT THE ERVER [1.3.42] LPC Bus [1.3.47] TPM Clock Requirement [1.3.43] The Patsburg SSB implements a Low Pin Count (LPC) interface as described in the Low Pin Count Interface Specifica- tion, Revision 1.1. The LPC interface consists of a 4-bit data [1.3.48] The 33Mhz clock going to Patsburg needs to also be bus, a control frame and a clock input.

  • Page 58: Trusted Platform Module

    BOUT THE ERVER RUSTED LATFORM ODULE [1.3.49] TPM Header Pinout and Con- nector [1.3.50] Romley TPM Module Connector Pin Assignment CLK_33M_TPM IRQ_INIT3_3V_N RST_IBMC_NIC_N_R P3V3 LPC_LAD<0> TP_SERIAL LPC_LAD<1> LPC_LAD<2> IRQ_SERIAL LPC_LAD<3> LPC_FRAME_N [1.3.51] Baseboard Header: FCI MPN 87832-1420 1-33...

  • Page 59: Usb

    BOUT THE ERVER [1.3.52] USB [1.3.59] BIOS USB Debug Sup- [1.3.53] There are 14 USB 2.0 ports available from Patsburg. All ports are high-speed, full-speed and low-speed capable. A port total of 10 USB 2.0 dedicated ports are required in order to sup- port the S210-MBT2W Enterprise Server and Extreme Server SKU products.

  • Page 60: Usb Connectors

    USB C BOUT THE ERVER ONNECTORS [1.3.63] USB Connectors [1.3.68] eUSB (Zepher) Module [1.3.64] Front Panel USB2.0 Connec- [1.3.69] Intel's Z-U130 Value Solid State Drive (SSD) is a USB 2.0 storage solution built around high performance Intel® NAND flash memory. This module uses single-level cell Intel NAND flash memory with cache programming and dual plane [1.3.65] USB2.0 Baseboard Front-Panel Connector Definition feature set designed to improve overall module performance.

  • Page 61: Eusb (Zepher) Module

    USB (Z BOUT THE ERVER EPHER ODULE [1.3.71] eUSB (Zepher) Connector Definition IGNAL IGNAL USB_P Key Pin LED# [1.3.74] eUSB (Zepher) Mechanical Standoff Note: [1.3.75] (Zepher) is no longer sold by Intel. Instead, com- panies like Smart Modular are offering "eUSB (Zepher)- [1.3.72] eUSB (Zepher) Pin Assignment 2x5 Connector compatible"...

  • Page 62: Ieee 1394B

    IEEE 1394 BOUT THE ERVER [1.3.76] IEEE 1394b [1.3.79] IEEE 1394b Port Cable [1.3.77] S210-MBT2W Extreme Server SKU offers two front panel IEEE 1394b ports via a discrete controller (LSI FW643E- and Connector 02). The FW643E-02 uses a PCIe x1 Gen 1 upstream interface from Patsburg PCH.

  • Page 63: Serial Attached Scsi/Serial Ata

    SCSI/S BOUT THE ERVER ERIAL TTACHED ERIAL [1.3.81] Serial Attached SCSI/Serial ATA [1.3.82] Serial Attached SCSI / from the SCU. In addition Basic SW RAID also includes RSTe SW RAID 5 for the first 4 SATA only ports from the SCU and Serial ATA support for the second 4 SCU SATA only ports is expected to be confirmed as supported soon.

  • Page 64: Baseboard Routing Of Sas

    SCSI / S BOUT THE ERVER ERIAL TTACHED ERIAL Key #6 - 8 SCU based SAS/SATA Ports (Yes PSB ROM New Key#11 that is like Key #7 but w/ RSTe SW RAID5   #5, No LSI ROM) instead of LSI SW RAID5 (would use PSB ROM#6) Key #7 - 8 SCU based SAS/SATA Ports w/ LSI SW RAID5 ...

  • Page 65: Sata Dom Support

    SCSI / S BOUT THE ERVER ERIAL TTACHED ERIAL SAS connectors cannot be used on S210-MBT2W. Since Note: Quad miniSAS connectors can support 4 SAS/SATA ports, this [1.3.94] There is a Common Core CCB proposing additional allows removal of 4 individual 7pin connectors, which take up circuits to be added to existing 7pin SATA connectors for sup- more area.

  • Page 66: Sata/Sas Connector Pinouts

    SCSI / S BOUT THE ERVER ERIAL TTACHED ERIAL [1.3.99] SATA/SAS Connector Pin- Note: outs [1.3.96] S210-MBT2W Only support vertical/high profile SATA DOM module. [1.3.100] 7-pin SATA Connector IGNAL SATA_TX_P SATA_TX_N [1.3.97] SATA DOM with External Power Cable SATA_RX_N SATA_RX_P [1.3.101] SATA/SAS Connector Colors ONNECTOR ABLE...

  • Page 67: Romley Keys

    SCSI / S BOUT THE ERVER ERIAL TTACHED ERIAL [1.3.102] The SATA active LED output of the Patsburg PCH should be WIRE-OR'd via zero ohm resistors with the add-in card LED DRIVE ACTIVE_N signal that is connected to the baseboard via 2-pin header. [1.3.103] SATA/SAS LED IGNAL LED_HD_ACTIVE_L...

  • Page 68: Hdd Backplane Support

    HDD B BOUT THE ERVER ACKPLANE UPPORT [1.3.109] HDD Backplane Support [1.3.110] SATA/SAS SGPIO Header [1.3.115] This same I2C bus will also go to a 4-pin header with 3.3V STBY that is intended to be used for third party fan control circuits using a Maxim 72408 controller.
  • Page 69 HDD B BOUT THE ERVER ACKPLANE UPPORT [1.3.118] IPMB HSBP Connector IGNAL SMB_5VSB_DAT SMB_5VSB_CLK P5V_STBY 1-44...

  • Page 70: Lan On Motherboard

    BOUT THE ERVER OTHERBOARD [1.3.119] LAN on Motherboard [1.3.120] The S210-MBT2W Server will use the Intel® I350 thermal sensor can be programmed to trigger digital pins and code named Powerville Quad 10/100/1000 integrated MAC and thermal throttling with hysteresis. There will also be thermal PHY controller.

  • Page 71: Mac Address Definition

    BOUT THE ERVER OTHERBOARD [1.3.129] MAC Address Definition [1.3.135] MDI Flip Capability [1.3.136] Powerville has MDI flip capability. This feature must [1.3.130] The S210-MBT2W products have the following 3 NOT be used because it will conflict with the LAN ordering. MAC addresses assigned to it.

  • Page 72: Video

    BOUT THE ERVER IDEO [1.3.139] Video [1.3.140] Video Engine supports high performance video com- Support intelligent scene change detection by comparing  pressions with a wide range of video quality and compression CRC code of each video scan line, signifcantly reducing ratio options.
  • Page 73 BOUT THE ERVER IDEO [1.3.143] Rear VGA Video Connector Pinout (Continued) IGNAL P5V (fuse not populated) DDC_SDA HSYNC VSYNC DDC_SCL 1-48...

  • Page 74: Serial Port

    BOUT THE ERVER ERIAL [1.3.144] Serial Port [1.3.147] Wake-On-Ring [1.3.145] Serial Port A (COM1, external on rear panel DB9 connector) [1.3.148] Wake on Ring support is not required on the external IGNAL IGNAL Serial port. SPA_DCD SPA_SIN_N SPA_SOUT_N SPA_DTR SPA_DSR SPA_RTS SPA_CTS SPA_RI (Not Required)

  • Page 75: Front Panel

    BOUT THE ERVER RONT ANEL [1.3.149] Front Panel [1.3.150] The S210-MBT2W Server products will use a com- [1.3.153] SSI Common Front-Panel Connector Pinout (Baseboard) mon front panel. SSI S SSI S IG NAME [1.3.151] Front Panel Connector GND (Reset/ID/NMI I2C SCL Switch) [1.3.152] The common front panel feature set conforms to the System ID Switch...

  • Page 76: Front Panel Connector

    BOUT THE ERVER RONT ANEL [1.3.156] Front Panel LED Functionality [1.3.156] Front Panel LED Functionality CONDIT CONDIT COLOR DESCRIPTION COLOR DESCRIPTION Green System ready/No alarm Green LAN link/ no access LAN #1 System ready, but degraded: Green Blink LAN access ACTIVITY redundancy lost such as PS or fan Idle...
  • Page 77 BOUT THE ERVER RONT ANEL [1.3.159] 1394b Connector Pinout IGNAL Ground TPB+ Key (no pin) TPB_REF +12V (fused) TPA_REF +12V (fused) TPA- TPB- TPA+ Note: [1.3.162] IEEE 1394b Socket and Connector/Cable [1.3.160] IEEE-1394 ports may be assigned as needed. [1.3.163] IEEE 1394b Socket and Connector/Cable Beta 1394B Jack Bilingual 1394B Jack 1394B Cable...
  • Page 78 BOUT THE ERVER RONT ANEL [1.3.164] An internal IEEE 1394b with a Bilingual Socket on one side and a 2x5 connector on the other. [1.3.165] Internal USB to Flash Card Reader (Example) 1-53...

  • Page 79: Clocks

    BOUT THE ERVER LOCKS [1.3.166] Clocks [1.3.167] As an EMI reduction requirement all unused clocks shall be turned off during BIOS setup for the CK420BQ, DB1900Z, and CKMNG+. This is accomplished by using the Clock SMBus interface. [1.3.168] All root and end points for SNB –EP / IVB -EP PCIe should be from the same clock source.

  • Page 80: Smbus

    BOUT THE ERVER [1.3.172] SMBus [1.3.173] The S210-MBT2W products must comply with the vary depending on the manageability solution utilized for each Romley Platform common-core SMBUS architecture in order to of the various Romley designs. maximize BIOS, Patsburg ME Firmware, and ASPEED AST2300 BMC firmware.
  • Page 81 BOUT THE ERVER RCHITECTURE [1.3.179] S210-MBT2W Product Management SMBus [1.3.180] IPMB Header 4 pin [1.3.181] P [1.3.182] S IGNAL [1.3.183] 1 [1.3.184] SMB_IPMB_5VSB_DAT [1.3.185] 2 [1.3.186] GND [1.3.187] 3 [1.3.188] SMB_IPMB_5VSB_CLK [1.3.190] P5V_STBY (P3V_STBY for Kontron Fan [1.3.189] 4 Connector) 1-56...

  • Page 82: General Purpose I/O

    BOUT THE ERVER ENERAL URPOSE [1.3.191] General Purpose I/O [1.3.192] Two devices on the Romley -EP Pedestal platform have GPIO’s available for design customization: Patsburg SSB Controller  ASPEED AST2300 BMC  Note: [1.3.193] All unused GPIO pins that default to native input or GPI must be properly terminated, so that they are at a pre- defined level and do not cause undue side effects.

