Issue June 01, 2008
Product SPARC® Enterprise M5000
SPARC® Enterprise M5000
Server
Pages 38
SPARC® Enterprise M5000 Configuration Diagram
„ New products: M5000-GR20, M5000-CL09-PI01, M5000-CL10-PI01, M5000-CL11-12-PI01
„ Withdrawn products:
„ Some minor corrections: Chapter “Mounting additional Memory with different sizes”
SystemArchitect PRIMEPOWER (PW) Hotline
For further questions related to configurations for SE M5000 Systems with PC-ARCHITECT or SYSTEM-ARCHITECT
do not hesitate to get in contact with SystemArchitect PRIMEPOWER (PW) Hotline:
Please add the respective configuration file (SAR-FILE)!
Picture SPARC® Enterprise M5000 server
Picture I/O Box for PCI expansion
Product Facts ⏐ Issue: June 01, 2008 ⏐ Product: SPARC® Enterprise M5000
Page 3 / 38
Recommended 19"- rack PRIMECENTER 2 with 1100 mm depth
24 HU height
38 HU height
46 HU height
+ 2 x 2 HU vertical
S26361-K826-V212
+ 3 x 2 HU vertical
S26361-K826-V213
+ 4 x 2 HU vertical
S26361-K826-V214
„ SPARC® Enterprise M5000 servers can be mounted in PCR2 Rack versions
with 1100 mm depth.
„ If the mounting kits do NOT fit to the required rack, please order additional kits
separately. For more details refer to the Product Facts: PrimeCenter Rack-
Design Guide and Configuration PrimeCenter Rack.
„ To integrate a server or I/O-Box into a Rack by Factory additional Order
numbers are mandatory (see chapter “Rack integration order numbers”)!
„ Safety Attention:
„ To mount an M5000 server into a rack you have to take notice for the rules
which are described in the “Installation Guide” for Form factor models.
„ M5000 System Base Unit is only allowed to be mounted up to Rack height
unit 27 (lowest system height unit)
Up to 3 x M5000 serves in a common Rack are allowed!
Primecenter_24
Primecenter_38
Primecenter_46
Installation of PRIMEPOWER servers and SPARC® Enterprise Servers in other 19" racks than PCR2 is supported only, if „the
PRIMEPOWER - Rack Installation Guidelines for PRIMEPOWER systems“ are fulfilled.
For more information see the FSC extranet at:
Product Facts ⏐ Issue: June 01, 2008 ⏐ Product: SPARC® Enterprise M5000
Page 4 / 38
Overview M4000 and M5000
SPARC® Enterprise M4000
SPARC® Enterprise M5000
Enclosure
CPU / Processor Chips (multi-core,
multi-thread (VMT))
Rack 6U
4 x 2.15GHz SPARC®64VI
(2 per module)
Rack 10U
8 x 2.15GHz SPARC®64VI
(2 per module)
Cores / Threads per System
Cores / Threads per processor Chip
Primary Cache per core
SLC (Second Level Cache) per
Processor Chip (2 cores)
MBU (Mother Board unit)
8 / 16
16 / 32
2 / 2
Instruction 128 KB / Data 128 KB
5 MB
2 CPU Modules
(each 2 CPU chips on CPU Module)
4 CPU Modules
(each 2 CPU chips on CPU Module)
8 Memory Boards
4 Memory Boards
(each 8 slots DDR-II SDRAM)
(each 8 slots DDR-II SDRAM)
Max. Memory by using max DIMMs
max DIMM Slots (DDR-II)
128 GB
32
256 GB
64
Memory per expansion unit
8GB, 16GB or 32 GB
(8 DIMMs per unit)
Multi domains (partitions)
2
4
Minimum domain configuration
Memory RAS feature
1 CPU chip, 8 DIMMs, 2 PCI-Express slots at the smallest
ECC, Advanced ECC
IOU (I/O Unit, hereafter called I/O board)
2
1
(second IOU is expansion)
Internal PCI Slots
4 PCI-E (8 lanes per PCI slot)
8 PCI-E (8 lanes per PCI slot)
1 PCI-X (133MHz)
2 PCI-X (133MHz)
Max. Internal Disks (2.5”SAS)
Removal media
2
4
DVD (Standard); DAT (Option)
On-board GbE port 1000Base-T
On-board Serial
External IO exp.
2
4 (2 on each IOU)
-----
Yes
Max. Number of IO-Boxes
2 Boxes (each max 12 PCI slots)
mounted to 1 IOU,
4 Boxes (each max 12 PCI slots)
mounted to 2 IOU,
occupies 4 internal PCI-E slots
occupies 8 internal PCI-E slots
Max. Number of PCI slots
(internal plus I/O-Boxes
Redundant parts
25
50
HDD*, PSU, FAN, PCI-Cards*, DIMMs**
(*Software support & consideration on configuration are required;
**Memory Mirror function)
Hot-replacable parts (Hot swap)
Dynamic degradation
HDD, PSU, FAN, PCI-cards, I/O-Boxes, DAT
CPU chips, memory, power supply units, fans, HDDs,
PCI cards (only in multi-path configuration)
XSCF
RAS Management
RAS features
All major components can be automatically deconfigured after rebooting,
Deconfiguration minimizes system impact in case of an uncorrectable error
Finer granularity to prevent propagation of errors
Buses between ASICs are protected by ECC
Memory mirroring (optional)
XSCF - Interfaces
2 LAN interface 100Base-TX (RJ45)
1 serial port RS232 (RJ45)
1 RCI interface, Fujitsu/FSC proprietary interface
1 USB port (for service only)
Product Facts ⏐ Issue: June 01, 2008 ⏐ Product: SPARC® Enterprise M5000
Page 5 / 38
System Architecture
PRIMECENTER 2 Rack
deep 1100mm
PC
LAN
Console
24U, 38U, 46U
SPARC Enterprise M5000
Basic Config up to 8x CPU (up to 16 core) / 256 GB MEM / 4x Hard disk /
2x PCI-X and 8x PCI-express slot
10U
Solaris
PC
Up to 8 CPU, 4 Module (SPARC64 VI). Up to 16 core (2 Threads
per core)
CPU order#
2.15GHz / 5MB SLC for 1 CPU (2 cores)
Type
Serrial
Management
LAN HUB
or
SEL[XY]1A1U
2 CPU, 2.15GHz on a Processor Module
CPU Module
CPU Module
LAN-Management
10/100 BaseT copper
CPU
CPU
CPU
CPU
CPU
CPU
CPU Module
CPU Module
This picture is an overall view only.
CPU
CPU
Not all order numbers are inplemented in this picture.
To follow the rules of the configuration diagram is mandatory!
Main Memory options: up to 256 GB within 4GB DIMMs
MEM order#
Type
SEL[XY]2A1U
SEL[XY]2B1U
SEL[XY]2C1U
8 x 1 GB DIMM
8 x 2 GB DIMM
8 x 4 GB DIMM
1 G-bit LAN Contr. PCI-e
2 port UTP (copper)
(X)7280A-2
U320 SCSI-Contr. PCI-e
LVD 2 port SG-
(X)PCIE2SCSIU320Z
or
.
Memory
Board
MEM MEM MEM MEM MEM MEM MEM MEM
MEM MEM MEM MEM MEM MEM MEM MEM
MEM MEM MEM MEM MEM MEM MEM MEM
Memory
Board
1 G-bit LAN Contr. PCI-e
2 port MMF (optic)
(X)7281A-2
Crypto Accelerator 6000
PCI-e
Memory
Board
Memory
Board
(X)6000A
MEM MEM MEM MEM MEM MEM MEM MEM
MEM MEM MEM MEM MEM MEM MEM MEM
MEM MEM MEM MEM MEM MEM MEM MEM
MEM MEM MEM MEM MEM MEM MEM MEM
MEM MEM MEM MEM MEM MEM MEM MEM
Memory
Board
.
.
.
<-> means OR
Memory
Board
Fibre Channel 4Gb
Fibre Channel 4Gb
1 port
SG-(X)PCIE1FC-QF4
Memory
Board
1 port
Memory
Board
SG-(X)PCIE1FC-EM4
.
.
.
.
PCI-e (8 line)
PCI-e (8 line)
Internal I/O Board (standard) :
1 internal DVD (standard)
Fibre Channel 4Gb
2 port
Fibre Channel 4Gb
2 port
SG-(X)PCIE2FC-QF4
.
.
.
.
1 internal DAT (optional)
PCI-e (8 line)
PCI-e (8 line)
SG-(X)PCIE2FC-EM4
.
.
.
2 internal disk bays (standard),
Additional drives need to order the following HDD’s.
PCI-X (133MHz)
onboard 1 Gbit Copper LAN
SEP[XY]X3A11U
1 x 73GB 2,5” SAS 10k rpm
2 disk bays
onboard 1 Gbit Copper LAN
.
.
.
.
.
.
.
.
