Intel(R) Corporation

Intel® Server Board SCB2

The products you are looking for are no longer manufactured by Intel. Additionally, Intel no longer provides interactive support for these products via telephone or e-mail, nor will Intel provide any future content updates or software updates to support new operating systems or improve compatibility with third party devices and software products.

THESE PRODUCT SUPPORT DOCUMENTS ARE PROVIDED FOR HISTORICAL REFERENCE ONLY AND ARE SUBJECT TO THE TERMS SET FORTH IN THE "TERMS OF USE" INFORMATION.

Information on currently available Intel products is available at www.intel.com and/or developer.intel.com


Identify your product
Product Discontinuance Announcement
Intel® will no longer provide interactive support for these products via telephone or e-mail.

Software and drivers
BIOS/Firmware, drivers, and utilities

Technical specifications
Technical Product Specifications
Product overview, including descriptions and diagrams of the integrated features.
icon Technical Product Specifications [PDF]

Specification update
An update to the specifications contained in the Technical Product Specification.
icon Specification Update [PDF]

Installation and Use
3 Continuous Beeps on POST
3 continuous beeps or Diagnostic LED pattern, Red Red Green Amber indicates a memory problem. Ensure RAM is installed in pairs in the corresponding banks, for example bank 1a and 1b.

Adapter Teaming
Intel® Server Management and Adapter Teaming are not compatible with each other. A third network adapter is necessary if you require both management and a teamed network interface.

Beep Code 1-1-1-1, or no video
Install memory in pairs: 1A and 1B, 2A and 2B, or 3A and 3B.

Cannot Boot From IDE HD if CD-ROM Is Set As Master
If the slimline CD-ROM is hard coded to Master, set the IDE hard drive to slave.

Chassis Datasheets
California PC Products 8L7A00 icon 8L7A00.PDF
California PC Products 8L8A00 icon 8L8A00.PDF
Chenbro RM21200 icon RM21200.PDF
Advanced Industrial Computer RMC1F icon RMC1F.PDF
Advanced Industrial Computer RMC1P icon RMC1P.PDF
Advanced Industrial Computer RMC1Q icon RMC1Q.PDF
Advanced Industrial Computer RMC2D icon RMC2D.PDF
Advanced Industrial Computer RMC2F icon RMC2F.PDF
Advanced Industrial Computer RMC2Q icon RMC2Q.PDF
Ci Design RS2600icon  RS2600.PDF

Configuration and Usage of RJ-45 Serial Ports

The Intel(R) Server Board SCB2 implements a serial port using an RJ-45 connector rather than the more traditional DB-9 connector. The RJ-45 serial connector found in the I/O area of the board is designed to work with a serial concentrator or modem device. There are jumper settings immediately adjacent to the RJ-45 serial connector on the board. By default, the jumpers are set to work with a Cisco* standard serial concentrator using the DSR signal. In order to configure the port to use a modem or other standard serial device, the jumpers need to be set for DCD communication.

Refer to the Intel Server Board SCB2 Product Guide for details.

If the Intel Server Board SCB2 is integrated with either the Intel(R) Server Chassis SR1200 or Intel(R) Server Chassis SR2200, a front RJ-45 serial connector is available. This connector is set up to support PC to PC communication only. The purpose for this connector is for quick access to the server management capabilities of the Intel Server Board SCB2 system using a ""crash cart"" or similar PC running the server management software. This port, if used, will disable the rear serial port until the cable has been removed. For customers needing a converter from RJ-45 to DB-9, an accessory kit including adapters for DCD, DSR and PC to PC communication, the order code for this kit is AXXRJ45DB9.



Configuring a RAID Array using the on-board Promise* ATA RAID Controller
When the Promise* FastTrack100™ BIOS screen appears, press CTRL+F to go to the setup screen.
"Optimize Array for Performance" creates a RAID 0.
"Optimize Array for Capacity" creates a span.
"Optimize Array for Security" creates a RAID 1.
"Create & Duplicate" copies the master disk to the slave, useful for mirroring existing data.