  • Page 83: Gpio List

    GPIO L BOUT THE ERVER [1.3.194] GPIO List [1.3.195] GPIO List ENDOR LTERNATE STATE OWER PU/PD ECOMMENDATIONS FUNCTION AFTER CONNECT NAME TYPE WELL FUNCTION REFERENCE DESIGN EFAULT RESET "In Main Power Well. Muxed with BM_BUSY#. IRQ_SSB pull up Defaults to GPI. If not BMBUSY_N BMBUSY_N_GPIO0 P1V1_SSB...
  • Page 84 GPIO L BOUT THE ERVER [1.3.195] GPIO List (Continued) ENDOR LTERNATE STATE OWER PU/PD ECOMMENDATIONS FUNCTION AFTER CONNECT NAME TYPE WELL FUNCTION REFERENCE DESIGN EFAULT RESET "In Main Power Well. BMC via Muxed with PIRQ[H:E]#. level shift IRQ_IBMC Defaults to GPI. If not PIRQH_N and pull AR16...
  • Page 85 GPIO L BOUT THE ERVER [1.3.195] GPIO List (Continued) ENDOR LTERNATE STATE OWER PU/PD ECOMMENDATIONS FUNCTION AFTER CONNECT NAME TYPE WELL FUNCTION REFERENCE DESIGN EFAULT RESET "In Suspend Power Well. Muxed with OC6#. Pull up Defaults to OC6#. If not OC6_N PU_USB_ P3V3_A...
  • Page 86 GPIO L BOUT THE ERVER [1.3.195] GPIO List (Continued) ENDOR LTERNATE STATE OWER PU/PD ECOMMENDATIONS FUNCTION AFTER CONNECT NAME TYPE WELL FUNCTION REFERENCE DESIGN EFAULT RESET pull up P3V3_A UX via "In Suspend Power Well. 10Kohm Muxed with OC7#. and con- Defaults to OC7#.
  • Page 87 GPIO L BOUT THE ERVER [1.3.195] GPIO List (Continued) ENDOR LTERNATE STATE OWER PU/PD ECOMMENDATIONS FUNCTION AFTER CONNECT NAME TYPE WELL FUNCTION REFERENCE DESIGN EFAULT RESET "In Main Power Well. GPIO18 TP_SSB_ GPIO18 P1V1_SSB Unmuxed. Defaults to (GPO) GPIO18 GPO. " connect to WP "In Main Power Well.
  • Page 88 GPIO L BOUT THE ERVER [1.3.195] GPIO List (Continued) ENDOR LTERNATE STATE OWER PU/PD ECOMMENDATIONS FUNCTION AFTER CONNECT NAME TYPE WELL FUNCTION REFERENCE DESIGN EFAULT RESET connect to pin2 of "In Suspend Power Well. (RAID Unmuxed. Defaults to FM_PBG_ Key con- GPIO24 P3V3 Upgrad...
  • Page 89 GPIO L BOUT THE ERVER [1.3.195] GPIO List (Continued) ENDOR LTERNATE STATE OWER PU/PD ECOMMENDATIONS FUNCTION AFTER CONNECT NAME TYPE WELL FUNCTION REFERENCE DESIGN EFAULT RESET Connect to 3 pin PASS- "In Suspend Power Well. FM_PASS GPIO28 header P3V3 WORD GPIO28 P3V3_AUX Unmuxed.
  • Page 90 GPIO L BOUT THE ERVER [1.3.195] GPIO List (Continued) ENDOR LTERNATE STATE OWER PU/PD ECOMMENDATIONS FUNCTION AFTER CONNECT NAME TYPE WELL FUNCTION REFERENCE DESIGN EFAULT RESET Connect to PCIE PCIE "In Main Power Well. PCIE_SL GPIO32 slot2 and slot2 GPIO32 P1V1_SSB Unmuxed.
  • Page 91 GPIO L BOUT THE ERVER [1.3.195] GPIO List (Continued) ENDOR LTERNATE STATE OWER PU/PD ECOMMENDATIONS FUNCTION AFTER CONNECT NAME TYPE WELL FUNCTION REFERENCE DESIGN EFAULT RESET "In Main Power Well. Can instead be used as Pull up SATA[3:2]GP. Defaults to SATA3GP PU_PBG_ P3V3 via...
  • Page 92 GPIO L BOUT THE ERVER [1.3.195] GPIO List (Continued) ENDOR LTERNATE STATE OWER PU/PD ECOMMENDATIONS FUNCTION AFTER CONNECT NAME TYPE WELL FUNCTION REFERENCE DESIGN EFAULT RESET "In Suspend Power Well. Muxed with OC3#. pull up Defaults to OC3#. If not OC3_N PU_USB_ P3V3_A...
  • Page 93 GPIO L BOUT THE ERVER [1.3.195] GPIO List (Continued) ENDOR LTERNATE STATE OWER PU/PD ECOMMENDATIONS FUNCTION AFTER CONNECT NAME TYPE WELL FUNCTION REFERENCE DESIGN EFAULT RESET connect "In Main Power Well. to pin5 of Muxed with SDATAOUT1. J1H1 via SGPIO SGPIO_S SDATAOUT1_GPIO4 Defaults to GPI.
  • Page 94 GPIO L BOUT THE ERVER [1.3.195] GPIO List (Continued) ENDOR LTERNATE STATE OWER PU/PD ECOMMENDATIONS FUNCTION AFTER CONNECT NAME TYPE WELL FUNCTION REFERENCE DESIGN EFAULT RESET "In Main Power Well. GNT2_N/ SGPIO_M Pull GNT_2_N_GPIO53_ AJ34 P1V1_SSB Muxed with GNT2#/GSX- GSX_DIN UX_GSX_ down GSXDIN...
  • Page 95 GPIO L BOUT THE ERVER [1.3.195] GPIO List (Continued) ENDOR LTERNATE STATE OWER PU/PD ECOMMENDATIONS FUNCTION AFTER CONNECT NAME TYPE WELL FUNCTION REFERENCE DESIGN EFAULT RESET pin2 of J1J3 FIRM- WARE "In Suspend Power Well. ME_RCVR_ FM_ME_R UPDATE P3V3 GPIO57 P3V3_AUX Unmuxed.
  • Page 96 GPIO L BOUT THE ERVER [1.3.195] GPIO List (Continued) ENDOR LTERNATE STATE OWER PU/PD ECOMMENDATIONS FUNCTION AFTER CONNECT NAME TYPE WELL FUNCTION REFERENCE DESIGN EFAULT RESET connect to PCIE Reserv SLOT5 ed for "In Suspend Power Well. JTAG SUS_STAT_N_GPIO SUS_STAT_ FM_RISE SLOT6 P3V3_AUX...
  • Page 97 GPIO L BOUT THE ERVER [1.3.195] GPIO List (Continued) ENDOR LTERNATE STATE OWER PU/PD ECOMMENDATIONS FUNCTION AFTER CONNECT NAME TYPE WELL FUNCTION REFERENCE DESIGN EFAULT RESET connect Slot5and "In Core Power Well. PCIE GPIO66 FM_RISE Slot6 AL15 GPIO66 P1V1_SSB Unmuxed. Defaults to high P3V3 slot6...
  • Page 98 GPIO L BOUT THE ERVER [1.3.195] GPIO List (Continued) ENDOR LTERNATE STATE OWER PU/PD ECOMMENDATIONS FUNCTION AFTER CONNECT NAME TYPE WELL FUNCTION REFERENCE DESIGN EFAULT RESET "In Core Power Well. Connect Muxed with TACH7. to PCIE PCIE PCIE_SL Defaults to GPI. If not TACH7 slot6 and slot6...
  • Page 99 GPIO L BOUT THE ERVER [1.3.195] GPIO List (Continued) ENDOR LTERNATE STATE OWER PU/PD ECOMMENDATIONS FUNCTION AFTER CONNECT NAME TYPE WELL FUNCTION REFERENCE DESIGN EFAULT RESET BMC, pin2 of J2J9 "In Suspend Power Well. (SSI Muxed with SML1DATA. SMB_PM Defaults to SML1DATA. If SML1DATA P3V3 PMBus...

  • Page 100: Baseboard Sku And Revision Id

    BOUT THE ERVER ASEBOARD EVISION [1.3.196] Baseboard SKU and Revision ID [1.3.197] On the Romley Product design a copy of the base- board SKU and revision ID’s is stored in BIOS and FW flash devices without any HW strapping requirements. Thurley was the first platform to implement board SKU and revision ID in the BIOS and firmware SPI flash devices.

  • Page 101: Error Propagation

    BOUT THE ERVER RROR ROPAGATION [1.3.199] Error Propagation [1.3.202] BIOS MICROSOFT [1.3.200] This section outlines how the Romley Platform Errors are routed in Hardware to ensure appropriate BIOS and Firm- WHEA SUPPORT ware action (logging, Fan control, system management, etc.) is taken when an event occurs.

  • Page 102: Memhot#

    MEMHOT# BOUT THE ERVER [1.3.209] MEMHOT# SNB-EP / IVB-EP Processors and the ASPEED AST2300 BMC Serial GPIO expander is there as a backup. [1.3.206] The Sandy Bridge -EP and Ivy Bridge –EP Proces- [1.3.210] MEMHOT# is a bi-directional signal. The SNB-EP / sors also support a feature which allows an external source to IVB-EP Uncore (Memory Controller) drives the MEMHOT# disable the SNB-EP / IVB-EP Processor socket via PRO-...

  • Page 103: Thermtrip#

    THERMTRIP# BOUT THE ERVER [1.3.212] THERMTRIP# [1.3.216] The THERMTRIP_N signal is tied to a unique GPI on the ASPEED AST2300 BMC for Firmware to monitor these events. THERMTRIP# will also be tied to the Patsburg SSB THRMTRIP_N input to cause an automatic Power Off condition [1.3.213] THERMTRIP# pin behaviour on the Romley platform when it is activated as required by the Sandy Bridge –EP / Ivy can be configured as follows:...

  • Page 104: Caterr#

    CATERR# BOUT THE ERVER indicated by a continuously asserted level on the signal. The Note: ASPEED AST2300 BMC only logs the static Critical Error [1.3.219] A delay circuit (10ms +/- 25%, based on the fact events and it ignores the warnings indicated by the pulse. An that the SGPIO bus is running at 100Mhz/4 and one shift error on the SNB-EP / IVB-EP Processor is immediately com- cycle take 80 clocks) must be incorporated on the...

  • Page 105: Wake

    WAKE BOUT THE ERVER [1.3.225] WAKE [1.3.226] Wake on RTC shall be supported for all supported Sleep states [1.3.227] Wake IPMI command shall be supported (ASPEED AST2300 BMC function no additional hardware requirement) for all supported Sleep states. 1-80...

  • Page 106: Power Sequencing And Reset Distribution

    BOUT THE ERVER OWER EQUENCING AND ESET ISTRIBUTION [1.3.228] Power Sequencing and Reset Distribution [1.3.229] For the Romley platform the ASPEED AST2300 BMC device should be integrated into the power control and reset logic of the system. This design reduces the discrete logic requirements of previous generations and at the same time per- mits Firmware to manage certain features related to the Power ON/OFF control and the reset logic.
  • Page 107 BOUT THE ERVER OWER EQUENCING AND ESET ISTRIBUTION [1.3.230] Power Good / Reset Diagram 1-82...

  • Page 108: Power Subsystem

    BOUT THE ERVER OWER UBSYSTEM [1.3.231] Power Subsystem [1.3.232] AC Power Supplies (to CLST protection and SmaRT power savings  be updated) PMBus 1.2 with Romley application profile (refer to appli-  cation profile) Firmware update (refer to the power supply firmware ...

  • Page 109: Psu Redundancy

    AC P BOUT THE ERVER OWER UPPLIES TO BE UPDATED [1.3.243] PWOK [1.3.237] SMBUS Addressing for PSUs SMBUS ADDRESSING FOR PSUs B20 (A1 SMB B19 (A0 SMB ESCRIPTION [1.3.244] The PWOK signals from the power supplies are DDRESS DDRESS bussed together and pulled up to 5Vstby or 3.3Vstby. No glue 1st PSU closet to the logic on the motherboard is needed to process the two PWOK Chassis Wall (A0)

  • Page 110: Smart (Smart Ride Through) Definition

    AC P BOUT THE ERVER OWER UPPLIES TO BE UPDATED For 62 mil thick board: FCI 10035388-106LF [1.3.250] CRPS (Common Redundant Power Supply) Connector  For 93 mil thick board: FCI 10035388-102LF  [1.3.250] CRPS (Common Redundant Power Supply) Connector A0 (SMBus PMBus SDA address)

  • Page 111: Clst (Closed Loop System Throttle) Definition

    AC P BOUT THE ERVER OWER UPPLIES TO BE UPDATED [1.3.253] With SmaRT the load the power supply must support ure. These standard power supply over-sizing reasons are in during an AC loss event can be reduced. A fast AC loss detec- place because there is no protection against a system failing tion circuit inside the power supply asserts SMB_ALERT_N due to an improperly sized power supply;...