PCI-e (8 line)
PCI-e (8 line)
PCI-e (8 line)
PCI-e (8 line)
Second (Internal) I/O Board (optional) :
2 internal disk bays (standard),
Additional drives need to order the following HDD’s.
PCI-X (133MHz)
onboard 1 Gbit Copper LAN
onboard 1 Gbit Copper LAN
SEP[XY]X3A11U
1 x 73GB 2,5” SAS 10k rpm
2 disk bays
Fibre Channel 4Gb
1 port
SG-(X)PCI1FC-EM4-Z
Fibre Channel 4Gb
1 port
SG-(X)PCI1FC-QF4
Four PSU standard, 2 default plus 2 redundancy
PSU
PSU
PSU
PSU
.
.
SEN[YX]8BE1S I/O Expansion (PCI) Box (with 1 PCI-Express boat as standard)
OR SEN[YX]8BX1S I/O Expansion (PCI) Box (with 1 PCI-X boat as standard)
4U
4U
Fibre Channel 4Gb
Fibre Channel 4Gb
2 port
SG-(X)PCI2FC-QF4
2 port
First Boat Standard
Link Card Kit optional
SG-(X)PCI2FC-EM4-Z
PCI
Slot
PCI
Slot
PCI
Slot
PCI
Slot
PCI
Slot
PCI
Slot
.
Second Boat optional; SEN[YX]8TE1U as PCI-Express OR SEN[YX]8TX1U as PCI-X
Serial (RS232)
8 port
Link Card Kit optional
PCI
Slot
PCI
Slot
PCI
Slot
PCI
Slot
PCI
Slot
PCI
Slot
(X)2156A-2
SEN[YX]8BE1S I/O Expansion (PCI) Box (with 1 PCI-Express boat as standard)
OR SEN[YX]8BX1S I/O Expansion (PCI) Box (with 1 PCI-X boat as standard)
First Boat Standard
Link Card Kit optional
PCI
Slot
PCI
Slot
PCI
Slot
PCI
Slot
PCI
Slot
PCI
Slot
Second Boat optional; SEN[YX]8TE1U as PCI-Express OR SEN[YX]8TX1U as PCI-X
Link Card Kit optional
PCI
Slot
PCI
Slot
PCI
Slot
PCI
Slot
PCI
Slot
PCI
Slot
SEN[YX]8BE1S I/O Expansion (PCI) Box (with 1 PCI-Express boat as standard)
OR SEN[YX]8BX1S I/O Expansion (PCI) Box (with 1 PCI-X boat as standard)
4U
4U
First Boat Standard
Link Card Kit optional
PCI
Slot
PCI
Slot
PCI
Slot
PCI
Slot
PCI
Slot
PCI
Slot
Second Boat optional; SEN[YX]8TE1U as PCI-Express OR SEN[YX]8TX1U as PCI-X
Link Card Kit optional
PCI
Slot
PCI
Slot
PCI
Slot
PCI
Slot
PCI
Slot
PCI
Slot
SEN[YX]8BE1S I/O Expansion (PCI) Box (with 1 PCI-Express boat as standard)
OR SEN[YX]8BX1S I/O Expansion (PCI) Box (with 1 PCI-X boat as standard)
First Boat Standard
Link Card Kit optional
PCI
Slot
PCI
Slot
PCI
Slot
PCI
Slot
PCI
Slot
PCI
Slot
Second Boat optional; SEN[YX]8TE1U as PCI-Express OR SEN[YX]8TX1U as PCI-X
Link Card Kit optional
PCI
Slot
PCI
Slot
PCI
Slot
PCI
Slot
PCI
Slot
PCI
Slot
D:GPDS2-DN413
SCSI – HDD - JBOD
3U
or
or
UltraSCSI I/O module
UltraSCSI I/O module
7 disk bay
7 disk bay
D:GPDS2-SV30 Redundant PSU
3U
D:EPRCK-BG57 Peripheral Box 2x 2bay (1,6 inch hight) or
2x 1bay 3,2 inch hight)
For changeable media drives!
or
or
or
or
1,6 inch hight
1,6 inch hight
1,6 inch hight
1,6 inch hight
Product Facts ⏐ Issue: June 01, 2008 ⏐ Product: SPARC® Enterprise M5000
Page 6 / 38
Product Overview SPARC® Enterprise M5000
SPARC® ENTERPRISE M5000 is a midrange server developed using the expertise of Fujitsu and Sun Microsystems. It
has been designed to be the best choice in mission-critical computing solutions. High scalability comes from eight CPU
chips (16 cores) and is backed by exceptional reliability and excellent means for asset investment protection. Based on
SMP (Symmetric Multi Processing) architecture it delivers high scalability without change to applications.
Features
1. SPARC® ENTERPRISE M5000 is a scalable enterprise server.
•
•
•
Up to eight dual core CPU chips can be installed.
Up to 256 GB of memory and 50 I/O slots (when four I/O Boxes are connected) are supported for excellent scalability.
The maximum data transfer performance of 64 GB/s ensures excellent linear scalability up to 16 processor-cores in an
SMP configuration.
2. Dual-core SPARC®64 VI processors are used in this server.
•
•
90 nm copper wiring technology is used in the processor to provide higher performance at lower power consumption.
The dual-core processors have large caches (primary cache: instructions 128 KB + data 128 KB per CPU core;
secondary cache: 5 MB per CPU chip) appropriate for enterprise class server systems.
•
•
•
Multi-core and multi-threading technologies ensure high parallel-processing performance.
Both the primary and secondary cache use ECC (Error Checking & Correction) for high reliability.
Registers and ALU are all parity protected. This further enhances the high reliability of the server.
3. Integrated high-reliability makes this server suitable for 24-hour operation.
•
All address/data paths between key LSIs, such as CPU chips, memory controllers, I/O controllers and system
controllers, are ECC protected for higher reliability.
•
Key components are redundant and hot replacement is supported.
Product Facts ⏐ Issue: June 01, 2008 ⏐ Product: SPARC® Enterprise M5000
Page 7 / 38
4. Very flexible partitioning functions are provided.
•
•
•
•
Multiple independent systems can be built on a single server called partitions or domains.
Each partition can individually be configured.
Up to four partitions are supported.
The motherboard on which CPU- and memory-modules are mounted is sub-divided into eight parts, and the two I/O
board are sub-divided into four. A combination of sub-parts from motherboard and I/O board form a partition, in
maximum 4.
5. Partition independent processor based system control facility: XSCF (eXtended System Control Facility)
•
XSCF detects abnormal conditions and controls the system without relying on system status, such as CPU abnormality
or system hang. (Mutual monitoring/abnormal CPU notification, fan rotation frequency monitoring/control, power
monitoring/control, humidity/temperature monitoring, etc., are provided)
•
Monitoring/control of peripheral devices such as RCI-connected units (cluster nodes) and expansion cabinets is
available via RCI (Remote Cabinet Interface). Remote power-on/off is also available.
•
•
The operational status of the server can also be monitored by XSCF.
The embedded partition control facility renders the need for an external control console terminal unnecessary.
6. Remote Customer Support
•
Remote Customer Support will be handled via Teleservice.
7. ServerView Enterprise Edition 2.0 is available for download in the FSC Software Pool.
•
ServerView Enterprise Edition 2.0 provides consolidated management of all FSC servers including PRIMEPOWER,
SPARC® Enterprise, PRIMEQUEST and PRIMERGY. Server managing functions for all managed servers, such as
hardware configuration display and status monitoring, are provided for system administrators via a unified GUI and
standard operating processes.
a. The status monitoring of all servers is available from a single management client. The status of key components,
such as CPU/memory of each server, can be displayed in a unified tree view.
b. When server components fail, SVS EE displays each event graphically together with the relevant message for
prompt defective part location.
c. Server management can be performed with unified operability.
8. The DR (Dynamic Reconfiguration) functions are supported.
Product Facts ⏐ Issue: June 01, 2008 ⏐ Product: SPARC® Enterprise M5000
Page 8 / 38
9. Configuration Diagram of the Main Unit
* Areas indicated in blue show components belonging to the base units; those indicated in red show options (purchased
separately, but see also base unit description).
10. Hardware for M5000
•
•
•
•
Motherboard
The motherboard carries CPU modules and memory modules. Four CPU modules (eight CPU chips) and eight
memory modules (64 DIMMs) can be mounted. The motherboard is part of the base unit.
1st I/O board (standard)
The I/O board has a connection to two Hard Disk Drive bays, one DVD Drive bay and one DAT Drive bay. It contains
two onboard LAN*2 ports, four PCI Express slots and one PCI-X slot.
2nd I/O board (optional)
The 2nd I/O board has a connection to two Hard Disk Drive bays. It contains two onboard LAN*2 ports, four PCI Express
slots and one PCI-X slot.
System disk
Each partition requires at least one system disk for Solaris-installation. System disks can be realized in any of the
following ways. To improve system reliability it is recommended to duplicating (mirroring) the system disk.