Do Not Attach a Processor Heatsink to the Processor Terminator
The Intel® Server Board SCB2 requires a processor terminator when integrating a single processor. Do not attach a heatsink.

Dual SCSI Channels
A zero-channel RAID controller cannot create a single array across both connectors. The arrays are on separate channels.

Error: VBAT Sensor 17 - Voltage Error
Also seen as "Sensor 17" or "Voltage error out of range" errors in the SEL. Remove and replace the CMOS battery.

Error: "8307: BIOS/POST watchdog system failure"

The BIOS Boot Block was not updated before the operational code. Type the following commands at the DOS prompt:

A> IFLASH.EXE /P P10-0039.BBO
A> 1.BAT


Error: "gdk-error**: fatal IO error 104 [connection reset by peer] on xserver:1"
Select "Text Installation Only" if installing Red Hat* Linux* 7.1 with no mouse connected. Xserver cannot start without a mouse being connected.

Error: "Warning - FastTrak does not detect proper interrupts"
The server may hang while booting with an error: "Warning - FastTrak does not detect proper interrupts. Please check your PCI IRQ setup and make sure the PCI slot support Bus Mastering operations." if the Pause key was pressed, while the Promise* option ROM loads. Do not attempt to pause during this load.

Fan headers
Fan # Fan Control? Usage
Sys3 Yes System tachometer fans
CPU2 No Processor fan sink
Sys2 Yes System tachometer fans
CPU1 No Processor fan sink
Sys1 Yes System tachometer fan
Aux No Non-Intel chassis or non tachometer fans
Fan Pack Yes Intel SR1200 server chassis fan pack


How To Set Up LAN Alerts
Boot to the System Setup Utility (SSU) from either the Service Partition or the System Resource CD supplied with your server board. Select Utilities | System Setup Utility | Platform Event Manager | Configure LAN

Product Guides
English icon SCB2_PG.PDF
Simplified Chinese icon PG_SCH.PDF
Spanish icon PG_SP.PDF


Quick Start Guides
English icon SCB2_QSG.PDF
French icon QSG_FR.PDF
Italian icon QSG_IT.PDF
German icon QSG_GER.PDF
Spanish icon QSG_SP.PDF
Brazilian Portugese icon QSG_BP.PDF
Korean icon QSG_KOR.PDF
Simplified Chinese icon QSG_SCH.PDF


Removing the Reserve Sector of an IDE Hard Drive on the Promise* FastTrak100
Symptoms

Unable to partition or format a drive successfully.
When attempting to remove a partition with FDISK the volume name is unreadable, making it impossible to complete the removal.
Problems with reading and writing to the drives or array, such as fatal errors or corruption.
Array constantly goes into Critical or Off-line Mode during a reboot.
Problems rebuilding mirrors (RAID 1) and mirror/stripe (RAID 0+1)

Cause

When any array is created using the Promise* FastTrak100 RAID Controller, a reserve sector is placed on each drive that belongs to the newly created array. This reserve sector allows the Promise* FastTrak100 to identify which drives belong to which array. The reserve sector also contains file allocation information that is needed for reading and writing to any array. The reserve sector can become corrupt or bad from time to time causing any number of issues to arise.

Solution

To clean up a corrupt or bad reserve sector, you must remove the reserve sector, then rebuild the reserve sector by recreating or rebuilding the array.

*When removing the reserve sector on drives that belong to any mirror, you should remove the reserve sector from the ""mirror"" drive first. Remove the reserve sector on the master drive as a last resort. If the reserve sectors on both disks are removed, data will be unrecoverable.

**Removing the reserve sector from any drive that belongs to a stripe set will result in a non-functional array and data loss.