  • Page 112: Pmbus Interface

    BOUT THE ERVER YSTEM OWER ISTRIBUTION performance is reduced to make sure the remaining still [1.3.263] SMBUS Addressing for PSUs operating power supply is not overloaded. IGNAL NAME SMB_PMBUS_CLK_R SMB_PMBUS_DATA_R IRQ_SML1_PMBUS_ALERT_RC_N P3V3 [1.3.264] System Power Distri- bution [1.3.259] SmaRT & CLST Architecture Diagram [1.3.265] S210-MBT2W Pedesta &...
  • Page 113 BOUT THE ERVER YSTEM OWER ISTRIBUTION [1.3.265] S210-MBT2W Pedesta & Extreme Server SKU Server [1.3.265] S210-MBT2W Pedesta & Extreme Server SKU Server Power Budget (to be updated) (Continued) Power Budget (to be updated) (Continued) S210-MBT2W P 1067 W S210-MBT2W P 1067 W OWER BUDGET OWER BUDGET...
  • Page 114 BOUT THE ERVER YSTEM OWER ISTRIBUTION [1.3.265] S210-MBT2W Pedesta & Extreme Server SKU Server [1.3.265] S210-MBT2W Pedesta & Extreme Server SKU Server Power Budget (to be updated) (Continued) Power Budget (to be updated) (Continued) S210-MBT2W P 1067 W S210-MBT2W P 1067 W OWER BUDGET OWER BUDGET...
  • Page 115 BOUT THE ERVER YSTEM OWER ISTRIBUTION [1.3.267] S210-MBT2W 12V Power Rail Distribution for UP-M [1.3.267] S210-MBT2W 12V Power Rail Distribution for UP-M TDP(W P12V TDP(W P12V ONNE OMME ONNE OMME TDC(A) TDC(A) EVICE EVICE TDC(A) TDC(A) CTOR CTOR VCCP 162.75 155.00 185.00 CPU0...
  • Page 116 DC-DC P BOUT THE ERVER OWER SYSTEM [1.3.267] S210-MBT2W 12V Power Rail Distribution for UP-M [1.3.268] Power connector each power rating is 9 A, 2 pin is 18 A; DFQR connector pin derating parameter is 0.85. TDP(W P12V ONNE OMME 18x0.85=15.3A.
  • Page 117 DC-DC P BOUT THE ERVER OWER SYSTEM [1.3.272] For low current VRs, less than 5A, there are tech- niques that will reduce the losses that will keep the efficiency up above 60%. Techniques such as using switching VRs in place of linear VRs and using diode emulation in switching VR should be considered.
  • Page 118 DC-DC P BOUT THE ERVER OWER SYSTEM [1.3.273] Below is a preliminary power distribution block dia- gram. The diagram will get further refined as the various ingre- dients are finalized. [1.3.274] S210-MBT2W VR Block Diagram 1-93...

  • Page 119: Efficiency Targets

    BOUT THE ERVER FFICIENCY ARGETS [1.3.275] Efficiency Targets Ciclon FETs (Metal Top)   1-phase without heat sink (pending thermals) [1.3.276] In the absence of marketing requirements the effi-  ciency targets have been worked out between Product Archi- Infinion OptiMOS25V FETs (Plastic Top) 1up and 2 ...

  • Page 120: Debug

    BOUT THE ERVER EBUG [1.3.278] Debug [1.3.279] XDP SUPPORT [1.3.280] Standard XDP header for SNB-EP / IVB-EP Proces- sors (XDP 0) is provided for debug, but will be depopulated in production. Please indicate parts that can be safely removed for production in the schematic.
  • Page 121 [2.0.1] BIOS Chapter 2...

  • Page 122: Bios Setup Utility

    BIOS BIOS S ETUP TILITY [2.1.1] BIOS Setup Utility [2.1.7] Setup Page Layout [2.1.2] The BIOS Setup utility is provided to perform system configuration changes and to display current settings and envi- ronment information. [2.1.8] The setup page layout is sectioned into functional areas. [2.1.3] The BIOS Setup utility stores configuration settings in Each occupies a specific area of the screen and has dedicated system non-volatile storage.

  • Page 123: Entering Bios Setup

    BIOS BIOS S NTERING ETUP [2.1.13] Keyboard Commands [2.1.9] BIOS Setup Page Layout (Continued) UNCTIONAL ESCRIPTION The Keyboard Command Bar is located at the bottom [2.1.14] The bottom right portion of the Setup screen provides a Keyboard Com- right of the screen and continuously displays help for list of commands that are used to navigate through the Setup mand Bar keyboard special keys and navigation keys.
  • Page 124 BIOS EYBOARD OMMANDS [2.1.16] Keyboard Commands (Continued) [2.1.16] Keyboard Commands (Continued) PTION ESCRIPTION PTION ESCRIPTION The <Esc> key provides a mechanism for back- The <Tab> key is used to move between fields. ing out of any field. When the <Esc> key is Select For example, <Tab>...

  • Page 125: Menu Selection Bar

    BIOS ELECTION [2.1.19] Menu Selection Bar [2.1.16] Keyboard Commands (Continued) PTION ESCRIPTION Pressing <F9> causes the following to appear: [2.1.20] The Menu Selection Bar is located at the top of the BIOS Setup Utility screen. It displays the major menu selections Load Optimized Defaults? available to the user.

  • Page 126: Server Platform Setup Utility Screens

    BIOS ERVER LATFORM ETUP TILITY CREENS [2.1.21] Server Platform Setup Pressing <ESC> will discard the changes and boot the system according to the boot order set from the last boot. Utility Screens [2.1.22] The sections below describe the screens available for the configuration of a server platform.

  • Page 127: Main Screen

    BIOS CREEN [2.1.23] Main Screen [2.1.26] Main Screen Fields ETUP PTIONS OMMENTS BIOS Ven- Information only. Displays the [2.1.24] The Main screen is the screen that is first displayed BIOS Vendor. when BIOS Setup is entered, unless an error has occurred. If Core Ver- Information only.

  • Page 128: Advanced Screen

    BIOS DVANCED CREEN [2.1.27] Advanced Screen [2.1.26] Main Screen Fields (Continued) ETUP PTIONS OMMENTS Access Information only. Displays the [2.1.28] The Advanced screen provides an access point to con- Level Access Level. figure several options. On this screen, the user selects the option that is to be configured.
  • Page 129 BIOS DVANCED CREEN [2.1.29] To access this screen from Main screen, press the right [2.1.31] Advanced Screen (Continued) arrow until Advanced screen is chosen. ETUP PTIONS OMMENTS PCI Subsys- PCI, PCI-X and PCI Aptio Setup Utility - Copyright (C) 2011 American Megatrends, Inc. tem Settings Express Settings.

  • Page 130: Pci Screen

    BIOS DVANCED CREEN [2.1.32] PCI Screen [2.1.31] Advanced Screen (Continued) ETUP PTIONS OMMENTS [2.1.33] The PCI Screen provides fields to configure PCI add-in Serial Port cards, the onboard NIC controllers, and video options. To Serial Port Console Console Redirection. access this screen from the Main screen, select Advanced | Redirection PCI.
  • Page 131 BIOS DVANCED CREEN [2.1.36] PCI Express Settings Screen [2.1.35] PCI Subsystem Settings Screen ETUP PTIONS OMMENTS Aptio Setup Utility - Copyright (C) 2011 American Megatrends, Inc. Change PCI Main Advanced Chipset Server Mgmt Boot Security Save & Exit PCI Express Express Devices Settings PCI Express Device Register Settings...

  • Page 132: Tpm Screen

    BIOS DVANCED CREEN [2.1.39] TPM Screen [2.1.38] PCI Express Settings Fields ETUP PTIONS OMMENTS [Auto] Aptio Setup Utility - Copyright (C) 2011 American Megatrends, Inc. Main Advanced Chipset Server Mgmt Boot Security Save & Exit Recovery [128 Bytes] Set Maximum Payload of Configuration Enables or Disables BIOS [256 Bytes]...

  • Page 133: Whea Support Screen

    BIOS DVANCED CREEN [2.1.42] WHEA Support Screen [2.1.41] Trusted Computing Fields ETUP PTIONS OMMENTS Enables or Disables Aptio Setup Utility - Copyright (C) 2011 American Megatrends, Inc. Main Advanced Chipset Server Mgmt Boot Security Save & Exit BIOS support for secu- Security rity device.

  • Page 134: Processor Configuration Screen

    BIOS DVANCED CREEN [2.1.45] Processor Configuration [2.1.44] WHEA Support Fields Screen ETUP PTIONS OMMENTS Enable or disable Win- [2.1.46] The Processor screen provides a place for the user to dows Hardware Error view the processor core frequency, system bus frequency, and Architecture.
  • Page 135 BIOS DVANCED CREEN [2.1.49] Processor Configuration Fields (Continued) [2.1.49] Processor Configuration Fields ETUP PTIONS OMMENTS ETUP PTIONS OMMENTS Except 1 core, Socket 0 Socket specific enabling odd num- CPU Infor- CPU Information. bers of processor mation [All] cores is not sup- Number of cores to Socket 1 Active Pro-...
  • Page 136 BIOS DVANCED CREEN [2.1.50] Socket 0 CPU Information Screen [2.1.49] Processor Configuration Fields (Continued) ETUP PTIONS OMMENTS Aptio Setup Utility - Copyright (C) 2011 American Megatrends, Inc. To turn on/off Hardware [Disabled] Main Advanced Chipset Server Mgmt Boot Security Save & Exit Recovery prefetching of adja- Prefetcher...
  • Page 137 BIOS DVANCED CREEN [2.1.52] Socket 0 CPU Information Fields (Continued) [2.1.52] Socket 0 CPU Information Fields (Continued) ETUP PTIONS OMMENTS ETUP PTIONS OMMENTS Information only. Information only. Microcode L1 Code Displays the Micro- Displays the size of Patch Cache code Patch. L1 Code Cache.
  • Page 138 BIOS DVANCED CREEN [2.1.53] CPU Power Management Configu- [2.1.55] CPU Power Management Configuration Fields ration Screen ETUP PTIONS OMMENTS Option only show [Disabled] Enable/Disable when “Processor Aptio Setup Utility - Copyright (C) 2011 American Megatrends, Inc. EIST Main Advanced Chipset Server Mgmt Boot Security Save &...

  • Page 139: Runtime Error Logging Screen

    BIOS DVANCED CREEN [2.1.56] Runtime Error Logging [2.1.55] CPU Power Management Configuration Fields Screen ETUP PTIONS OMMENTS Information only. Factory long Displays the Aptio Setup Utility - Copyright (C) 2011 American Megatrends, Inc. duration Factory long Main Advanced Chipset Server Mgmt Boot Security Save &...

  • Page 140: Sata Controller Screen

    BIOS DVANCED CREEN [2.1.59] SATA Controller Screen [2.1.58] Runtime Error Logging Fields (Continued) ETUP PTIONS OMMENTS [2.1.60] The SATA Controller screen provides fields to config- Enable/Disable ure SATA hard disk drives. It also provides information on the ECC Error [Disabled] ECC Error Log- Logging [Enabled]...
  • Page 141 BIOS DVANCED CREEN [2.1.63] SAS Configuration Screen [2.1.62] SATA Controller Configuration Fields ETUP PTIONS OMMENTS Aptio Setup Utility - Copyright (C) 2011 American Megatrends, Inc. [Disabled] Main Advanced Chipset Server Mgmt Boot Security Save & Exit Recovery Select SATA Type [IDE Mode] (1) IDE Mode.