A) Mount a Hard Disk Drive in a disk bay inside the server.
B) Ultra 320 SCSI cards, expansion file units together with external HDDs can also be used as system disks.
C) When using SAN Boot, fibre channel cards, RAID devices and system disks must be prepared. Use a disk in a
RAID device as the system disk. When installing the OS on the RAID device, you need to prepare another
installation server, or use one partition as an installation server using method A) above.
D) LAN Boot from other SPARC Enterprise Server is also possible.
Product Facts ⏐ Issue: June 01, 2008 ⏐ Product: SPARC® Enterprise M5000
Page 9 / 38
M5000 Server Product ID List
PART NUMBER
LONG DESCRIPTION
SHORT
DESCRIPTION
M5000 family:
SEFPAAA1S
Fujitsu-Siemens Computers SPARC® Enterprise M5000 server.
Includes M5000 system, 2x 2.1GHz CPUs (1 2x 2.1GHz CPU Modules),
16GB system memory (2 ea. 8GB memory boards),
2x 73GB HDD, 4 PSU, 1 I/O tray
SE M5000 2.1GHz
2P16GB 2x73GB
SEFPBAA1S
SEFPBCA1S
SEFPCBA1S
SEFPCDB1S
M5000-GR20
M5000-CL09-PI01
Fujitsu-Siemens Computers SPARC® Enterprise M5000 server.
Includes M5000 system, 4x 2.1GHz CPUs (2x 2x 2.1GHz CPU Modules),
16GB system memory (2 ea. 8GB memory boards),
2x 73GB HDD, 4 PSU, 1 I/O tray
SE M5000 2.1GHz
4P16GB 2x73GB
Fujitsu-Siemens Computers SPARC® Enterprise M5000 server.
Includes M5000 system, 4x 2.1GHz CPUs (2x 2x 2.1GHz CPU Modules),
32GB system memory (2 ea. 16GB memory boards),
2x 73GB HDD, 4 PSU, 1 I/O tray
SE M5000 2.1GHz
4P32GB 2x73GB
Fujitsu-Siemens Computers SPARC® Enterprise M5000 server.
Includes M5000 system, 8x 2.1GHz CPUs (4x 2x 2.1GHz CPU Modules),
32GB system memory (4 ea. 8GB memory boards),
2x 73GB HDD, 4 PSU, 1 I/O tray
SE M5000 2.1GHz
8P32GB 2x73GB
Fujitsu-Siemens Computers SPARC® Enterprise M5000 server.
Includes M5000 system, 8x 2.1GHz CPUs (4x 2x 2.1GHz CPU Modules),
64GB system memory (4 ea. 16GB memory boards),
4x 73GB HDD, 4 PSU, 2 I/O tray
SE M5000 2.1GHz
8P64GB 4x73GB
Fujitsu-Siemens Computers SPARC® Enterprise M5000 server.
Includes M5000 system, 2x 2.1GHz CPUs (1x CPU Module), 64GB system 2P64GB 2x146GB
memory (2 ea. 32GB memory boards), 2x 146GB HDD, 4 PSU, 1 I/O tray. 1xI/O tray
(included ATO BU SEFASY11S)
M5000 2.1GHz
Fujitsu-Siemens Computers SPARC® Enterprise M5000 server.
Includes M5000 system, 6x 2.1GHz CPUs (3x CPU Modules), 64GB
system memory (4 ea. 16GB memory boards), 4x 146GB HDD, 4 PSU, 2
I/O tray.
M5000 ATO
6P2.15GHz 64GB
4x146GB 2xI/O Tray
(included ATO BU SEFASY11S)
M5000-CL10-PI01
Fujitsu-Siemens Computers SPARC® Enterprise M5000 server.
Includes M5000 system, 6x 2.1GHz CPUs (3x CPU Modules), 96GB
system memory (6 ea. 16GB memory boards), 4x 146GB HDD, 4 PSU, 2
I/O tray.
M5000 ATO
6P2.15GHz 96GB
4x146GB 2xI/O Tray
(included ATO BU SEFASY11S)
M5000-CL11-12-
PI01
Fujitsu-Siemens Computers SPARC® Enterprise M5000 server.
Includes M5000 system, 8x 2.1GHz CPUs (4x CPU Modules), 96GB
system memory (6 ea. 16GB memory boards), 4x 146GB HDD, 4 PSU, 2
I/O tray.
M5000 ATO
8P2.15GHz 96GB
4x146GB 2xI/O Tray
(included ATO BU SEFASY11S)
Product Facts ⏐ Issue: June 01, 2008 ⏐ Product: SPARC® Enterprise M5000
Page 10 / 38
M5000 COD (Capacity on Demand) Server Product ID List
PART NUMBER
LONG DESCRIPTION
SHORT
DESCRIPTION
M5000family:
SEFRCDB1S
FSC SPARC Enterprise M5000 COD (Capacity On Demand) server.
Includes 8x 2.15GHz CPUs (4 CPU boards with 2 x CPUs each, 5MB on-
chip L2 cache) and 64GB system memory (4 memory modules with 8 x
2GB DDR2 DIMMs), 4 x 73GB SAS hard disks, 1 DVD-ROM,
2x 1Gb Ethernet ports, 2 I/O trays with 8 PCI-E and 2 PCI-X slots total,
4 power supplies (includes redundancy and DPF).
M5CoD 2.1GHz
8P64GB 4x73GB
2xI/O tray
As minimum to each COD System 2 RTU (Right To Use) licenses are
required (must be ordered together with the system)!
M5000 COD (Capacity on Demand) CPU Right to Use (License) Product ID List
PART NUMBER
LONG DESCRIPTION
SHORT
DESCRIPTION
M5000 family:
SELX9RU1S
FSC SPARC Enterprise Server COD 2.0 Right-To-Use (RTU) license for
one Capacity-on-Demand (COD) CPU, for use with SPARC Enterprise
M4000 and M5000 servers.
CoD RTU license for
1 CPU (FF model)
Note to COD:
COD Licenses are automatically arranged by the service processor (XSCF) (see also: Server Administration Guide).
Licenses can only manually be assigned to domains, but not to hardware components like CPU.
If licenses are manually assigned to domains, the licenses will be automatically arranged to the CPU’s of this domain,
first CPU gets first license which is assigned for this domain, second CPU gets second license and so on.
If there is only one big domain, the arrangement is the same: First CPU gets first license which is assigned for this
domain, second CPU gets second license and so on.
Result for M5000: To use the second system-board in one big domain over the complete system a minimum of 5
licenses is necessary!
In addition the “Note to Memory ordering” is also permissible for COD server!
M5000 Internal Storage Device Product ID List
Maximum Number
Marketing P/N
Option Description
Supported per System
Comments
2nd I/O tray required
for HDD 3 & 4 on
M5000
MR 73GB 10K RPM SAS Hard Disk Drive.
Without factory integration!
SEPX3A11U
Up to 4 per M5000
Up to 4 per M5000
Up to 4 per M5000
Up to 4 per M5000
2nd I/O tray required
for HDD 3 & 4 on
M5000
MR 73GB 10K RPM SAS Hard Disk Drive.
Factory integration only!
SEPY3A11U
SEPX3C11U
2nd I/O tray required
for HDD 3 & 4 on
M5000
MR 146GB 10K RPM SAS Hard Disk Drive.
Without factory integration!
2nd I/O tray required
for HDD 3 & 4 on
M5000
MR 146GB 10K RPM SAS Hard Disk Drive.
Factory integration only!
SEPY3C11U
SELX9DT1U
SELY9DT1U
DAT 72 Tape Drive.
Without factory integration!
DAT 72 Tape Drive.
Factory integration only!
Up to 1 per M4000
Up to 1 per M5000
Up to 1 per M4000
Up to 1 per M5000
M5000 Filter Product ID List
Maximum Number
Marketing P/N
SEEX9FL1U
SEFX9FL1U
Option Description
Supported per System
Comments
M4000 air filter kit
M5000 air filter kit
1 per system
1 per system
Product Facts ⏐ Issue: June 01, 2008 ⏐ Product: SPARC® Enterprise M5000
Page 11 / 38
M5000 Power Cords for Rack internal use Product ID List
Attention: For each PSU a Power Cord must be ordered for Rack internal connection (thickly marked in table below) to the
Socket strip!
Note:
M5000 requires 4x 16A power cords, each I/O-Box requires 2x 10A power cords.
Power Cord,
to a Rack internal Socket strip, 16 A
Is a Standard Part of each
System PSU.
For System Base Units!
Socket strip 1-phasen 32A SDL
1x 3 jacks IEC320 C19 (16A)
1x 2 jacks IEC320 C13 (10A)
1x plug IEC309 (CEEform blue (32A))
S26361-F2262-E132
S26361-F2262-L132
S26361-F2262-E332
S26361-F2262-L332
In combination with the PSU of
the Base Units.
&
In combination with the PSU of
the I/O Boxes.
