I/O Board / I/O Function Card / Memory / Processor - Component Locations (Netfinity 7000-M10 - Type 8680)

I/O Board / I/O Function Card / Memory / Processor - Component Locations
Netfinity 7000-M10 - Type 8680

< See picture I/O Board Component Locations
1 System Reset jumper (J8)
(Same as front panel reset)

2 Force PCI power-on for slot 11 jumper (J9)
(For use with PCI cards w/o PCI presence detect)

3 Force System Power jumper (J7)
(With jumper installed, will power-on
regardless of state of front panel)

4 IDE connector
5 System-management adapter slot
6 USB 1 and USB 2 port connectors
7 I/O function card slot
8 Hot-plug 32-bit PCI slots 11-12 (bus C)
9 Hot-plug 32-bit PCI slots 6-10 (bus B)
10 Hot-plug 64-bit PCI slots 1-5 (bus A)

11 Attention LED for PCI slot
12 Attention LED for PCI slot
13 Power LED for PCI slot

14 I/O Board LEDs

< See picture I/O Function Card Component Locations
1 External SCSI connector (channel A)
2 Battery
3 Internal SCSI connector (channel B)
4 Operator panel connector
5 Diskette drive connector
6 Password override jumper (J17)
7 Flash page swap jumper (J16)
8 Parallel port connector
9 Videoport connector
(The video port connector is behind the
parallel port connector)

10 Serial port A and B connectors
11 Keyboard and mouse connectors
(The keyboard connector is behind the
mouse connector)

12 Advanced Remote Mgmt Controller connector (J42)

< See picture Memory Board Component Locations
1 DIMM error LEDS
2 DIMM connectors
3 Processor board connector

You can increase the amount of memory in the server by installing memory module kits.
Each kit contains four industry-standard, dual inline memory modules (DIMMs).
The server uses 50ns, 168-pin, error correction code (ECC), DIMMs.
60ns DIMMS are not supported.

Notes:

  1.  The memory module sizes available for the server are 32MB, 64MB, 128MB, and 256MB.
     At a minimum, the server requires four 32MB DIMMs in bank 1.
  2.  The preinstalled memory board contains banks 1-4. The optional memory  board contains banks 5-8.
     Install additional memory in bank 2, then bank 3, and continue in numeric sequence.
     This is a guidline but it is not required to populate banks in this order.
  3.  All the DIMMs installed in a bank must be the same size and speed, but  each bank can have different sized DIMMs installed.
  4.  The server comes with one memory board and one terminator board preinstalled.  The memory board contains four banks arranged in 16 DIMM connectors and supports  4-way memory interleaving.

     You can replace the terminator board with an optional memory board containing an  additional 16 DIMM connectors.

  5.  Installing or removing memory modules changes the configuration of the server.  Therefore, after installing or removing a DIMM, save the new configuration information  in the Configuration/Setup Utility program.
     When you restart the server, the system displays a message indicating that the  memory configuration has changed. Start the Configuration/Setup Utility program  and select Save Settings.
  6.  Consider the memory expansion that is available with the DIMM size you are installing.


Memory Expansion 

DIMM Size 16 Connectors
(1 Card)
32 Connectors
(2 Cards)
32 MB 512 MB 1 GB
64 MB 1 GB 2 GB
128 MB 2 GB 4 GB
256 MB 4 GB 8 GB 1


1 Requires greater than 32-bit operating system memory support, or device driver support.


The server provides two features that increase memory access speed, address bit permuting (ABP) and card-to-card (C2C).

Notes:

  1.  BIOS automatically, enables ABP, C2C, or ABP and C2C together, depending on  the memory configuration.
  2.  ABP can function without replacing the terminator board with an optional memory bord.
     C2C provides better performance but requires DIMMs in both memory boards.
     C2C and ABP together provide the best performance.


Configurations for Memory Enhancement Features 

Memory Enhancement Configuration
2-Way ABP Same size memory in banks:
1 and 2
3 and 4 (if populated)
5 and 6 (if populated)
7 and 8 (if populated)
4-Way ABP Same size memory in banks:
1, 2, 3 and 4
5, 6, 7 and 8 (if populated)
C2C only Same size memory in banks:
1 and 5
2 and 6 (if populated)
3 and 7 (if populated)
4 and 8 (if populated)
C2C and 2-Way ABP Same size memory in banks:
1, 2, 5 and 6
3, 4, 7 and 8 (if populated)
C2C and 4-Way ABP Same size memory
in all banks.

< See picture Processor Board Component Locations
1 Memory board slot 1 connector
(primary slot)

2 Memory board slot 2 connector
(secondary slot)

3 Microprocessor core frequency
selection jumper block (J43-J46)

4 Processor board power-good LED

5 Microprocessor voltage-regulator
connectors for microprocessor 4

6 Microprocessor voltage-regulator
connectors for microprocessor 3

7 Left LED = ERR 0, Right LED = ERR 1

8 Microprocessor voltage-regulator
connectors for microprocessor 2

9 Microprocessor voltage-regulator
connectors for microprocessor 1

10 Microprocessor termination LED
11 Power-good test jumper J5 (default pins 1-2)
12 Microprocessor voltage-regulator LEDs

13 Microprocessor bus activity LED for
microprocessor 4
14 Microprocessor bus activity LED for
microprocessor 3
15 Microprocessor bus activity LED for
microprocessor 2
16 Microprocessor bus activity LED for
microprocessor 1

17 2.5 Volt power-good LED
18 Power backplane connector


Note: If more than one Pentium® II-XEON is installed, be sure
that the XEON processor with lowest stepping level is installed in Microprocessor 1 socket.

19 Microprocessor 1 socket
20 Microprocessor 2 socket
21 Microprocessor 3 socket
22 Microprocessor 4 socket

23 I/O board connector


Processor Board Jumpers 

  If the microprocessor bus-to-core ratio
is incorrect, board components will overheat and component damage might occur.
Be sure that the microprocessor bus-to-core ratio jumpers are properly set.


Note: The following is the correct jumper description.
(Jumper-settings found in User's Guide for 7000-M10  are incorrect - and will be changed).

Microprocessor Core Frequency Selection Jumper Settings  (J43-J46)

Processor
Bus speed
MHz
Core/Bus
fraction
J43
Jumper
J44
Jumper
J45
Jumper
J46
Jumper
400/100 4 2-3 1-2 1-2 1-2
450/100 4.5 2-3 1-2 2-3 1-2
500/100 5 2-3 2-3 1-2 1-2
550/100 5.5 2-3 2-3 2-3 1-2


Notes:

  1.  Turn off the server, and disconnect the power cord before moving  any jumpers.
  2.  Be sure the microprocessor bus-to-core ratio is set correctly.
     For example, if you have a 450 MHz microprocessor installed and the system bus speed is  100 MHz (the default), be sure that the jumpers are set to a bus-to-core ratio of 4.5  (450-100), refer to jumpers J43-J46 (above).
  3.  Be sure to set the Microprocessor Core Frequency Selection jumper block for the  slowest speed microprocessor installed in the server.
     For example, if the server has a 400 MHz microprocessor installed and you install three  450 MHz microprocessors, set the Microprocessor Core Frequency Selection block for the  400 MHz microprocessor.

     MHz denotes internal clock speed of the microprocessor only, other factors also affect  application performance.


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