  • Page 142: Intel Txt(Lt-Sx) Screen

    BIOS DVANCED CREEN [2.1.66] Intel TXT(LT-SX) Screen [2.1.65] SAS Configuration Fields (Continued) ETUP PTIONS OMMENTS Information only. Aptio Setup Utility - Copyright (C) 2011 American Megatrends, Inc. Main Advanced Chipset Server Mgmt Boot Security Save & Exit Recovery SAS Port 1 Displays the device on SAS Port 1.

  • Page 143: Usb Configuration Screen

    BIOS DVANCED CREEN [2.1.69] USB Configuration Screen [2.1.68] Intel TXT(LT-SX) Configuration Fields (Continued) ETUP PTIONS OMMENTS [2.1.70] The USB Configuration screen provides fields to con- Information only. figure the USB controller options. Chipset: TXT Displays the Chip- Feature set: TXT Feature. [2.1.71] To access this screen from the Main screen, select Only selectable Advanced | USB Configuration.

  • Page 144: Super I/O Configuration Screen

    BIOS DVANCED CREEN [2.1.74] Super I/O Configuration [2.1.73] USB Configuration Fields Screen ETUP PTIONS OMMENTS Information only. Dis- [2.1.75] The Serial Ports screen provides fields to configure the play all of the USB Devices: Serial Port [COM Port]. devices attached. Enables Legacy [2.1.76] To access this screen from the Main screen, select USB support.
  • Page 145 BIOS DVANCED CREEN [2.1.79] Serial Port Configuration Screen [2.1.78] Super I/O Configuration Fields ETUP PTIONS OMMENTS Aptio Setup Utility - Copyright (C) 2011 American Megatrends, Inc. Information only. Main Advanced Chipset Server Mgmt Boot Security Save & Exit Recovery Super IO Display Super IO Chip Serial Port A Configuration...

  • Page 146: Onboard Device Configuration Screen

    BIOS DVANCED CREEN [2.1.82] Onboard Device Configura- [2.1.84] Onboard Device Configuration Fields tion Screen ETUP PTIONS OMMENTS [Disabled] [Enabled Aptio Setup Utility - Copyright (C) 2011 American Megatrends, Inc. Main Advanced Chipset Server Mgmt Boot Security Save & Exit With PXE] [Enabled Enable or Disable Onboard Device Configuration...

  • Page 147: Console Redirection Screen

    BIOS DVANCED CREEN [2.1.85] Console Redirection Screen [2.1.87] Console Redirection Fields (Continued) ETUP PTIONS OMMENTS Aptio Setup Utility - Copyright (C) 2011 American Megatrends, Inc. The settings spec- Main Advanced Chipset Server Mgmt Boot Security Save & Exit ify how the host computer and the Console Redirection Enable or Serial Port A...
  • Page 148 BIOS DVANCED CREEN [2.1.88] Console Redirection Settings [2.1.90] Console Redirection Settings Fields Screen ETUP PTIONS OMMENTS Emulation: ANSI: Aptio Setup Utility - Copyright (C) 2011 American Megatrends, Inc. Extended ASCII Main Advanced Chipset Server Mgmt Boot Security Save & Exit char set.
  • Page 149 BIOS DVANCED CREEN [2.1.90] Console Redirection Settings Fields (Continued) [2.1.90] Console Redirection Settings Fields (Continued) ETUP PTIONS OMMENTS ETUP PTIONS OMMENTS A parity bit can be Flow control can sent with the data prevent data loss bits to detect some from buffer over- transmission flow.

  • Page 150: Chipset Screen

    BIOS HIPSET CREEN [2.1.91] Chipset Screen [2.1.93] To access this screen from the Main screen, press the right arrow until the Chipset screen is chosen. Aptio Setup Utility - Copyright (C) 2011 American Megatrends, Inc. Main Advanced Chipset Server Mgmt Boot Security Save &...

  • Page 151: North Bridge Screen

    BIOS HIPSET CREEN [2.1.95] Chipset Fields (Continued) [2.1.98] North Bridge Configuration Fields ETUP PTIONS OMMENTS ETUP PTIONS OMMENTS ME Subsys- ME Subsystem Parameters. Intel(R) VT Intel(R) VT for for Directed I/ Directed I/O Con- O Configura- [2.1.96] North Bridge Screen figuration.
  • Page 152 BIOS HIPSET CREEN [2.1.99] Intel(R) VT-d Screen [2.1.98] North Bridge Configuration Fields (Continued) ETUP PTIONS OMMENTS Aptio Setup Utility - Copyright (C) 2011 American Megatrends, Inc. If unsupported Main Advanced Chipset Server Mgmt Boot Security Save & Exit memory mode is Intel(R) VT-d [Enabled] Enable/Disable Intel(R)

  • Page 153: South Bridge Screen

    BIOS HIPSET CREEN [2.1.102] South Bridge Screen [2.1.101] Intel(R) VT-d Fields (Continued) ETUP PTIONS OMMENTS Enabled/Disabled Aptio Setup Utility - Copyright (C) 2011 American Megatrends, Inc. Main Advanced Chipset Server Mgmt Boot Security Save & Exit Recovery [Disabled] Coherency VT-d Engine Support [Enabled] Coherency Sup-...
  • Page 154 BIOS HIPSET CREEN [2.1.105] USB Configuration Screen [2.1.104] South Bridge Configuration Fields (Continued) ETUP PTIONS OMMENTS Aptio Setup Utility - Copyright (C) 2011 American Megatrends, Inc. Enabled/Disabled Main Advanced Chipset Server Mgmt Boot Security Save & Exit Recovery onboard SAS USB Configuration Enable/Disable ALL USB [Disabled]...

  • Page 155: Me Subsystem Screen

    BIOS HIPSET CREEN [2.1.108] ME Subsystem Screen [2.1.107] USB Configuration Fields (Continued) ETUP PTIONS OMMENTS Disable the EHCI Aptio Setup Utility - Copyright (C) 2011 American Megatrends, Inc. Enabled/Disabled Main Advanced Chipset Server Mgmt Boot Security Save & Exit Recovery EHCI Con- [Disabled] Controller would...

  • Page 156: Server Management Screen

    BIOS ERVER ANAGEMENT CREEN [2.1.111] Server Management [2.1.110] ME Subsystem Fields (Continued) Screen ETUP PTIONS OMMENTS Information only. ME Vendor Displays the ME Label Vendor Label. ME FW Sta- Displays the ME [2.1.112] The Server Management screen displays information tus Value FW Status Value.
  • Page 157 BIOS ERVER ANAGEMENT CREEN [2.1.115] Server Management Configuration Fields (Continued) [2.1.115] Server Management Configuration Fields Options Options ETUP OMMENTS ETUP OMMENTS If enabled, starts Information only. BMC Self BIOS timer which Displays theBMC Test Status can only be shut off Self Test Status.

  • Page 158: System Event Log Screen

    BIOS ERVER ANAGEMENT CREEN [2.1.116] System Event Log Screen [2.1.115] Server Management Configuration Fields (Continued) Options ETUP OMMENTS Press <Enter> to Aptio Setup Utility - Copyright (C) 2011 American Megatrends, Inc. View FRU Main Advanced Chipset Server Mgmt Boot Security Save &...

  • Page 159: Fru Information Screen

    Save & Exit When SEL is ing] reactions to a full Full [Erase FRU Information SEL. Immediately] System Manufacturer Quanta Disable the log- System Product Name S210-X22RQ [Disabled] System Version ging of EFI Status System Serial Number [Both] Log EFI Sta-...
  • Page 160 BIOS ERVER ANAGEMENT CREEN [2.1.121] FRU Information Fields (Continued) [2.1.121] FRU Information Fields (Continued) ETUP PTIONS OMMENTS ETUP PTIONS OMMENTS Information only. Chassiss Information only. System Prod- Displays the Sys- Product Displays the Chas- uct Name tem Product Name sis Product Name. Name.

  • Page 161: Bmc Network Configuration Screen

    BIOS ERVER ANAGEMENT CREEN [2.1.122] BMC Network Configura- [2.1.124] BMC Network Configuration Fields tion Screen ETUP PTIONS OMMENTS [Dedicated- BMC LAN Options for send Server Mgmt Boot Security Save & Exit Event Logs NIC] BMC LAN Port to Dedicated NIC Port Configu- BMC network Configuration Select to...

  • Page 162: Boot Option Screen

    BIOS PTION CREEN [2.1.125] Boot Option Screen [2.1.124] BMC Network Configuration Fields (Continued) ETUP PTIONS OMMENTS Information only. Station MAC Displays the Sta- address [2.1.126] The Boot Options screen displays any bootable tion MAC address. media encountered during POST, and allows the user to config- Gray-out if "Con- Router IP ure desired boot device.
  • Page 163 BIOS PTION CREEN [2.1.129] Boot Option Fields (Continued) [2.1.129] Boot Option Fields ETUP PTIONS OMMENTS ETUP PTIONS OMMENTS Default priority : Number of sec- Setup onds to wait for 1st: Network  Prompt [<number>] setup activation Default = 5. 2nd: USB ...

  • Page 164: Network Device

    BIOS PTION CREEN [2.1.130] Network Device [2.1.129] Boot Option Fields (Continued) ETUP PTIONS OMMENTS Specifies the Boot Aptio Setup Utility - Copyright (C) 2011 American Megatrends, Inc. USB CD/ Only appears when Main Advanced Chipset Server Mgmt Boot Security Save & Exit Recovery Device Priority DVD ROM...

  • Page 165: Security Screen

    BIOS ECURITY CREEN [2.1.133] Security Screen [2.1.132] Network Device Fields ETUP PTIONS OMMENTS [2.1.134] The Security screen provides fields to enable and set [<Device the user and administrative password and to lockout the front String 1>] panel buttons so they cannot be used. [<Device Sets the system 1st Boot...
  • Page 166 BIOS ECURITY CREEN [2.1.137] Security Configuration Fields (Continued) [2.1.137] Security Configuration Fields ETUP PTIONS OMMENTS ETUP PTIONS OMMENTS Press <Enter> to Administra- Set Setup Adminis- Option only show manage the Image tor Password trator Password. Image Exe- when “Secure Execution Policy cution Policy Boot Mode”...

  • Page 167: Image Execution Policy Screen

    BIOS ECURITY CREEN [2.1.138] Image Execution Policy [2.1.140] Image Execution Policy Fields (Continued) Screen ETUP PTIONS OMMENTS [Always Exe- cute] Aptio Setup Utility - Copyright (C) 2011 American Megatrends, Inc. [Always Main Advanced Chipset Server Mgmt Boot Security Save & Exit Deny] Image Execution Internal FV...

  • Page 168: Key Management Screen

    BIOS ECURITY CREEN [2.1.141] Key Management Screen [2.1.140] Image Execution Policy Fields (Continued) ETUP PTIONS OMMENTS [Always Exe- Aptio Setup Utility - Copyright (C) 2011 American Megatrends, Inc. Main Advanced Chipset Server Mgmt Boot Security Save & Exit cute] [Always Defaolt Key Provisioning [Disabled] Image Execution Policy on...
  • Page 169 BIOS ECURITY CREEN [2.1.143] Key Management Fields (Continued) [2.1.143] Key Management Fields (Continued) ETUP PTIONS OMMENTS ETUP PTIONS OMMENTS Force System to Lauches the file User Mode – install browser to Append Install default default Secure new Signature Secure Boot Boot Variables Append an Database from the...