Socket strip 3-phasen 32A SDL
3x 3 jacks IEC320 C19 (16A)
3x 2 jacks IEC320 C13 (10A)
1x plug IEC309 (CEEform red (32A))
Power Cord,
to a Rack internal Socket strip, 10 A
SERXP333WS
For I/O-Box!
S26361-F2262-E40
S26361-F2262-L40
S26361-F2262-E41
S26361-F2262-L41
S26361-F2262-E42
S26361-F2262-L42
S26361-F2262-E31
S26361-F2262-L31
S26361-F2262-E301
S26361-F2262-L301
Socket strip 1x 10 jacks IEC320 C13 (10A)
auf 1 x plug CEEform (16A)
Socket strip 1x 10 jacks IEC320 C13 (10A)
auf 1 x plug NEMA L6-30 (For US / CAN.)
In combination with the PSU of
the I/O Boxes.
Socket strip 1 x 10 jacks IEC320 C13 (10A)
auf 1 x plug IEC 320 C20 (16A) for UPS
Socket strip 3phase 3x 8 jacks IEC320 C13
Socket strip Rack mount Kit 2U horizontal
Rack mount Kit
The offered Socket strips are documented in „ PRIMECENTER Rack Power Connection Concept “:
Rack integration order numbers
To integrate a server or I/O-Box into a Rack by Factory additional Order numbers are mandatory!
Integrate a M4000 or M5000 server into a Rack by Factory
Integrate a I/O-Box into a Rack by Factory
RACK-SER2
RACK-SER1
Power Cords for PSU connection directly to Rack external Jacks:
Must only be ordered for direct Power connections outside of the Rack to a country specific jack.
Overview
Numbers Power Cord:
Order Description:
Number of
cables needed
for M4000:
2
Number of
cables needed
for M5000:
4
It is recommended to order 1 Cord to each PSU:
SELX9P21U
MR AC Power Cord (for Continental Europe)
Product Facts ⏐ Issue: June 01, 2008 ⏐ Product: SPARC® Enterprise M5000
Page 12 / 38
Power supply unit and power supply connections
SPARC® ENTERPRISE M5000 has 2+2 redundant power supply units (four in total).
Connect the power supply units as follows.
Single Power Feed
Dual Power Feed
HDD#1 HDD#3
DAT
DAT
HDD#0
HDD#2
Power
supply
unit #1
Power
supply
unit #0
Power Power
supply supply
unit #2 unit #3
If an uninterruptible Power Supply (UPS) is used it shall only
supply one of the two power feeds.
SolarisTM Operating System (OS) and other Software Product ID List
The SPARC® Enterprise M5000 servers come with the Solaris 10 Operating System preinstalled on an HDD.
Order Numbers
Media Kit:
Description:
Attention:
SOLZ9-100C9A7M
Solaris 10 OS Media kit
Solaris 10 (latest release) DVD Media Kit. Multilingual,
no hardcopy documentation, no license.
Note: Must be ordered with each system if Premium Pack is not ordered!
One of these two
positions must be
ordered for each
system!
U24529-C590A
Solaris 10 CD Set Premium Pack
With additional SW-Components on the control DVD (ServerView Suite, etc.)
This includes:
SOLZ9-100C9A7M
U24529-C503A
Solaris 10 (latest release) DVD Media Kit
control DVD
Note: Must be ordered with each system if OS Media kit is not ordered!
U24529-C592A
X6099A
Solaris 10 Accessories Kit SPARC® Enterprise Server Low End and Midrange Must be ordered
and ESF CD (Partition DR, SCF interface etc.) U24529-C502A
IPsec enabler CD for Crypto Accelerator 6000
with each system!
Note: Can be ordered with Crypto Accelerator!
Product Facts ⏐ Issue: June 01, 2008 ⏐ Product: SPARC® Enterprise M5000
Page 13 / 38
M5000 PCI Card Product ID List
Ethernet Controller
Overview Order
Numbers options:
PCI
Bus
type
for Factory
Integration
or X-option
Description
Max
within a
System
Max in
an
I/O-boat
Supported
in I/O-Box
X7281A-2
7281A-2
X-option
Yes
Yes
PCI-e
Dual Port Gb Ethernet MMF
Dual Port Gb Ethernet UTP
8
8
2
Fact.-
Integrat.
X7280A-2
7280A-2
X4447A-Z
4447A-Z
X1027A-Z
1027A-Z
X-option
Yes
Yes
Yes
Yes
No
PCI-e
PCI-e
PCI-e
2
2
Fact.-
Integrat.
X-option
Quad Giga Ethernet UTP
Adapter
8 incl.
IO-Boats
Fact.-
Integrat.
X-option
Max 2
per
Domain!
10Gb Ethernet Dual Port
0
Fact.-
Integrat.
No
X5558A
----
----
----
----
X-option
No
Transceiver (10GBASE-SR:
850nm, 300m, MMF).
---
---
In
Fact.-
Integrat.
Options
for 10Gb
controller
5558A-Z
X5560A-Z
5560A-Z
summery
max. 2
per
No
X-option
No
Transceiver (10GBASE-LR:
1310nm, 10km, SMF).
controller.
Fact.-
Integrat.
No
Serial Interface RS232 Controller
Overview Order
Numbers options:
PCI
Bus
type:
for Factory
Integration
or X-option
Description
Max
within a an
System I/O-boat
Max in
Supported
in I/O-Box
X2156A-2
2156A-2
X-option
No
No
Serial Asynchronous Interface
(SAI/P) adapter 3.0
PCI
2
0
Fact.-
Integrat.
Cryptographic Host Bus Adapters
Overview Order
Numbers options:
PCI
Bus
type:
for Factory
Integration
or X-option
Description
Max
within a an
System I/O-boat
Max in
remarks
X6000A
6000A
X-option
PCI-e
Crypto Accelerator 6000
2
0
Fact.-
Integrat.
Product Facts ⏐ Issue: June 01, 2008 ⏐ Product: SPARC® Enterprise M5000
Page 14 / 38
Fibre Channel Host Bus Adapters
Overview Order
Numbers options:
PCI
Bus
type:
for Factory
Integration
or X-option
Description
Max
within a an
System I/O-boat
Max in
Supported
in I/O-Box
SG-XPCIE2FC-QF4
SG-PCIE2FC-QF4
SG-XPCIE2FC-EM4
SG-PCIE2FC-EM4
SG-XPCIE1FC-QF4
SG-PCIE1FC-QF4
SG-XPCIE1FC-EM4
SG-PCIE1FC-EM4
SG-XPCI2FC-QF4
SG-PCI2FC-QF4
X-option
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
No
Dual 4Gb Fiber Channel Network
Adapter, RoHS 6 compliant
PCI-e
8
8
6
Fact.-
Integrat.
X-option
Dual 4Gb Fiber Channel Network
Adapter, RoHS 6 compliant
PCI-e
6
Fact.-
Integrat.
X-option
Single 4Gb Fiber Channel Network
Adapter, RoHS 6 compliant
PCI-e
PCI-e
PCI-X
PCI-X
8
8
2
2
6
Fact.-
Integrat.
X-option
Single 4Gb Fiber Channel Network
Adapter, RoHS 6 compliant
6
Fact.-
Integrat.
X-option
Dual 4Gb Fiber Channel Network
Adapter, RoHS 6 compliant
----
----
Fact.-
Integrat.
No
SG-XPCI2FC-EM4-Z
SG-PCI2FC-EM4-Z
SG-XPCI1FC-QF4
SG-PCI1FC-QF4
X-option
No
Dual 4Gb Fiber Channel Network
Adapter, RoHS 6 compliant
Fact.-
Integrat.
No
X-option
No
Single 4Gb Fiber Channel Network
Adapter, RoHS 6 compliant
PCI-X
PCI-X
2
2
----
----
Fact.-
Integrat.
No
SG-XPCI1FC-EM4-Z
SG-PCI1FC-EM4-Z
X-option
No
Single 4Gb Fiber Channel Network
Adapter, RoHS 6 compliant
Fact.-
Integrat.
No
SCSI Host Bus Adapters
Overview Order
Numbers options:
PCI
Bus
type
for Factory
Integration
or X-option
Description
Max
within a an
System I/O-boat
Max in
Supported
in I/O-Box
PCI-E Dual channel Ultra320 low
voltage differential SCSI host bus
adapter includes standard and low
profile brackets. RoHS 6 compliant
SG-XPCIE2SCSIU320Z
X-option
Yes
Yes
PCI-e
6
2
Fact.-
Integrat.
SG-PCIE2SCSIU320Z
Note:
•
SCSI Controller SG-(X)PCIE2SCSIU320Z using Solaris 10 Update 3 can only be placed in PCI-express slot #2, #3 or
#4 from both IOUs, not in PCI-express slot #1 nor in I/O-Box which is connected to this slot!
Using Solaris 10 Update 4 or higher versions this SCSI-Controller is also allowed in PCI-express Slot #1, see table
above.