  1. When the FastTrak100 BIOS comes up, press CTRL-F to enter the BIOS.
  2. Press 2 to "View Drive Assignments".
  3. Using the arrow keys, highlight the first drive.
  4. Press ALT-F1. The highlighted drive will start blinking on the screen.
  5. Press CTRL-TAB and a message will appear that says the reserved sector (which is where array information is kept) on the disk will be wiped. Press "Y" to confirm.
  6. Do this for each member of the particular array that is having a problem.
  7. When finished, hit the ""ESC"" key twice to reboot.
  8. After rebooting re-enter the FastTrack100* BIOS and rebuild or recreate the array.


Single Drive Jumpered As Slave Not Seen
Promise* FastBuild will allow creation of an array on a single drive, jumpered as slave. However, the operating system driver will fail to locate any hard drives. Configure the single drive as a master device.

Some USB Devices Prevent Booting
Remove the USB device from the port while booting, and reconnect the device after the OS has finished loading.

Spares/Parts List and Configuration Guide
icon  scb2_sr1200_sr2200_config_guide.pdf

System Event Log #83
The BMC logs one or two system boot events in the SEL when the BIOS finishes POST. These messages are normal.

Troubleshooting Guide
icon  SCB2_TSG.PDF

Compatibility
Tested Chassis
Intel SR1200 (ATA)
Intel SR1200 (SCSI)
Intel SR2200
Advanced Industrial Computer (AIC)* RMC2D
Advanced Industrial Computer (AIC) RMC1P
Advanced Industrial Computer (AIC) RMC1F
Advanced Industrial Computer (AIC) RMC2F
Advanced Industrial Computer (AIC) RMC1Q
Advanced Industrial Computer (AIC) RMC2Q
Amaquest / eTrunk* RM-210-04S
California PC* 8L7A00 (SCSI)
California PC 8M1A00 (SCSI)
California PC 8L8A00 (SCSI)
California PC 8M4A00 (ATA)
Chenbro* RM21200
Chenbro RM11200
CiDesign* RS2600
CiDesign RS1300"


Tested Hard Drives on SR1200
Manufacturer Connector Interface Type Product Family Model Number RPM Interface Capacity (GB) Firmware Version Operating Systems
Fujitsu SCA (Hot Swap) AL-8LE MAP3147NC 10,000 U320 147 0105 1,3,4,5
Fujitsu SCA (Hot Swap) AL-8LE MAP3735NC 10,000 U320 73 0105 1,3,4,5
Fujitsu SCA (Hot Swap) AL-8LE MAP3367NC 10,000 U320 36 0105 1,3,4,5
Fujitsu SCA (Hot Swap) AL-7LE MAN3184MC 10,000 U160 18 0109 1,2,3,4,5
Fujitsu SCA (Hot Swap) AL-7LE MAN3367MC 10,000 U160 36 0109 1,2,3,4,5
Fujitsu SCA (Hot Swap) AL-7LE MAN3735MC 10,000 U160 73 0109 1,2,3,4,5
Fujitsu SCA (Hot Swap) AL-7LX MAM3184MC 15,000 U160 18 0106 1,2,3,4,5
Fujitsu SCA (Hot Swap) AL-7LX MAM3367MC 15,000 U160 36 0106 1,2,3,4,5

Tested on:

 Microsoft Windows* 2000 Advanced Server (SP2)
Microsoft Windows NT* 4 (SP6)
Novell NetWare* 5.1 (SP2a)
SCO UnixWare* 7.1.1
Red Hat* Linux 7.1
Manufacturer Connector Interface Type Product Family Model Number RPM Interface Capacity (GB) Firmware Version Operating Systems
IBM SCA (Hot Swap) Ultrastar 36Z15 IC35L036UCPR15X 15,000 U160 36 S80D 1,2,3,4
IBM SCA (Hot Swap) Ultrastar 36Z15 IC35L018UCPR15X 15,000 U160 18 S80D 1,2,3,4
IBM SCA (Hot Swap) Ultrastar 73LZX IC35L073UCD210 10,000 U160 73 S5BA 1,2,3,4
IBM SCA (Hot Swap) Ultrastar 73LZX IC35L036UCD210 10,000 U160 36 S5BA 1,2,3,4
IBM SCA (Hot Swap) Ultrastar 73LZX IC35L018UCD210 10,000 U160 18 S5BA 1,2,3,4
IBM SCA (Hot Swap) Ultrastar 73LZX IC35L009UCD210 10,000 U160 9 S5BA 1,2,3,4
IBM 40-pin ATA Deskstar 180GXP IC35L180AVV207* 7200 ATA/100 180 A63A 1,5
IBM 40-pin ATA Deskstar 180GXP IC35L120AVV207* 7200 ATA/100 120 A63A 1,5
IBM 40-pin ATA Deskstar 180GXP IC35L090AVV207* 7200 ATA/100 80 A63A 1,5
IBM 40-pin ATA Deskstar 180GXP IC35L060AVV207* 7200 ATA/100 60 A63A 1,5
IBM 40-pin ATA Deskstar 180GXP IC35L030AVV207* 7200 ATA/100 30 A63A 1,5
IBM 40-pin ATA Deskstar 120GXP IC35L120AVVA07* 7200 ATA/100 120 A50K 1,5
IBM 40-pin ATA Deskstar 120GXP IC35L100AVVA07* 7200 ATA/100 100 A50K 1,5
IBM 40-pin ATA Deskstar 120GXP IC35L080AVVA07* 7200 ATA/100 80 A50K 1,5
IBM 40-pin ATA Deskstar 120GXP IC35L060AVVA07* 7200 ATA/100 60 A50K 1,5
IBM 40-pin ATA Deskstar 120GXP IC35L040AVVA07* 7200 ATA/100 40 A50K 1,5
IBM 40-pin ATA Deskstar 120GXP IC35L020AVVA07* 7200 ATA/100 20 A50K 1,5

Tested on:

 Microsoft Windows* 2000 Advanced Server (SP1)
Red Hat* Linux 7.2
Novell NetWare* 5.1
SCO UnixWare* 7.1.1
Red Hat* Linux 7.1
Note Maximum single partition size is 137GB.

Manufacturer Connector Interface Type Product Family Model Number RPM Interface Capacity (GB) Firmware Version Operating Systems
Maxtor SCA (Hot Swap) Atlas 10K IV 8B146J0 10,000 U320 146 NSDFE0 1,2,3
Maxtor SCA (Hot Swap) Atlas 10K IV 8B073J0 10,000 U320 73 NSDFE0 1,2,3
Maxtor SCA (Hot Swap) Atlas 10K IV 8B036J0 10,000 U320 36 NSDFE0 1,2,3

Tested on:

 Microsoft Windows 2000* Advanced Server (SP2)
Novell NetWare* 6.0 (SP2)
Red Hat* Linux 7.3
Manufacturer Connector Interface Type Product Family Model Number RPM Interface Capacity (GB) Firmware Version Operating Systems
Seagate ATA Barracuda ATA IV ST320011A 7,200 ATA/100 20   1,2,3,5,6
Seagate ATA Barracuda ATA IV ST340016A 7,200 ATA/100 40   1,2,3,5,6
Seagate ATA Barracuda ATA IV ST360021A 7,200 ATA/100 60   1,2,3,5,6
Seagate ATA Barracuda ATA IV ST380021A 7,200 ATA/100 80   1,2,3,5,6
Seagate SCA (Hot Swap) Cheetah 10K.6 ST336607LC 10,000 U320 SCSI 36 001 1,3,4
Seagate SCA (Hot Swap) Cheetah 10K.6 ST373307LC 10,000 U320 SCSI 73 001 1,3,4
Seagate SCA (Hot Swap) Cheetah 10K.6 ST3146807LC 10,000 U320 SCSI 146 001 1,3,4
Seagate SCA (Hot Swap) Cheetah 36ES ST336706LC 10,000 U160 SCSI 36 010A 1,2
Seagate SCA (Hot Swap) Cheetah 36ES ST318406LC 10,000 U160 SCSI 18 010A 1,2
Seagate SCA (Hot Swap) Cheetah X15 - 36LP ST336752LC 15,000 U160 SCSI 36 0004 1,2
Seagate SCA (Hot Swap) Cheetah X15 - 36LP ST318452LC 15,000 U160 SCSI 18 0004 1,2
Seagate SCA (Hot Swap) Cheetah 73LP ST373405LC 10,000 U160 SCSI 73 0003 1,2
Seagate SCA (Hot Swap) Cheetah 73LP ST336605 10,000 U160 SCSI 36 0003 1,2
Seagate SCA (Hot Swap) Cheetah 15k.3 ST373453LC 15,000 U320 SCSI 73 002 1,3,4
Seagate SCA (Hot Swap) Cheetah 15k.3 ST336753LC 15,000 U320 SCSI 36 002 1,3,4
Seagate SCA (Hot Swap) Cheetah 15k.3 ST318453LC 15,000 U320 SCSI 18 002 1,3,4

Tested on:

Microsoft Windows 2000 Advanced Server*
Red Hat* Linux 7.1
Novell NetWare* 6.0
Red Hat* Linux 7.3
Red Hat* Linux 7.2
Novell NetWare* 5.1


Tested Hardware and Operating Systems
Microsoft Windows* 2000 Advanced Server Service Pack 1
Novell NetWare* 5.1 SP2a
Novell Netware* 6.0
SCO Unixware 7.1.1
Red Hat Linux* 7.1
Red Hat Linux* 7.2
icon SR2200_SCB2_HWOS.PDF


Tested Memory

The board has 6 DIMM sockets and supports up to 6 GB of Registered ECC PC133 memory using six 72 bit DIMM modules. Supported features:

133 MHz, Registered ECC PC-133 compatible 3.3V registered SDRAM modules (in compliance with the PC-133 Registered DIMM Specification)
DIMMs with capacity of 64MB, 128MB, 256 MB, 512 MB and 1G
Minimum configuration 128MB, using two 64MB DIMMs
icon scb2memlistrev43.pdf

Tested Processors
The board supports Multiprocessor Specification (MPS) 1.14
The board requires a processor terminator when using a single processor. Do not attach a processor heatsink to the processor terminator.

Boxed Processors

Speed (MHz) Order # MM# S-spec Stepping CPUID L2 Cache Size
1.13 GHz-S BX80530C1133512 836384 SL5LV tA1 06B1 512K
1.26 GHz-S BX80530C1266512 836583 SL5LW tA1 06B1 512K
1.4GHz/133 BX80530C1400512 843849 SL657 tA1 06B1h 512K

Tray Processors

Speed (MHz) Order # MM# OEM Test
Specification(S-spec)		 Stepping CPUID L2 Cache Size
1.0 GHz RK80533PZ001256 836606 SL5QJ cD0 068A 256K
1.13 GHz-S RK80530KZ006512 836716 SL5PU tA1 06B1 512K
1.26 GHz-S RK80530KZ012512 836721 SL5QL tA1 06B1 512K
1.4GHz/133 RK80530KZ017512 838253 SL5XL tA1 06B1h 512K


Technical advisories
TA 0433: Adding a service partition to an ATA RAID array
icon TA_433_4.PDF

TA 0515: Incorrect Update Instructions for BMC Firmware 50
icon TA_515_2.PDF

TA 0550: Erroneous Temperature Readings from Onboard Thermal Sensors
icon TA_550_1.PDF

TA 0625: BIOS Flash Chip Not Fully Write Protected
icon TA_625.PDF

TA 0633: OS RAID Management Available
icon TA_633.PDF



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