  • Page 170: Exit Screen

    BIOS CREEN [2.1.144] Exit Screen default values that the user saved earlier, instead of being restored to the factory defaults. Aptio Setup Utility - Copyright (C) 2011 American Megatrends, Inc. Main Advanced Chipset Server Mgmt Boot Security Save & Exit [2.1.145] The Exit screen allows the user to choose to save or Discard Changes and Exit Exit system setup without...
  • Page 171 BIOS CREEN [2.1.147] Exit Fields (Continued) [2.1.147] Exit Fields (Continued) ETUP PTIONS OMMENTS ETUP PTIONS OMMENTS Save Reset the system [<Device Boot with Device Changes after saving the String 6>] <Device String 6>. and Reset changes. Discards changes Discard done so far to any Changes of the setup ques- tions.

  • Page 172: Loading Bios Defaults

    BIOS BIOS D OADING EFAULTS [2.1.148] Loading BIOS Defaults [2.1.149] Different mechanisms exist for resetting the system configuration to the default values. When a request to reset the system configuration is detected, the BIOS loads the default system configuration values during the next POST. The request to reset the system to the defaults can be sent in the following ways: A request to reset the system configuration can be gener-...

  • Page 173: Bios Update Utility

    BIOS BIOS U PDATE TILITY [2.2.152] BIOS Update Utility Onboard video BIOS, RAID BIOS, and other option  ROMS for the devices embedded on the server board. [2.2.153] The flash ROM contains system initialization routines, the BIOS Setup Utility, and runtime support routines. The exact Memory reference code.

  • Page 174: Recovery Flow

    BIOS ECOVERY [2.2.162] Recovery Flow [2.2.170] The system will automatically enter BIOS Setup menu and display a Recovery page as follows: [2.2.163] The BIOS has an embedded recovery technique in the 'boot block'. In the event that the BIOS becomes corrupt, Aptio Setup Utility - Copyright (C) 2010 American Megatrends, Inc.

  • Page 175: Clear Cmos

    BIOS CMOS LEAR [2.2.176] Clear CMOS 2.2.173.6.Set the BIOS recovery jumper back to default posi- tion and wait until the recovery process is completed. See Mainboard Jumpersand Figure 2.2.174. Aptio Setup Utility - Copyright (C) 2010 American Megatrends, Inc. Main Advanced Chipset Server Mgmt...
  • Page 176 BIOS LEAR ASSWORD 2.2.189.6.Move password clear jumper from pins 2-3 back to pins 1-2. See Mainboard Jumpers. 2.2.190.7.Power on the system. 2.2.191.8.Set new password. 2-55...

  • Page 177: Server Management

    BIOS ERVER ANAGEMENT [2.3.192] Server Management entirely via the remote console. Utilities that can be executed remotely include BIOS Setup. [2.3.193] The BIOS supports many standard-based server management features and several proprietary features. The Intelligent Platform Management Interface (IPMI) is an industry [2.3.198] Serial Configuration Set- standard and defines standardized, abstracted interfaces to tings...

  • Page 178: Limitations

    BIOS PXE B [2.3.203] Keystroke Mappings (Continued) [2.3.203] Keystroke Mappings ANSI E ANSI E SCAPE SCAPE INDOWS LATFORM ESIGN INDOWS LATFORM ESIGN EQUENCE EQUENCE System <ESC><Shift>op <ESC>1 <ESC>R<ESC>r<ESC>R Reset <ESC><Shift>oq <ESC>2 <ESC><Shift>or <ESC>3 [2.3.204] Limitations <ESC><Shift>os <ESC>4 <ESC>5 BIOS Console redirection terminates after an operating ...

  • Page 179: Checkpoints

    BIOS HECKPOINTS [2.3.212] Checkpoints [2.3.209] The BIOS supports the EFI PXE implementation. To utilize this, the user must load EFI Simple Network Protocol driver and the UNDI driver specific for the network interface card being used. The UNDI driver should be included with the network interface card.

  • Page 180: Standard Checkpoints

    BIOS HECKPOINTS [2.3.216] Standard Checkpoints [2.3.215] Checkpoint Ranges (Continued) TATUS ESCRIPTION [2.3.217] SEC Phase ANGE 0xE9 – 0xEF S3 Resume errors (PEI) [2.3.218] SEC Phase 0xF0 – 0xF8 Recovery (PEI) 0xF9 – 0xFF Recovery errors (PEI) TATUS ESCRIPTION 0x00 Not used Progress Codes 0x01 Power on.
  • Page 181 BIOS HECKPOINTS [2.3.218] SEC Phase (Continued) [2.3.220] PEI Phase (Continued) TATUS ESCRIPTION TATUS ESCRIPTION 0x0F Microcode not loaded Pre-memory South Bridge initialization (South Bridge 0x1B module specific) [2.3.219] PEI Phase Pre-memory South Bridge initialization (South Bridge 0x1C module specific) 0x1D – 0x2A OEM pre-memory initialization codes [2.3.220] PEI Phase Memory initialization.
  • Page 182 BIOS HECKPOINTS [2.3.220] PEI Phase (Continued) [2.3.220] PEI Phase (Continued) TATUS ESCRIPTION TATUS ESCRIPTION 0x37 Post-Memory North Bridge initialization is started 0x54 Unspecified memory initialization error. Post-Memory North Bridge initialization (North Bridge 0x55 Memory not installed 0x38 module specific) 0x56 Invalid CPU type or Speed Post-Memory North Bridge initialization (North Bridge 0x39...

  • Page 183: Dxe Phase

    BIOS HECKPOINTS [2.3.221] DXE Phase [2.3.220] PEI Phase (Continued) TATUS ESCRIPTION [2.3.222] DXE Phase 0xEB S3 OS Wake Error 0xEC-0xEF Reserved for future AMI error codes TATUS ESCRIPTION Recovery Progress Codes 0x60 DXE Core is started Recovery condition triggered by firmware (Auto recov- 0xF0 ery) 0x61...
  • Page 184 BIOS HECKPOINTS [2.3.222] DXE Phase (Continued) [2.3.222] DXE Phase (Continued) TATUS TATUS ESCRIPTION ESCRIPTION 0x72 South Bridge devices initialization 0x95 PCI Bus Request Resources South Bridge DXE Initialization (South Bridge module spe- 0x96 PCI Bus Assign Resources 0x73 cific) 0x97 Console Output devices connect South Bridge DXE Initialization (South Bridge module spe- 0x74...

  • Page 185: Acpi/Asl Checkpoints

    BIOS HECKPOINTS [2.3.222] DXE Phase (Continued) [2.3.222] DXE Phase (Continued) TATUS TATUS ESCRIPTION ESCRIPTION 0xA9 Start of Setup 0xD0 CPU initialization error 0xAA Reserved for ASL (see ASL Status Codes section below) 0xD1 North Bridge initialization error 0xAB Setup Input Wait 0xD2 South Bridge initialization error 0xAC...

  • Page 186: Oem-Reserved Checkpoint Ranges

    BIOS OEM-R ESERVED HECKPOINT ANGES [2.3.225] OEM-Reserved Check- [2.3.224] ACPI/ASL Checkpoints (Continued) point Ranges TATUS ESCRIPTION 0x02 System is entering S2 sleep state [2.3.226] OEM Reserved Checkpoint Ranges 0x03 System is entering S3 sleep state TATUS 0x04 System is entering S4 sleep state ESCRIPTION 0x05 System is entering S5 sleep state...
  • Page 187 [3.0.1] BMC Chapter 3...

  • Page 188: Bmc Web Graphical User Interface For Esms

    BMC W ESMS RAPHICAL NTERFACE FOR [3.1.1] BMC Web Graphical User Interface for ESMS [3.1.5] Login [3.1.2] Using the Web GUI [3.1.6] Enter the IP address or URL (default DHCP\static IP address) into the address bar of the web browser. [3.1.3] The BMC firmware features an embedded web server enabling users to connect to the BMC using a Web browser [3.1.7] When connecting to the BMC the Login screen prompts...
  • Page 189 OGIN User and No Access privilege levels do not allow access [3.1.14] Click the Help button on the right corner of the page for through the BMC web GUI. assistance, the Refresh button to refresh the page, or the Log- out button to exit.

  • Page 190: Dashboard

    ASHBOARD [3.1.18] Dashboard [3.1.23] Device Information [3.1.24] The Device Information displays the following informa- [3.1.19] In MegaRAC GUI, the Dashboard page displays the tion: overall information on status of the device. [3.1.20] To open the Dashboard page, click Dashboard from [3.1.25] Device Information Page the main menu.

  • Page 191: Network Information

    ASHBOARD [3.1.28] Network Information [3.1.31] Sensor Monitoring [3.1.29] The Network Information of the device with the follow- [3.1.32] Lists all the available sensors on the device. ing fields is shown in the following table. To edit the network Information, click Edit. [3.1.33] The status column displays the state of the device as follows: [3.1.30] Network Information...

  • Page 192: Event Logs

    ERVER NFORMATION [3.1.37] Server Information [3.1.35] Event Logs [3.1.36] A graphical representation of all events incurred by var- [3.1.38] The Server Information Group consists of the following ious sensors as well as occupied/available space in logs. Click- three items: ing on the color-coded rectangle in the Legend for the chart, allows to view a list of specific events only.

  • Page 193: Fru Information

    FRU I NFORMATION [3.1.41] FRU Information [3.1.45] A brief description of the fields is given in the following sections. [3.1.46] Basic Information [3.1.42] In the MegaRAC GUI, the FRU Information Page dis- plays the BMC FRU file information. The information displayed in this page is Basic Information, Common Header Information, Chassis Information, Board Information and Product Informa- [3.1.47] Basic Information...

  • Page 194: Server Component

    FRU I NFORMATION [3.1.51] Server Component Board Product Name  Board Serial Number  [3.1.52] The Component Information page displays the CPU Board Part Number  and memory information. FRU File ID  Board Extra  [3.1.50] Product Information Product Information Area Format Version ...

  • Page 195: Server Identify

    FRU I NFORMATION [3.1.57] Server identify [3.1.54] Component Information Page (Continued) ESCRIPTION [3.1.58] The Server Identify page displays the indicator LED Displays the following information: status. You can select a Server Identify Operation to control the Memory ID, indicator LED. ...

  • Page 196: Server Health Group

    FRU I NFORMATION [3.1.61] Server Health Group [3.1.60] Server Identify Page (Continued) ESCRIPTION [3.1.62] The Server Health Group consists of the following Server identify LED operation with the following three items: options: Server Identify Oper-  Sensor Readings  ation ...
  • Page 197 FRU I NFORMATION events. A screenshot of Sensor Readings page is shown in the [3.1.72] When a specific type of sensor is selected, on the right following image: hand side of the screen will be displayed the Thresholds for the sensor.

  • Page 198: Event Log

    FRU I NFORMATION [3.1.81] Event Log the readings for the sensor. The following image shows and example widget: [3.1.82] In MegaRAC GUI, this page displays the list of event logs occurred by the different sensors on this device. Double click on a record to see the details of that entry. You can use the sensor type or sensor name filter options to view those specific events or you can also sort the list of entries by clicking on any of the column headers.