Product Facts ⏐ Issue: June 01, 2008 ⏐ Product: SPARC® Enterprise M5000
Page 15 / 38
Console Connection
For APL a personal computer (PC) or workstation is required for system control and maintenance work. This console must be
setup prior to installation of APL.
The XSCF is accessed using this console. The console ports of each partition are accessed via XSCF. XSCF and the console
need to be connected via LAN.
If you forget the XSCF-sign on password, you will need to connect to XSCF via RS-232C for recovery.
The customers console terminal should meet the following conditions.
•
•
•
https (or http) and ssh (or telnet) available (for details, see the following specifications).
The terminal needs to be placed within 15 m from the server.
A maintenance account (account for field engineer privileges) for field engineers set up in advance. (For details on
account creation, see “eXtended System Control Facility User’s Guide”.)
Where the customer has no prepared terminal, or the field engineer cannot use the terminal prepared by the customer, approval
to use the field engineer’s own PC should be gained from the customer.
Field engineers can connect their own PC to the XSCF via XSCF-LAN or RS-232C. (XSCF-LAN is used as standard. However,
in special cases, if XSCF-LAN is not available or the XSCF-sign on password needs initialization, RS-232C is used.)
Console connection example (field engineer uses a terminal setup by customer)
Console connection example (field engineer uses a terminal setup by customer and the console path is duplicated)
Note: For the HUB in the pictures our LAN Switch D:GP70F-AL21 can be ordered.
Product Facts ⏐ Issue: June 01, 2008 ⏐ Product: SPARC® Enterprise M5000
Page 16 / 38
Console connection example (Field engineer connects temporarily a PC via LAN (shown as blue line) or RS-232C (shown as
dotted line) as required to provide maintenance)
Note: For the HUB in the picture our LAN Switch D:GP70F-AL21 can be ordered.
Console connection example (the console path is duplicated. Field engineer connects temporarily a PC via LAN (shown as
blue line) or RS-232C (shown as dotted line) as required to provide maintenance)
Note: For the HUB in the picture our LAN Switch D:GP70F-AL21 can be ordered.
Product Facts ⏐ Issue: June 01, 2008 ⏐ Product: SPARC® Enterprise M5000
Page 17 / 38
Specifications for the PC (or the workstation, etc.)
Description
Remarks
CPU
Pentium3 1 GHz or greater
Equivalent CPUs i.e.
AMD are suitable.
SPARC®
Memory
OS
512 MB or greater
Windows XP
Windows2000
One of the OS listed
on the left is required.
RedHat Linux
Solaris
I/O
CD-ROM/DVD-ROM (either internal or external device is available)
LAN (1000Base-T, 100Base-TX, or 10Base-T)
RS-232C (not necessarily required)
Microsoft (R) Internet Explorer 6.0 or later
Netscape Navigator (TM) 7.0 or later
Mozilla 1.7 or later
Browser
One of the browsers
listed on the left is
required.
Terminal
software
(SSH)
Solaris Secure Shell
Open SSH
Other terminal software with equivalent function
One of the software
items listed on the left
is required to use SSH
via LAN
Terminal
software
(RS-232C)
Hyper terminal
Other terminal software with equivalent function
One of the software
items on the left is
required to use RS-
232C connection
Connection type
LAN via hub / switch
Cable type
Number of cables used
duplexed XSCF-LAN: 3
simplexed XSCF-LAN: 2
Remarks
Purchased
separately
twisted-pair cable
(category 5 UTP cable)
TPCBL-B005
D:GP70F-AL21
direct
connection
Fast Ethernet direct cable:
DCBL-FEA05
simplexed XSCF-LAN: 1
1
Purchased
separately
RS-232C
(not necessarily
required)
RJ45 - DSUB9 pin, inch screw,
female: DCBL-RSD05
Attached to
the server
* Before ordering cables check the product ID and length for suitability of configuration.
Ethernet Cables
Cables for Ethernet 1000 Base TX
Product Number
Description
Remarks
Cable only for Rack internal use if both targets are in a
common rack!
S26361-F3417-E500 UTP cat 5 enhanced, customized length Please order “Factory integration” !
UTP category 5 enhanced patch cable for Gbit Ethernet
(1000Base-T) to connect controllers with a hub or switch.
S26361-F3417-L505 UTP cat 5 enhanced, 05m
S26361-F3417-L510 UTP cat 5 enhanced, 10m
S26361-F3417-L515 UTP cat 5 enhanced, 15m
UTP category 5 enhanced patch cable for Gbit Ethernet
(1000Base-T) to connect controllers with a hub or switch.
S26361-F3842-L5
UTP cat 5 enhanced IC-cable, 5m Lose UTP category 5 enhanced crossover cable for Gbit
Ethernet (1000Base-T) to make direct connection
between Ethernet controllers in a two node configuration
S26361-F3842-E5
UTP cat 5 enhanced IC-cable, 5m Verbau
Cables for Ethernet 1000 Base SX
Please buy optical cables locally.
Product Facts ⏐ Issue: June 01, 2008 ⏐ Product: SPARC® Enterprise M5000
Page 18 / 38
Partitioning
SPARC® ENTERPRISE M5000 supports partitioning in which a single server can be divided into multiple independent systems.
•
•
Partitioning creates multiple independent systems which are called partitions or domains.
The basic hardware resource required for partitioning is a Physical System Board (hereafter referred to as PSB).
A PSB consists of a motherboard with or without connection to an IOU.
•
A PSB can logically be divided into four parts. In this case it is called a Quad-XSB.
A PSB without such a division is called a Uni-XSB.
•
•
The physical unit configuration of each divided PSB part is called eXtended System Board (XSB).
Partitions can be configured to form a domain using any combination of XSBs. XSBs divided with Uni-XSB and Quad-
XSB can be mixed together within one domain.
•
•
•
The XSCF is used to configure a partition and specify the PSB division type.
Up to 4 partitions are supported.
A minimum of one system hard disk drive per partition is necessary as a boot device.
PSB Division Types:
1) Uni-XSB
The motherboard is divided into two physical system boards (PSB). Each PSB represents an own logical system in UNI-
XSB format. The entire motherboard cannot be used as a single PSB.
Uni-XSB is equivalent to the PSB definition for PRIMEPOWER.
Division Type: Uni-XSB
The two PSBs are not divided and used as two logical system boards (SB).
CPU chips, memory, PCI slots, hard disk drives assigned to XSB are predetermined.
Mount as a minimum one CPU module and two MEM modules per operating XSB.
Product Facts ⏐ Issue: June 01, 2008 ⏐ Product: SPARC® Enterprise M5000
Page 19 / 38
If only one partition is configured with both PSBs in Uni-XSB mode but no CPU- and MEM-modules are mounted on
PSB#1, then HDDs and PCI slots on the additional I/O board cannot be used (Areas shaded black in the figure below are
not equipped with CPU- and MEM-modules).
Product Facts ⏐ Issue: June 01, 2008 ⏐ Product: SPARC® Enterprise M5000
Page 20 / 38
2) Quad XSB
Because Quad-XSB allows to configure several partitions in units of individual CPU chips (two cores) it is the optimized way
to create small partitions.
Quad-XSB is equivalent to the XSB definition for PRIMEPOWER.
Division Type: Quad-XSB
PSB (consists of 1/2 motherboard and an I/O board) is divided into four partitions with 1 CPU chip and a set of memory (8
DIMMs) each. PSBs can be divided into XSBs (XSB#0-0, XSB#0-1, XSB#1-0, XSB#1-1) with connection to an I/O board
and XSBs (XSB#0-2, XSB#0-3, XSB#1-2, XSB#1-3) without connection to an I/O board. CPU chips, memory, PCI slots and
disks are permanently assigned to the XSBs as shown in the diagram above.
XSBs without connection to an I/O cannot be configured as an autonomous partition (refer to “8-4 Notes on
Configurations” for details).
Product Facts ⏐ Issue: June 01, 2008 ⏐ Product: SPARC® Enterprise M5000
Page 21 / 38
Example for four partitions configured with two XSBs.
Product Facts ⏐ Issue: June 01, 2008 ⏐ Product: SPARC® Enterprise M5000
Page 22 / 38
3) Combination of Uni-XSB and Quad-XSB
PSBs divided into Quad-XSBs can be mixed together with Uni-XSB to configure a common partition. There is no difference
in settings and conditions for partitions configured with Uni-XSB only or Quad-XSB only. This option is useful if only a
partial memory mirroring within a certain partition is required but Uni-XSB-type XSB is too large to do so.
PAR#0 in the following example is a partition configured by using both Uni-XSB and Quad-XSB.
Product Facts ⏐ Issue: June 01, 2008 ⏐ Product: SPARC® Enterprise M5000
Page 23 / 38
CPU Module
Product Overview
SPARC® ENTERPRISE M5000 servers use SPARC®64 VI processors, which are multi-core/multi-threading CPUs.
Each module contains two CPU chips (4 cores). Up to four CPU modules can be installed in SPARC® ENTERPRISE
M5000.
Appearance
CPU module for M4000/M5000
CPU module without cover viewed from the reverse side
Features
90 nm copper wiring CMOS technology is used for these processors to provide high performance while achieving low
power consumption.
Two CPU cores are built on each CPU chip using CMP (Chip Multi-Processing) technology.
CMT (Chip Multi-Threading) technology provides multi-thread processing that virtualizes each CPU core as two
threads.
The use of register renaming, out-of-order execution and non-blocking cache memory ensures high parallel-processing
performance.
These modules offer mainframe levels of reliability inherited from SPARC®64 V.
•
•
•
• Data in both primary and secondary caches are protected by ECC (Error Checking and Correction).
• Registers and ALU are protected by parity.
• If an error occurs, the hardware re-executes the instruction that triggered the error.
(Not all errors are covered by this feature.)
•
• If recoverable errors occur frequently in cache, hardware-set degrade mode is automatically invoked.
Product Facts ⏐ Issue: June 01, 2008 ⏐ Product: SPARC® Enterprise M5000
Page 24 / 38
Specifications
Items
CPU
Specifications
Remarks
Type
SPARC®64 VI
Frequency
Primary cache
2.15 GHz
Instructions: 128 KB
data: 128 KB
per core
Secondary cache
Expansion unit
Both the instruction and data: 5 MB
per CPU (2 cores)
1 CPU module
(2 CPU chips, 4 cores)
Target servers
SPARC® ENTERPRISE M4000
SPARC® ENTERPRISE M5000
M5000 CPU Product ID List
Maximum Number
Marketing P/N
Option Description
Supported per System
Comments
Dual-processor Modules
MR 2x 2.1GHz processor module.
Without factory integration!
MR 2x 2.1GHz processor module.
Factory integration only!
2 per M4000
4 per M5000
2 per M4000
4 per M5000
SELX1A1U
SELY1A1U
Purchase “Factory-installed modules” if you need the CPU modules installed and shipped inside the server.
“Field expansion modules” are always shipped uninstalled even if they are purchased together with the server.
Product Facts ⏐ Issue: June 01, 2008 ⏐ Product: SPARC® Enterprise M5000
Page 25 / 38
Additional Memory Module
Product Overview
SPARC® ENTERPRISE M5000 memory module is an expansion memory device consisting of memory DIMMs and a
memory controller equipped on a board that can be plugged to the motherboard. There are 8 GB, 16 GB, and 32 GB
additional memory module types with eight DIMMs each which can be added as a set. Mounting of additional memory
modules must be performed under specific conditions. For details on how to add memory refer to “Conditions for
Mounting Additional Memory”.
Appearance
Memory Module
Memory module without a cover
(Memory module: 8 DIMMs are always mounted)
Features
(1) 1 Gbit / 2 Gbit / 4 Gbit DDR2 SDRAM (Double Data Rate Synchronous Dynamic Random Access Memory) is used to
provide high-speed access.
(2) High-density DIMMs (Dual Inline Memory Module) are used to save space on the motherboard.
(3) ECC (Error Checking and Correction) functions provide higher system reliability.
(4) If a single memory chip on a DIMM fails completely, it is handled as a single-bit error. This technique drastically reduces
the number of system shutdowns caused by memory failures.
(5) Memory mirroring function enables continued operation even when an uncorrectable error (multi-bit error) occurs.
(6) When memory failure is detected at initial diagnosis or during OS operation, Block Degradation or Area Degradation
occurs. Because the area to be degraded is designed to be a controllable minimum area, other areas remain intact.
Thus, operation can continue/resume using these areas. This minimizes the effects of failures.
(7) MEM controller patrols memory during normal operation independently from the CPU and OS. This hardware can detect
an error and degrade the area before either the OS or an application is affected. This procedure doesn’t have any effect
on other operations.
M5000 Memory Product ID List
Maximum Number
Marketing P/N
Option Description
8GB MR with server memory board and
8x 1GB DIMMs.
Without factory integration!
8GB MR with server memory board and
8x 1GB DIMMs .
Factory integration only!
16GB MR with server memory board and
8x 2GB DIMMs.
Without factory integration!
16GB MR with server memory board and
8x 2GB DIMMs.
Factory integration only!
32GB MR with server memory board and
8x 4GB DIMMs.
Supported per System
Comments
4 per M4000
8 per M5000
SELX2A1U
4 per M4000
8 per M5000
SELY2A1U
SELX2B1U
SELY2B1U
SELX2C1U
SELY2C1U
4 per M4000
8 per M5000
4 per M4000
8 per M5000
4 per M4000
8 per M5000
Without factory integration!
32GB MR with server memory board and
8x 4GB DIMMs.
4 per M4000
8 per M5000
Factory integration only!
Purchase “Factory integration only” modules if you need the memory modules installed and shipped inside the server.
“Without factory integration” means modules are always shipped uninstalled even if they are ordered with the server.
Product Facts ⏐ Issue: June 01, 2008 ⏐ Product: SPARC® Enterprise M5000
Page 26 / 38
Notes on Memory ordering:
•
•
•
Two sets of memory modules with the same size (16 DIMMs) must be mounted on a physical system board as a
minimum. 8 DIMMS are always handled as one set.
When adding memory, two sets of memory modules with the same size must be added at the same time. Memory can
only be added in increments of 2x eight DIMMs. Only 2, 4, 6 or 8 Memory Modules are allowed.
For mixing DIMMs with different sizes special conditions have to be noticed, see chapter ”Mounting additional
Memory with different sizes”.
•
•
•
If Memory Modules are installed on the second physical System Board a CPU-module on this PSB is mandatory and vice
versa.
If a second internal I/O-tray is installed, at least one CPU-module and two Memory modules on the second physical
System Board are mandatory (see also Memory Exception rules).
Min of 1 memory module per processor in Quad XSB Mode
Hint: When ordering 4Gb DIMMs the customer has to specify how FSC shall deal with the memory which comes with the base
configuration. It can either be delivered in a separate package or placed in MEM slots which remain open.
Memory Exception rules requires a “Request for Project Release”:
•
To keep the initial costs low it is allowed as an exception to run a physical system board with only one MEM-module.
This is allowed for PSB#0 or PSB#1 or both of them. This is meaningful in cases where a basic server configuration with
only two MEM modules is ordered together with an additional 2nd I/O-tray. To get the 2nd I/O tray working you have to
move a CPU module and a MEM module from the first PSB to the second PSB.
•
•
PSBs with only one MEM module can only be configured in Uni-XSB mode, but not in Quad-XSB mode.
If you run a PSB with only one MEM module you have to be aware of the risk in case:
-
Of uncorrectable memory errors. In such a case the partition will panic and will not be bootable again,
until the memory fault is solved.
-
If reconfigured to quad-XSB the CPU module, which is placed in a XSB without memory, will be
disabled.
Memory Mirroring
SPARC® ENTERPRISE M5000 models provide hardware based memory mirroring to avert system downs even when multi-bit
errors are detected.
Features:
•
Memory mirroring is available in both Uni-XSB and Quad-XSB configurations. In Quad-XSB configuration, however,
mirroring should be configured in units of four XSBs (the same size as with Uni-XSB configuration). Mirroring cannot be
configured using a single XSB.
•
•
Mixed configurations of mirrored and unmirrored SB/XSB in one partition are supported (on M5000).
Memory mirroring configuration is performed from the XSCF. For more information, refer to “eXtended System Control
Facility User’s Guide”.
•
•
When mirroring is configured, the available memory capacity on each SB/XSB one-half of the total size.
Mirroring is done within a group using combinations as shown below. Thus, the memory size in Groups A and B can be
different.
Product Facts ⏐ Issue: June 01, 2008 ⏐ Product: SPARC® Enterprise M5000
Page 27 / 38
Mounting additional Memory with different sizes
MEM in SPARC® Enterprise M5000 is organized on each SB separately in two groups:
•
•
•
Max. 16 DIMMs mounted in MEM#xA slots at SB#0 defined as Group A of SB#0.
Max. 16 DIMMs mounted in MEM#xB slots at SB#0 defined as Group B of SB#0.
In Group B at SB #0, all DIMMs must have the same Capacity. In Group A at SB #0, all DIMMs must have the same
Capacity and this Capacity must be equal or bigger than the DIMMs of Group B. This DIMM Mix within a SB is possible in
Uni-XSB and Quad-XSB Mode.
•
•
•
Max. 16 DIMMs mounted in MEM#xA slots at SB#1 defined as Group A of SB#1.
Max. 16 DIMMs mounted in MEM#xB slots at SB#1 defined as Group B of SB#1.
In Group B at SB #1, all DIMMs must have the same Capacity. In Group A at SB #1, all DIMMs must have the same
Capacity and this Capacity must be equal or bigger than the DIMMs of Group B. This DIMM Mix within a SB is possible in
Uni-XSB and Quad-XSB Mode.