  • Page 199: Configuration Group

    ONFIGURATION ROUP [3.1.95] Configuration Group [3.1.88] Event Log Category ESCRIPTION [3.1.96] Configuration Group page allows access to various The type of filter listed. configuration settings. A screenshot of the Configuration Group Note: menu is shown in the following figure: [3.1.89] Once the Event Log category and Filter Filter Type type are selected, the list of events will be dis- played with the Event ID, Time Stamp, Sensor...
  • Page 200 ONFIGURATION ROUP [3.1.101] This Active Directory Settings page in MegaRAC SP- [3.1.104] Active Directory Settings Page (Continued) X as shown on the following figure, allows to Configure Active ESCRIPTION Directory Server Settings. The name that identifies the role group in the [3.1.102] To open Active Directory Settings page, click Config- Active Directory.
  • Page 201 ONFIGURATION ROUP [3.1.105] Procedure: 3.1.114.6.Configure IP addresses in Domain Controller Server Address1, Domain Controller Server Address2 [3.1.106] Entering the details in Advanced Active Directory Set- & Domain Controller Server Address3. tings Page Note: 3.1.107.1.Click on Advanced Settings to open the [3.1.115] IP address of Active Directory server: At least one Advanced Active Directory Settings Page.
  • Page 202 ONFIGURATION ROUP 3.1.120.9.In the Active Directory Settings Page, select a 3.1.125.13.Click Add to save the new role group and return blank row and click Add Role Group to open the Add to the Role Group List. Role group Page as shown in the screenshot below. 3.1.126.14.Click Cancel to cancel the settings and return to the Role Group List.
  • Page 203 ONFIGURATION ROUP [3.1.134] To open DNS Server Settings page, click Configura- [3.1.137] DNS Server Settings Page (Continued) tion > DNS from the main menu. A sample screenshot of DNS ESCRIPTION Server Settings Page is shown in the screenshot below. It displays hostname of the device. If the Host Host Name setting is chosen as Manual, then specify the hostname of the device.
  • Page 204 ONFIGURATION ROUP [3.1.137] DNS Server Settings Page (Continued) Choose the option Direct Dynamic DNS to register with  direct dynamic DNS or choose DHCP Client FQDN to ESCRIPTION register through DHCP server. It lists the option for v6 DNS settings for the 3.1.144.4.In the Domain name Configuration Settings, device, Manual and available LAN interfaces.

  • Page 205: Ldap/E-Directory

    ONFIGURATION ROUP [3.1.149] LDAP/E-Directory [3.1.152] To open LDAP Settings page, click Configuration > LDAP from the main menu. A sample screenshot of LDAP Set- tings Page is shown in the screenshot below. [3.1.150] The Lightweight Directory Access Protocol (LDAP) is an application protocol for querying and modifying data of directory services implemented in Internet Protocol (IP) networks.
  • Page 206 ONFIGURATION ROUP [3.1.157] Entering the details in Advanced LDAP Settings Page Note: IP Address made of 4 numbers separated by dots as in  3.1.158.1.In the LDAP Settings Page, click Advanced Set- 'xxx.xxx.xxx.xxx'. tings. A sample screenshot of LDAP Settings page is Each Number ranges from 0 to 255.
  • Page 207 ONFIGURATION ROUP [3.1.168] To add a new Role Group 3.1.173.11.In the Role Group Privilege field, enter the level of privilege to assign to this role group. 3.1.169.8.In the LDAP Settings Page, select a blank row and 3.1.174.12.Click Add to save the new role group and return click Add Role Group to open the Add Role group Page to the Role Group List.

  • Page 208: Mouse Mode

    ONFIGURATION ROUP [3.1.181] Mouse Mode [3.1.186] Mouse Mode Settings Page (Continued) ESCRIPTION [3.1.182] In MegaRAC GUI, Redirection Console handles Relative mode sends the calculated relative mouse emulation from local window to remote screen in either Relative Mode mouse position displacement to the server. of two methods.

  • Page 209: Network

    ONFIGURATION ROUP [3.1.193] Network [3.1.198] Network Settings Page ESCRIPTION [3.1.194] In MegaRAC GUI, the Network Settings Page is used LAN Interface Lists the LAN interfaces. to configure the network settings for the available LAN chan- nels. LAN Settings To enable or disable the LAN Settings. This field displays the MAC Address of the [3.1.195] To open Network Settings page, click Configuration MAC Address...
  • Page 210 ONFIGURATION ROUP [3.1.198] Network Settings Page (Continued) [3.1.198] Network Settings Page (Continued) ESCRIPTION ESCRIPTION This option lists the following IPv6 configuration It lists the VLAN configuration settings. settings. VLAN Settings: To enable/disable the VLAN  IPv6 Settings: This option is to enable the support for selected interface.
  • Page 211 ONFIGURATION ROUP 3.1.206.6.If the IPv6 setting is enabled, enable or disable the [3.1.215] To open PEF Management Settings page, click Con- option Use DHCP for obtaining the IP address auto- figurations > PEF from the main menu. A sample screenshot matically.
  • Page 212 ONFIGURATION ROUP [3.1.219] The fields of PEF Management – Event Filter Tab are 3.1.224.2.To Add an Event Filter entry, select a free slot and explained below. click Add to open the Add event Filter entry Page. A sam- ple screenshot of Add Event Filter Page is in seen the [3.1.220] This page contains the list of configured PEF’s.
  • Page 213 ONFIGURATION ROUP 3.1.227.4.In the Filter Action configuration section, In the Slave Address/Software ID field, specify corre-  sponding I2C Slave Address or System Software ID. Event Filter Action is a mandatory field and checked by  default, which enable PEF Alert action (read-only). Choose the particular channel number that event mes- ...
  • Page 214 ONFIGURATION ROUP 3.1.240.12.Click on Cancel to cancel the modification and Note: return to Event filter list. [3.1.234] Value ranges from 0 to 255. 3.1.241.13.In the Event filter list, click Modify to modify the existing filter. 3.1.242.14.In the Event filter list, click Delete to delete the Event Data 1 Compare 1 &...
  • Page 215 ONFIGURATION ROUP [3.1.247] PEF Management - Alert Policy (Continued) [3.1.247] PEF Management - Alert Policy ESCRIPTION ESCRIPTION To choose a particular destination from the con- Displays Policy entry number for the newly con- Policy Entry # figured destination list. figured entry (read-only). Note: Policy Number Displays the Policy number of the configuration.
  • Page 216 ONFIGURATION ROUP 3.1.251.2.Select the slot and click Add to open the Add Note: Alert Policy Entry Page as shown in the screenshot Config- [3.1.259] LAN Destination has to be configured under below. uration > PEF > LAN Destination . That is if you select the number 4 for destination selector in Alert Policy Entry page, then you have to configure the 4th slot (LAN Destination Num- ber 4) in the LAN Destination tab.
  • Page 217 ONFIGURATION ROUP [3.1.267] PEF Management LAN Destina- [3.1.271] PEF Management - LAN Destination tion Page ESCRIPTION Displays Destination number for the newly con- [3.1.268] This page is used to configure the Event filter, Alert LAN Destination figured entry (read-only). Policy and LAN destination. A sample screenshot of PEF Man- agement LAN Destination Page is given below.
  • Page 218 ONFIGURATION ROUP [3.1.271] PEF Management - LAN Destination (Continued) 3.1.277.4.In the Destination Type field, select the one of the types. ESCRIPTION 3.1.278.5.In the Destination Address field, enter the desti- To cancel the modification and return to LAN nation address. Cancel destination list.

  • Page 219: Radius

    ONFIGURATION ROUP [3.1.288] RADIUS [3.1.294] RADIUS Settings Page [3.1.289] RADIUS is a modular, high performance and feature- ESCRIPTION rich RADIUS suite including server, clients, development librar- RADIUS Authentica- ies and numerous additional RADIUS related utilities. Option to enable RADIUS authentication. tion The RADIUS Port number.

  • Page 220: Remote Session

    ONFIGURATION ROUP [3.1.294] RADIUS Settings Page (Continued) [3.1.306] To open Remote Session page, click Configuration > Remote Session from the main menu. A sample screenshot of ESCRIPTION Remote Session Page is shown in the screenshot below. Reset To reset the modified changes. [3.1.296] Procedure: 3.1.297.1.Enable the RADIUS Authentication checkbox to authenticate the RADIUS.

  • Page 221: Smtp

    ONFIGURATION ROUP [3.1.309] Remote Session Settings Page (Continued) ‘. Note: ESCRIPTION If we choose more than one virtual CDROMs, then the  RHEL5 host displays only one CDROM in the “Computer” To save the current changes. window. When we redirect second CDROM, the second Note: CDROM device will appear in “Computer”...
  • Page 222 ONFIGURATION ROUP [3.1.320] To open SMTP Settings page, click Configuration > [3.1.323] SMTP Settings Page (Continued) SMTP from the main menu. A sample screenshot of SMTP Set- ESCRIPTION tings Page is shown in the screenshot below. The 'Machine Name' of the SMTP Server. Machine Name is a string of maximum 15 ...
  • Page 223 ONFIGURATION ROUP [3.1.323] SMTP Settings Page (Continued) 3.1.327.2.Enter the Sender Address in the specified field. 3.1.328.3.Enter the Machine Name in the specified field. ESCRIPTION 3.1.329.4.In Primary SMTP Server, enter the Server The username to access SMTP Accounts. Address in the specified field. Note: 3.1.330.5.Enable the check box SMTP Server requires User Name can be of length 4 to 64 alpha-...
  • Page 224 ONFIGURATION ROUP [3.1.337] SOL [3.1.341] SOL Settings Page (Continued) ESCRIPTION [3.1.338] Here, you can configure the Serial over LAN settings, Select the IPMI Serial over LAN minimum user select or change values for each attribute and click the Save privilege: button to save any changes.
  • Page 225 ONFIGURATION ROUP Upload SSL option is used to upload the certificate and [3.1.349] SSL Certificate Configuration - Upload SSL (Continued)  private key file into the BMC. ESCRIPTION Generate SSL option is used to generate the SSL certifi-  New Certificate Certificate file should be of pem type cate based on configuration details.
  • Page 226 ONFIGURATION ROUP [3.1.352] The fields of SSL Certificate Configuration – Generate [3.1.353] SSL Certificate Configuration - Generate SSL SSL tab are explained below. ESCRIPTION Country code of the organization (mandatory). [3.1.353] SSL Certificate Configuration - Generate SSL Country (C) Only two characters are allowed. ...
  • Page 227 ONFIGURATION ROUP [3.1.357] SSL Certificate Configuration – View SSL Note: [3.1.354] HTTPs service will get restarted, to use the newly ESCRIPTION generated SSL certificate. This section displays the basic information about the uploaded SSL certificate. It displays the fol- lowing fields. Version ...
  • Page 228 ONFIGURATION ROUP [3.1.357] SSL Certificate Configuration – View SSL (Continued) The City or Locality of the organization  The State or Province of the organization  ESCRIPTION The Country of the organization  This section display the information about the certificate issuer.

  • Page 229: User Management

    ONFIGURATION ROUP [3.1.365] User Management [3.1.370] User Management Page ESCRIPTION [3.1.366] In MegaRAC GUI, the User Management page allows Displays the ID number of the user. you to view the current list of user slots for the server. You can add a new user and modify or delete the existing users.
  • Page 230 ONFIGURATION ROUP 3.1.375.1.To add a new user, select a free slot and click Add User. This opens the Add User screen as shown in the Note: screenshot below. Password must be at least 8 characters long.  White space is not allowed. ...
  • Page 231 ONFIGURATION ROUP 3.1.387.10.In the Email ID field, enter the email ID of the 3.1.394.14.Select an existing user from the list and click user. If the user forgets the password, the new password Modify User. This opens the Add User screen as shown will be mailed to the configured email address.

  • Page 232: Virtual Media

    ONFIGURATION ROUP [3.1.407] Configure Virtual Media Devices Note: [3.1.401] There is a list of reserved users which cannot be ESCRIPTION added / modified as BMC users. Please Refer “MEGARAC SP- X Platform Porting Guide” section “Changing the Configurations The number of floppy devices that support for Floppy devices in PMC File->...

  • Page 233: Remote Control

    EMOTE ONTROL [3.1.419] Console Redirection Note: [3.1.413] If there are two device panels for each device, and when you click the Connect button, then the redirected device [3.1.420] The remote console application, which is started panel will be disabled. using the WebGUI, allows you to control your server's operating system remotely, using the screen, mouse, and keyboard, and [3.1.414] Remote Control to redirect local CD/DVD, Floppy diskette and Hard disk/USB...
  • Page 234 EMOTE ONTROL OpenSuse 11.2 -32 OpenSuse 11.2   OpenSuse 11.2 -64 OpenSuse 10.x   FC 9 - 32 Ubuntu 8.10   FC 9 - 64 Ubuntu 9.10   FC 10 - 32 Ubuntu 11.04   FC 10 - 64 ...
  • Page 235 EMOTE ONTROL [3.1.437] Video 3.1.431.2.Open Remote Control > Console Redirection Page and click Java Console. [3.1.438] This menu contains the following sub menu items. [3.1.432] This will download the .jnlp file from the BMC. [3.1.439] Video [3.1.433] To open the .jnlp file, use the appropriate JRE version (Javaws) ESCRIPTION [3.1.434] The Console Redirection window opens when the...
  • Page 236 EMOTE ONTROL [3.1.442] Keyboard ESCRIPTION This menu item can be used to act as the right- Hold Right Ctrl Key side <CTRL> key when in Console Redirection. This menu item can be used to act as the right- Hold Right Alt Key side <ALT>...
  • Page 237 EMOTE ONTROL [3.1.446] Keyboard Layout [3.1.444] Virtual Media (Continued) ESCRIPTION [3.1.447] Keyboard Layout This menu item can be used to start or stop the CD/DVD Media redirection of a physical DVD/CD-ROM drive ESCRIPTION and cd image types such as iso. This option is used to detect keyboard layout This menu item can be used to start or stop the automatically.
  • Page 238 EMOTE ONTROL 3.1.454.1.Click Video Record > Settings to open the set- [3.1.451] Video Record tings page as shown in the screenshot below. ESCRIPTION To view this menu option you must download the Java Media FrameWork (JMF). It can be down- loaded from the link Important http://www.oracle.com/technetwork/java/javase/...

  • Page 239: Server Power Control

    EMOTE ONTROL [3.1.464] Power [3.1.471] Quick Buttons [3.1.465] The power option is to perform any power cycle oper- [3.1.472] The lower right of Console Redirection windows dis- ation. Click on the required option to perform the following plays all the quick buttons. These quick buttons helps you to operation.

  • Page 240: Maintenance Group

    AINTENANCE ROUP menu. A sample screenshot of Power Control and Status page [3.1.479] Server Power Control (Continued) is shown in the screenshot below. ESCRIPTION Click this option to perform the selected opera- Perform Action tion. [3.1.480] Procedure: [3.1.481] Select an action and click Perform Action to proceed with the selected action.

  • Page 241: Firmware Update

    AINTENANCE ROUP [3.1.486] Firmware Update System Administrator  [3.1.487] In MegaRAC GUI, this wizard takes you through the process of firmware up gradation. A reset of the box will auto- matically follow if the upgrade is completed or cancelled. An option to preserve configuration will be presented.

  • Page 242: Preserve Configuration

    AINTENANCE ROUP [3.1.490] To open Firmware Update page, click Maintenance > Note: Firmware Update from the main menu. A sample screenshot [3.1.500] You can now follow the instructions presented in the of Firmware Update Page is shown in the screenshot below. subsequent pages to successfully update the card’s firmware.

  • Page 243: System Administrator

    AINTENANCE ROUP sample screenshot of Restore Factory Defaults Page is shown ple screenshot of System Administrator page is shown in the in the screenshot below. screenshot below. [3.1.513] System Administrator [3.1.507] Restore Factory Defaults Page [3.1.514] The various fields of System Administrator page are [3.1.508] Procedure: given below.

  • Page 244: User Privilege

    [3.1.524] Log Out [3.1.516] System Administrator Page (Continued) ESCRIPTION [3.1.525] To log out of the MegaRAC GUI, click the logout link To change the user's password. on the top right corner of the screen. Note: Password, Confirm Password:  [3.1.526] User Privilege Password must be at least 8 characters Change Password ...
  • Page 245 RIVILEGE [3.1.527] User Privilege (Continued) IPMI RIVILEGE ASSOCIATION BETWEEN GUI P RIVILEGE DMINIST PERATO RATOR View DNS View Network View PEF 3-58...

  • Page 246: Bmc Server Management Software

    BMC S ERVER ANAGEMENT OFTWARE [3.2.528] BMC Server Management Software [3.2.529] Introduction Event notification via chassis LED indicator and PET  (Platform Event Trap). Platform Event Filtering (PEF) to take selected actions for  selected events, including NMI. [3.2.530] This section introduces the Baseboard Management Chassis management includes power control and a status Controller (BMC), its recovery procedure in DOS, Linux, and ...

  • Page 247: Front Panel User Interface

    RONT ANEL NTERFACE [3.2.536] Front Panel User Inter- [3.2.544] Status LED, ID LED, and Heartbeat LED face OLOR TATUS ESCRIPTION System Event Blinking (See following Status LED Amber (Status [3.2.537] The BMC provides control panel interface functional- table.) LED) ity including indicators (Fault/status and Identify LEDs) and but- Normal status tons (Power/ID).
  • Page 248 RONT ANEL NTERFACE [3.2.547] Status LED Activity (Continued) [3.2.545] Status LED, ID LED, and Heartbeat LED TATUS ESCRIPTION CTIVITY OLOR TATUS ESCRIPTION Voltage Sen- System Event Critical event asserted sors Blinking (See following Status LED Power LED Amber table.) Power Supply State asserted Normal status Processor...

  • Page 249: Lan Interface

    LAN I NTERFACE [3.2.548] LAN Interface [3.2.551] Session and User [3.2.552] This BMC supports ten (10) user accounts. Each can [3.2.549] BMC LAN interface is assigned to dedicated NIC LAN have a different user name, password and privilege level. Four (Default) and a shared NIC.

  • Page 250: Time Sync

    [3.2.558] Time Sync [3.2.562] Platform Event [3.2.563] Platform Event Filter [3.2.559] In S2L BMC design, BMC does not have a local RTC to know what time it is. Each time the server powers on, BIOS will use Set SEL Time command to initialize BMC time. The [3.2.564] The BMC implements selectable action on an event remote console program interpret this time as pre-initial.

  • Page 251: Dos Recovery Utility

    EMPERATURE ONITORING [3.2.566] The BMC will allow users to upgrade firmware image [3.2.575] The supported temperature sensors are included in on following entities: the following table. [3.2.576] Temperature Monitoring  All other upgradable entities  ENSO EADI EMPE LNCT UNCT UNRT RATUR [3.2.567] The update capability is provided by local and remote...
  • Page 252 EMPERATURE ONITORING [3.2.576] Temperature Monitoring (Continued) [3.2.576] Temperature Monitoring (Continued) ENSO EADI ENSO EADI EMPE EMPE LNCT UNCT UNRT LNCT UNCT UNRT RATUR RATUR VAIL VAIL (°C) (°C) ABLE ABLE Temp Temp 0xC1 _DIM 0xB8 _PCH M_EF Temp Temp _GPU 0x40 _DIM 0xB9...

  • Page 253: Voltage Monitoring

    OLTAGE ONITORING [3.2.577] Voltage Monitoring [3.2.579] Voltage Monitoring (Continued) EADING LTAGE LNCT UNCT VAILAB ENSO [3.2.578] The system supports the following voltage sensors: P12V_ 11.06 11.36 12.66 12.83 [3.2.579] Voltage Monitoring 0xCB 12.0V 11.06 11.36 12.66 12.83 P12V 0xCC 12.0V EADING LTAGE LNCT...

  • Page 254: Fan Speed Monitoring

    PEED ONITORING [3.2.580] Fan Speed Monitoring [3.2.583] Processor Error Detec- tion [3.2.581] The fan speed thresholds are included in the following table. [3.2.584] Thermal Trip / Processor [3.2.582] Fan Speed Monitoring OTATIO ENSOR EADING LNCT UNCT UMBER VAILABLE [3.2.585] Thermal Trip and Processor Hot can be detected by FAN_SY 0x38 1040...

  • Page 255: Timeout Action Support

    IPMI 1.5 / 2.0 C OMMAND UPPORT already, so using the watchdog with pre-timeout SMI is not rec- [3.2.596] IPM Device Global Commands ommended. UPPORT OMMAND [3.2.591] Timeout Action Support Get Device ID Cold Reset [3.2.592] For watchdog timeout actions, BMC supports power down, power cycle and power reset.
  • Page 256 IPMI 1.5 / 2.0 C OMMAND UPPORT [3.2.598] Device and Messaging Commands (Continued) [3.2.598] Device and Messaging Commands (Continued) UPPORT UPPORT OMMAND OMMAND Get BMC Global Get Session Informa- Enables tion Clear Message Buffer Get Authentication Flags Code Command Get Message Buffer Set Channel Access Flags Commands...

  • Page 257: Bmc Watchdog Timer Commands

    IPMI 1.5 / 2.0 C OMMAND UPPORT [3.2.599] BMC Watchdog Timer Com- [3.2.598] Device and Messaging Commands (Continued) mands UPPORT OMMAND [3.2.600] Watchdog Timer Commands Get Payload Activation Status UPPORT Get Payload Instance OMMAND Info Command Reset Watchdog Timer Set User Payload Access Set Watchdog Timer Get User Payload...

  • Page 258: Chassis Commands

    IPMI 1.5 / 2.0 C OMMAND UPPORT [3.2.601] Chassis Commands [3.2.602] Chassis Commands (Continued) UPPORT OMMAND [3.2.602] Chassis Commands Get POH Counter Chassis UPPORT OMMAND [3.2.603] Event Commands Get Chassis Capabili- Chassis ties Get Chassis Status Chassis [3.2.604] Event Commands Chassis Control Chassis Chassis Reset...

  • Page 259: Sel Commands

    IPMI 1.5 / 2.0 C OMMAND UPPORT [3.2.605] SEL Commands [3.2.607] SDR Repository Commands [3.2.606] SEL Commands [3.2.608] SDR Repository Commands UPPORT UPPORT OMMAND OMMAND Get SEL Info Storage Get SDR Repository Storage Info Get SEL Allocation Info Storage Get SDR Repository Storage Reserve SEL Storage...

  • Page 260: Fru Inventory Device Commands

    IPMI 1.5 / 2.0 C OMMAND UPPORT [3.2.609] FRU Inventory Device [3.2.611] Sensor Device Commands Commands [3.2.612] Sensor Device Commands [3.2.610] FRU Inventory Device Command s UPPORT OMMAND UPPORT OMMAND Get Device SDR Info Get FRU Inventory Get Device SDR Storage Area Info Reserve Device SDR...

  • Page 261: Lan Command

    IPMI 1.5 / 2.0 C OMMAND UPPORT [3.2.613] LAN Command [3.2.612] Sensor Device Commands (Continued) UPPORT OMMAND [3.2.614] LAN Commands Set Sensor Reading UPPORT and Event Status OMMAND Set LAN Configuration Transport Parameters* Get LAN Configuration Transport Parameters* Suspend BMC ARP Transport Get IP/UDP/RMCP Sta- Transport...

  • Page 262: Sol Command

    IPMI 1.5 / 2.0 C OMMAND UPPORT [3.2.615] SOL Command [3.2.618] PEF/PET Alerting Commands UPPORT OMMAND [3.2.616] SOL Command Set Last Processed UPPORT Event ID OMMAND Get Last Processed SOL Activating Transport Event ID Set SOL Configuration Alert Immediate Transport Parameters PET Acknowledge Get SOL Configuration...
  • Page 263 IPMI 1.5 / 2.0 C OMMAND UPPORT [3.2.620] OEM Command OMMAND Set BIOS Version 0x30/00 0x72 Get BIOS Version 0x30/00 3-76...