•
•
Memory configurations and arrangements on SB#0 and on SB#1 can be different.
On each used SB a minimum of one CPU Module and two Memory Boards are necessary. The optional second I/O-Board
also requires the minimum of CPU and Memory on SB#1.
Logical diagram of memory locations
Motherboard
Memory Board #0
Memory Board #1
Memory Board #2
Memory Board #3
I/O-Board
(base)
CPU
Chip #0
Slots for:
HDD#0
HDD#1
CPU Modul #0
DVD-ROM
DAT
CPU
Chip #1
SB#0
Gigabit Ethernet
Gigabit Ethernet
CPU
Chip #2
PCI-X
PCI-Express
PCI-Express
CPU Modul #1
PCI-Express
PCI-Express
CPU
Chip #3
Group B
Group A
Memory Board #4
I/O-Board
(optional)
CPU
Chip #4
Slots for:
HDD#2
HDD#3
CPU Modul #2
Memory Board #5
Memory Board #6
CPU
Chip #5
SB#1
Gigabit Ethernet
Gigabit Ethernet
CPU
Chip #6
PCI-X
PCI-Express
PCI-Express
CPU Modul #3
Memory Board #7
PCI-Express
PCI-Express
CPU
Chip #7
Group B
Group A
Product Facts ⏐ Issue: June 01, 2008 ⏐ Product: SPARC® Enterprise M5000
Page 28 / 38
Mounting Conditions for Memory with different sizes
Condition 1:
To mix different DIMM types on a certain SB see chapter “Mounting additional Memory with different sizes”.
Condition 2:
Two sets of memory modules with the same size (16 DIMMs) must be mounted. When adding memory, two sets of
memory modules with the same size must be added at the same time.
Condition 3:
When mounting DIMMs to a specific group, the memory size must be identical within this group. DIMMs of different
memory sizes cannot be mounted within a group.
Condition 4:
Memory size in Group A must be greater than or equal to that in Group B.
These rules are true for mirrored and not mirrored memory configurations.
When mounting additional memory with different memory sizes transfer already-mounted DIMMs as necessary and
follow the above conditions.
Example of Memory Expansion for SB#0
Product Facts ⏐ Issue: June 01, 2008 ⏐ Product: SPARC® Enterprise M5000
Page 29 / 38
Memory Interleaving
Memory interleaving is a technique that divides main memory into several blocks (WAYs) and accesses each WAY
independently and in parallel to enable effective access to the contiguous area.
The size of one WAY is 64 bytes, which is the line size of cache memory.
SPARC® ENTERPRISE M4000 / M5000 perform memory interleaving in Group units as standard. The number of
WAYs in each configuration is as follows.
Uni-XSB configuration (16 DIMMs of memory are mounted in Groups A and B)
Uni-XSB configuration (8 DIMMs of memory are mounted in Groups A and B)
Quad-XSB configuration
Product Facts ⏐ Issue: June 01, 2008 ⏐ Product: SPARC® Enterprise M5000
Page 30 / 38
I/O Board
(also called I/O tray or I/O Unit (IOU))
Product Overview
The SPARC® ENTERPRISE M5000 basic configuration contains one I/O board. A second I/O board can be added to
SPARC® ENTERPRISE M5000.
Appearance
Features
• The I/O board provides four PCI-Express slots and one PCI-X slot.
• The I/O board has two on-board Gigabit Ethernet*1 ports and SAS-connections to two hard disk drives.
• The first I/O board has a connection to the DVD-drive and to the optional internal DAT drive*2.
Specifications
Items
Specifications
Remarks
Internal I/O Unit
Are in base unit as standard.
On-board I/O
Internal PCI slot
2x 1000Base-T*1 ports
4 slots PCI-Express, each 8 lanes
1x PCI-X: 1 slot
Maximum number of HDDs
Internal optical drive*2
Connection to 2 HDDs
Connection to 1x DVD drive
(DVD-ROM: 8X, CD-ROM: 24X)
Connection to 1x DAT72
Internal tape device*2
M5000 second I/O Board Product ID List
Maximum Number
Marketing P/N
Option Description
Supported per System
Comments
MR I/O Tray (4 PCIe and 1 PCI-X slots) .
Without factory integration!
SEFX61U
Up to 1 per M5000
MR I/O Tray (4 PCIe and 1 PCI-X slots) .
Factory integration only!
SEFY61U
Up to 1 per M5000
Note for chapter I/O Board
*1: Notes on LAN connection
LAN ports on the I/O Board and on LAN PCI Express cards belonging to the same partition have the same MAC
address by default. Therefore, do not connect them to the same subnet before you have changed the default MAC
address. You can assign unique MAC addresses to respective LAN ports by changing the OBP environment variable
“local-mac-address?” to “true”.
*2: DVD-ROM drive and the internal DAT drive cannot be connected to the expansion (second) I/O board of the SPARC®
ENTERPRISE M5000.
Product Facts ⏐ Issue: June 01, 2008 ⏐ Product: SPARC® Enterprise M5000
Page 31 / 38
I/O-BOX
Product Overview
The External I/O Expansion Unit (hereafter referred to as I/O Box) is a rack-mountable expansion unit used to expand the
server’s I/O connectivity with up to 12 PCI Express or PCI-X slots. Each I/O-box can contain two External I/O kits (hereafter
referred to as I/O boats) (giving 12 slots in total). Each I/O boat provides either six PCI Express or six PCI-X slots.
To connect to the I/O boat insert a Link Card into a PCI Express slot on the server and connect them with a cable kit.
Up to four I/O Boxes can be connected resulting in 48 external PCI slots for a M5000
Appearance (provisional):
Features
•
Each I/O Box comes with one I/O boat for six PCI Express or six PCI-X slots as standard. By adding a second PCI
Express or PCI-X I/O boat the I/O Box can provide a maximum of 12 slots.
•
•
•
•
•
•
There are two kinds of expansion I/O boats; PCI Express and PCI-X. Mixed I/O boat configuration is supported.
Both PCI Express and PCI-X slot types support PCI HotPlug for I/O cards.
Hot replacement and hot system expansion for each I/O boat is also supported.
Each I/O Box has 1+1 redundant power supply units and supports single or dual power feed.
Hot replacement for each power supply unit is supported.
The I/O Box can be mounted in a 19-inch rack (4U).
Specifications
Items
Specifications
Remarks
Slot type,
number
In base
system
PCI Express: 6
PCI-X: 6
Maximum
number
PCI Express: 12
or
PCI Express: 6 and
PCI-X: 6
PCI-X: 12
or
PCI Express: 6 and
PCI-X: 6
depending on the I/O
boat types which are
mounted
Redundant components
Hot replaceable
components
Power supply units, power system
PCI cards, I/O boats, power supply units
Target servers
M4000/ M5000
IO boat PCI Slot Specifications
I/O boat for PCI Express
PCI Bus
Slot No.
LINK0
PCIE1
PCIE2
PCIE3
PCIE4
PCIE5
PCIE6
No. of Lanes
for exclusive use with a Link Card
Card Size
PCI Express
8
8
8
8
8
8
L
L
L
L
L
L
I/O boat for PCI-X
PCI Bus
Slot No.
Bus Width
Clock Rate
Input Voltage
Card Size
LINK0
for exclusive use with a Link Card
PCI-X
PCIX1
PCIX2
PCIX3
PCIX4
PCIX5
PCIX6
64/32 bit
64/32 bit
64/32 bit
64/32 bit
64/32 bit
64/32 bit
133 MHz
133 MHz
133 MHz
133 MHz
133 MHz
133 MHz
3.3 V/Universal
3.3 V/Universal
3.3 V/Universal
3.3 V/Universal
3.3 V/Universal
3.3 V/Universal
L
L
L
L
L
L
Product Facts ⏐ Issue: June 01, 2008 ⏐ Product: SPARC® Enterprise M5000
Page 32 / 38
PCI Bus:
LINK0:
indicates the types of I/O boat.
indicates slots where Link Cards, separately purchased PCI cards for connecting the server and the I/O Box,
are mounted.
No. of Lanes: indicates the width of PCI Express slot lane and shows eight lanes are supported.
Bus Width:
Clock Rate:
shows PCI slots support a 64-bit width, and any PCI card with a 64-bit or 32-bit width can be used.
indicates operating frequencies supported by each PCI slot. When a 133 MHz operable PCI card is installed,
the clock rate becomes 133 MHz.
Input Voltage: indicates the voltage levels of PCI cards that can operate in the slot. 3.3 V PCI cards and universal PCI
cards (PCI cards that can work at either 3.3 V or 5 V) can be mounted in any slot. PCI cards that only work
in 5 V slots cannot be used.
Card Size:
S indicates short length PCI cards and L indicates long length PCI cards can be installed.
Connection Types (example)
Connection between server and I/O Box is realized by Fibre or Copper Link Card Kit (Link Card) and a dedicated cable
set (Link cable). Insert the Link Card in a PCI Express slot on the server.