  • Page 264: Bmc Recovery Process

    BMC R ECOVERY ROCESS [3.3.621] BMC Recovery Process [3.3.634] The BMC recovery is complete. [3.3.622] This section provides guidelines on BMC recovery process in DOS, Linux, and Windows systems. [3.3.635] Recovery Process in Windows System [3.3.623] Recovery Process in DOS System [3.3.636] To recover BMC on a Windows system, do as follows: [3.3.624] To recover BMC on a DOS system, do as follows: 3.3.637.1.Boot into Windows.
  • Page 265 [4.0.1] Jumpers and Connectors Chapter 4...

  • Page 266: Mainboard Jumpers And Connectors

    UMPERS AND ONNECTORS AINBOARD UMPERS AND ONNECTORS [4.1.1] Mainboard Jumpers and Connectors [4.1.2] Placement and part number selection of the S210- MBT2W product baseboard connectors need to be compatible with a 0.073" thick board. Below are the connector part number recommendations from production board standpoint.
  • Page 267 UMPERS AND ONNECTORS AINBOARD UMPERS AND ONNECTORS J2A1 JA6A1 JA7A1 JA7A2 J8A1 J9A1 J1A1 J8A2 J9A2 J1B1 J8A3 J1B2 J1C1 J1C2 J1D1 J1E8 J1E2 J1D2 J1E4 J1E10 J1E9 J1E7 J1F2 J1F3 J1G1 J1G2 J1G3 J1G4 J1H3 J1H2 J1H1 J1H4 J1H6 J1H5 J1J1 J2J1...
  • Page 268 UMPERS AND ONNECTORS AINBOARD UMPERS AND ONNECTORS [4.1.4] S210-MBT2W System Interconnects (Continued) [4.1.4] S210-MBT2W System Interconnects [4.1.5] L [4.1.6] D [4.1.5] L [4.1.6] D OCATION ESCRIPTION OCATION ESCRIPTION [4.1.35] J1D1 [4.1.36] 1394b connector [4.1.8] BMC debug function: [4.1.7] J1A1 NC: NORMAL [4.1.37] J1D2 [4.1.38] 1394b connector ...
  • Page 269 UMPERS AND ONNECTORS AINBOARD UMPERS AND ONNECTORS [4.1.4] S210-MBT2W System Interconnects (Continued) [4.1.4] S210-MBT2W System Interconnects (Continued) [4.1.5] L [4.1.6] D [4.1.5] L [4.1.6] D OCATION ESCRIPTION OCATION ESCRIPTION [4.1.65] J1G2 [4.1.66] SAS PORT 3 connector (SCU0) [4.1.101] J1K4 [4.1.102] System FAN1 connector [4.1.67] J1G3 [4.1.68] SAS PORT 4 connector (SCU1) [4.1.103] J2K2...
  • Page 270 [5.0.1] Troubleshooting Chapter 5...

  • Page 271: Troubleshooting

    ROUBLESHOOTING ROUBLESHOOTING [5.1.1] Troubleshooting [5.1.4] System does not Boot after [5.1.2] System does not Boot after initial installation: Initial Installation Power Cord Not Plugged In  Processor Issues  [5.1.5] Power Cord Not Plugged In Memory Issues  Monitor Issues [5.1.6] If the power supply cable is not plugged into the chassis ...
  • Page 272 ROUBLESHOOTING ROUBLESHOOTING [5.1.16] Power Supply, Chassis and Fan Ensure that the power supply fan is running.  Issues Ensure that the air intakes for the fans are unobstructed.  [5.1.11] Memory Issues Ensure that the chassis and power supply is appropriate ...

  • Page 273: System Does Not Boot After Configuration Changes

    ROUBLESHOOTING ROUBLESHOOTING [5.1.26] System does not boot after [5.1.19] Electrical Short or Overload Configuration Changes [5.1.20] Remove non-essential items such as extra controller cards (e.g SAS 6G Mezz/B, 10G Mezz/B) or HDD devices to [5.1.27] Hardware Changes check for shorts and overloads. [5.1.21] If the system boots correctly, there may be a short or [5.1.28] If the system does not boot after making changes to overload associated with one of the components.

  • Page 274: Installation Problems

    ROUBLESHOOTING ROUBLESHOOTING [5.1.44] Installation Problems [5.1.34] If you cannot access the BIOS Setup Utility, clear the CMOS by performing the following steps: [5.1.45] Perform the following checks if you are troubleshooting 5.1.35.1.Power down the server. Do not unplug the power an installation problem: cord.

  • Page 275: Installation And Assembly Safety Instructions

    [6.0.1] Installation and Assembly Safety Instructions Chapter 6...
  • Page 276 NSTALLATION AND SSEMBLY AFETY NSTRUCTIONS NSTALLATION AND SSEMBLY AFETY NSTRUCTIONS [6.1.1] Installation and Assembly Safety Instruc- tions [6.1.2] The power supply in this product contains no user-serviceable parts. [6.1.3] Refer servicing only to qualified personnel. [6.1.4] Do not attempt to modify or use the supplied AC power cord if it is not the exact type required. A product with more than one power supply will have a separate AC power cord for each supply.
  • Page 277 NSTALLATION AND SSEMBLY AFETY NSTRUCTIONS NSTALLATION AND SSEMBLY AFETY NSTRUCTIONS [6.1.8] SAFETY STEPS: Whenever you remove the chassis covers to access the inside of the system, fol- low these steps: [6.1.9] 1. Turn off all peripheral devices connected to the system. [6.1.10] 2.
  • Page 278 NSTALLATION AND SSEMBLY AFETY NSTRUCTIONS NSTALLATION AND SSEMBLY AFETY NSTRUCTIONS [6.1.20] For proper cooling and airflow, always reinstall the chassis covers before turning on the system. Operating the system without the covers in place can damage system parts. To install the covers: [6.1.21] 1.
  • Page 279 NSTALLATION AND SSEMBLY AFETY NSTRUCTIONS NSTALLATION AND SSEMBLY AFETY NSTRUCTIONS [6.1.27] The system is designed to operate in a typical office environment. [6.1.28] Choose a site that is: Clean and free of airborne particles (other than normal room dust).  Well ventilated and away from sources of heat including direct sunlight.
  • Page 280 [7.0.1] Safety Information Chapter 7...

  • Page 281: Server Safety Information

    AFETY NFORMATION ERVER AFETY NFORMATION [7.1.1] Server Safety Information [7.1.6] Safety Warnings and [7.1.2] To reduce the risk of bodily injury, electrical shock, fire, and equipment damage, read this document and observe all Cautions warnings and precautions in this guide before installing or main- taining your server product.

  • Page 282: Intended Application Uses

    AFETY NFORMATION NTENDED PPLICATION [7.1.29] Restricted Access Location: The server is intended for installation only in a Server Room or [7.1.17] Indicates hot components or surfaces. Computer Room where both these conditions [7.1.16] apply: [7.1.18] access can only be gained by SERVICE PER- ...

  • Page 283: Site Selection

    AFETY NFORMATION QUIPMENT ANDLING RACTICES [7.1.34] Equipment Handling [7.1.32] Site Selection Practices [7.1.33] The system is designed to operate in a typical office environment. Choose a site that is: [7.1.35] Reduce the risk of personal injury or equipment dam- Clean, dry, and free of airborne particles (other than nor- age: ...

  • Page 284: Power Cord Warnings

    AFETY NFORMATION QUIPMENT ANDLING RACTICES [7.1.43] Power Cord Warnings CAUTION! [7.1.38] D O NOT ATTEMPT TO MODIFY OR USE AN POWER CORD IF IT IS NOT THE EXACT TYPE REQUIRED SEPARATE CORD IS [7.1.44] If an AC power cord was not provided with your prod- REQUIRED FOR EACH SYSTEM POWER SUPPLY uct, purchase one that is approved for use in your country.

  • Page 285: System Access Warnings

    AFETY NFORMATION YSTEM CCESS ARNINGS CAUTION! [7.1.51] I [7.1.49] System Access Warn- F THE SERVER HAS BEEN RUNNING ANY INSTALLED PRO CESSOR AND HEAT SINK MAY BE HOT ings CAUTION! [7.1.52] U NLESS YOU ARE ADDING OR REMOVING A HOT PLUG COMPONENT ALLOW THE SYSTEM TO COOL BEFORE OPENING THE...

  • Page 286: Rack Mount Warnings

    AFETY NFORMATION OUNT ARNINGS [7.1.54] Rack Mount Warnings ment in an environment compatible with the maximum ambient temperature (Tma) specified by the manufacturer. [7.1.62] Reduced Air Flow - Installation of the equipment in a [7.1.55] The following installation guidelines are required by UL rack should be such that the amount of air flow required for safe for maintaining safety compliance when installing your system operation of the equipment is not compromised.

  • Page 287: Electrostatic Discharge (Esd)

    (ESD) AFETY NFORMATION LECTROSTATIC ISCHARGE [7.1.67] Electrostatic Discharge [7.1.70] Other Hazards (ESD) [7.1.71] Battery Replacement CAUTION! CAUTION! [7.1.68] ESD CAN DAMAGE DRIVES BOARDS AND OTHER PARTS [7.1.72] T HERE IS THE DANGER OF EXPLOSION IF THE BATTERY IS E RECOMMEND THAT YOU PERFORM ALL PROCEDURES AT AN INCORRECTLY REPLACED HEN REPLACING THE BATTERY WORKSTATION...

  • Page 288: Cooling And Airflow

    AFETY NFORMATION THER AZARDS [7.1.76] Cooling and Airflow CAUTION! [7.1.77] C AREFULLY ROUTE CABLES AS DIRECTED TO MINIMIZE AIR FLOW BLOCKAGE AND COOLING PROBLEMS OR PROPER COOLING AND AIRFLOW OPERATE THE SYSTEM ONLY WITH THE CHASSIS COV ERS INSTALLED PERATING THE SYSTEM WITHOUT THE COVERS IN PLACE CAN DAMAGE SYSTEM PARTS O INSTALL THE COVERS Check first to make sure you have not left loose tools or...
  • Page 289 [8.0.1] Regulatory and Compliance Information Chapter 8...

  • Page 290: Product Regulatory Compliance Markings

    EGULATORY AND OMPLIANCE NFORMATION RODUCT EGULATORY OMPLIANCE ARKINGS [8.1.1] Product Regulatory Compliance Markings [8.1.3] Product Regulatory Compliance Markings (Continued) [8.1.2] This product is marked with the following product certifi- [8.1.16] VCCI cation markings: [8.1.17] Ja Marking (Class A) [8.1.3] Product Regulatory Compliance Markings [8.1.4] R EGUL [8.1.5] R...

  • Page 291: Electromagnetic Compatibility Notices

    EGULATORY AND OMPLIANCE NFORMATION LECTROMAGNETIC OMPATIBILITY OTICES [8.2.27] Electromagnetic Compatibility Notices [8.2.28] FCC Verification State- Connect the equipment to an outlet on a circuit other than  the one to which the receiver is connected. ment (USA) Consult the dealer or an experienced radio/TV technician ...

  • Page 292: Europe (Ce Declaration Of Conformity)

    (CE D EGULATORY AND OMPLIANCE NFORMATION UROPE ECLARATION OF ONFORMITY [8.2.34] Europe (CE Declaration [8.2.39] BSMI (Taiwan) of Conformity) [8.2.40] The BSMI Certification Marking and EMC warning is located on the outside rear area of the product [8.2.35] This product has been tested in accordance too, and complies with the Low Voltage Directive (73/23/EEC) and EMC Directive (89/336/EEC).

  • Page 293: Restriction Of Hazardous Substances (Rohs) Compliance

    / or take-back. [8.2.46] Quanta® Computer Inc. has a system in place to restrict the use of banned substances in accordance with the European Directive 2002/95/EC. Compliance is based on dec-...

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