Cascade connection of I/O boats is not supported.
Expansion
M5000: Up to 4 external I/O Boxes with 2 boats each are connectable (second internal IOU must be installed for third
and fourth external I/O-Box). Each I/O boat is connected directly to the server and occupies one PCI-express slot in
internal IOU.
Product Facts ⏐ Issue: June 01, 2008 ⏐ Product: SPARC® Enterprise M5000
Page 33 / 38
M5000 external I/O-Box Product ID List
Marketing P/N
Option Description
PCI-Express External I/O Expansion Unit, w. 2x PSUs, w 1 PCI-E Boat,
ROHS-6
Comments
If “Factory integration” will be accomplished or not depends on
order sequencing!
FSC Ext I/O Exp
Unit, 1 PCI-E
SENX8BE1S
PCI-X External I/O Expansion Unit, w. 2x PSUs, w 1 PCI-X Boat, ROHS-6
Without factory integration!
If “Factory integration” will be accomplished or not depends on
order sequencing!
FSC Ext I/O Exp
Unit, 1 PCI-X
Current Status: For order of PCI-X I/O-Box a Request for Special
Release is necessary!
PCI-Express IO-Boat for External I/O Expansion Unit, ROHS-6
Factory integration only!
PCI-Express IO-Boat for External I/O Expansion Unit, ROHS-6
Without factory integration!
currently without
Controller support!
PCI-E IO-Boat for
I/O Exp Unit
PCI-E IO-Boat for
I/O Exp Unit
SENX8BX1S
SENY8TE1U
SENX8TE1U
PCI-X IO-Boat for External I/O Expansion Unit, ROHS-6
Factory integration only!
PCI-X IO-Boat for
I/O Exp Unit
Current Status: For order of PCI-X I/O-Boat a Request for Special
Release is necessary!
PCI-X IO-Boat for External I/O Expansion Unit, ROHS-6
Without factory integration!
currently without
Controller support!
PCI-X IO-Boat for
I/O Exp Unit
SENY8TX1U
Current Status: For order of PCI-X I/O-Boat a Request for Special
Release is necessary!
1x copper Link card Kit (2 boards + 2 x 4M copper cables) for External I/O
Expansion Unit.
Factory integration only!
1x copper Link card Kit (2 boards + 2 x 4M copper cables) for External I/O
Expansion Unit.
Without factory integration!
1x Optical Link card Kit (2 boards + 2 10M optical cables) for External I/O
Expansion Unit.
Factory integration only!
1x Optical Link card Kit (2 boards + 2 10M optical cables) for External I/O
Expansion Unit.
Without factory integration!
1x Optical Link card Kit (2 boards + 2 x 25M optical cables) for External
I/O Expansion Unit.
Factory integration only!
1x Optical Link card Kit (2 boards + 2 x 25M optical cables) for External
I/O Expansion Unit.
Without factory integration!
1x Optical Link Cable Set (10m optical cable) for External I/O Expansion
Unit.
Without factory integration!
1x Optical Link Cable Set (25m optical cable) for External I/O Expansion
Unit.
currently without
Controller support!
SENX8TX1U
SELY8LK1U
SELX8LK1U
SENY8LK2U
SENX8LK2U
SENY8LK3U
SENX8LK3U
SENX8FC1U
SENX8FC2U
Notes:
copper Link Card
Kit, 4 M
copper Link Card
Kit, 4 M
Optical Link Card
Kit, 10 M
Optical Link Card
Kit, 10 M
Optical Link Card
Kit, 25 M
Optical Link Card
Kit, 25 M
Optical Link Cable
only, 10m
Optical Link Cable
only, 25m
Without factory integration!
-
To connect to a server each I/O boat requires its own Link Card Kit. The Link Card Kits are not included in the basic I/O
Box configuration and must be purchased separately.
-
It is not supported to connect the two IO boats within one I/O-Box to different servers. If two I/O boats are equipped they
have to be connected to the same server.
Product Facts ⏐ Issue: June 01, 2008 ⏐ Product: SPARC® Enterprise M5000
Page 34 / 38
External storage units for M5000
External storage units for HDDs or MTC drives (differential SCSI)
DN413 disk node for high performance HDD
Overall view disk nodes (new generation)
Disk node
Drive interface
Node interface
Capacity per disk
Maximum capacity / disk node
Cabinet type
Redundant components
Controller to connect (HBA)
Throughput
DN413
U320 SCSI Wide (LVD)
U320 SCSI Wide (LVD)
73 GByte, 146 GByte, 300 GByte
2x (7x300) = 4.2 TByte
19" rack-mount (3 HU)
Fan (std), PSU/DPF (option)
SG-(X)PCIE2SCSIU320Z
2x 320 MByte/s
Maximum cable length
Max. number of DN413 per dual
port HBA
10 m
1x DN413 = 4 TByte
RAID level
0, 1 by SW
Cluster
NO
1 - 2 cables, 1 – 2 HBA, 1 – 14 Disk’s (FP81, FP84 or FP85, FP86)
Rack for mounting.
Required additional components
Disk nodes DN413 are for single server nodes. For the order numbers see table below.
Order number for disk node DN4x
Disk Subsystem for single node configuration
„ 2 SCSI strings with 7 HDD bays each for disks with SCSI U320 LVD I/F
„ 2 SCSI connection module single port U320
„ rack-mountable box, needs 3U in a 19“-rack
„ 1 cable carrier (ZB527) and 1 support bracket (ZB5211) for 19“-rack
BG5x are included
Power supply unit, providing redundant PSU configuration for
D:GPDS2-DN413.
D:GPDS2-DN413 Disk Subsystem
D:GPDS2-SV30 Power supply unit
„ The redundant PSU adds dual AC power input/feed to GPDS2- DN413
NOTES on electrical connection and installation of the box
„ The " Disk Node " (DN413) can be installed in the 19-inch rack PRIMECENTER.
„ The plug (IEC320) of the AC power cord, which is shipped with GPDS2-DN413, matches with the outlets of the multiple
socket outlets in the 19" rack.
„ The GPDS2-DN413 has two AC power cords if a redundant PSU is installed. Note that the boxes do support dual AC power
input/feed when a redundant PSU is installed.
„ To support dual AC power input/feed the AC power cords (of standard PSU and redundant PSU) must be plugged into
independent power grids (circuits) within the building's wiring.
„ When connecting the cables from standard PSU and redundant PSU to the same power grid (circuit) within the building's
wiring, you will get redundant power supply functionality instead of dual AC power supply functionality.
„ As long as standard PSU and redundant PSU are working accurately, they share the output load. The outputs of all PSUs
are connected in parallel.
NOTES on ordering
„ The (basic) disk node for 19" rack (GPDS2- DN413) does NOT include HDDs. HDDs must be ordered as separate items.
„ To configure DN413 with redundant power supply or support dual AC power input/feed, a redundant PSU (GPDS2-SV30)
must be ordered.
„ The maximum Disks are 7 per SCSI string and 14 per Disk Node Box GPDS2-DN413.
„ Standard cable carrier and support brackets for 19” racks PCR2 (BG5x)
„ All basic boxes for DN413 include support brackets.
„ 1 cable carrier (ZB527) for mounting within 19“ rack BG5x belongs to all DN413
„ The diagnostic is done via SCSI in band SAF-TE (SCSI Access Fault-Tolerant Enclosure).
„ Daisy chaining of disk nodes/ packages DN413) or daisy chaining of the 2 strings of one disk node is not supported.
„ The disk node DN413 comes without SCSI cable. 1 SCSI cable has to be ordered for each connection from a SCSI string (=7
HDD bays) to a SCSI controller within a node as separate items. Order numbers see below chapter drawing.
„ You may connect the 2 strings of a disk node DN413 to different compute nodes. The DN413 is switched ON/OFF by
"terminator power“ from the SCSI controller, i.e. ON with ON of the first compute node and OFF with OFF of the last compute
node. If the temperature inside the DN413 reaches an abnormal level (because of a fatale error), all connected compute
nodes shut down and switch off the disk node.
Product Facts ⏐ Issue: June 01, 2008 ⏐ Product: SPARC® Enterprise M5000
Page 35 / 38
Hard Disk drives for DN413*
73 GByte 15,000rpm, Ultra SCSI LVD320
Fast drives with short access time
D:GPDS2-FP81 Hard disk 73GB 15kRpm
D:GPDS2-FP84 Hard disk U320 10k 146 GB
D:GPDS2-FP85 Hard disk U320 10k 300 GB
D:GPDS2-HDP3 HD bundle with 4 x 73 GB 15Krpm
146 GByte 10,000rpm, Ultra SCSI LVD320
300 GByte 10,000rpm, Ultra SCSI LVD320
292 GByte of disk space, 4 drives 73 GByte each
584 GByte of disk space, 4 drives 146 GByte each
Allowed in DN413.
D:GPDS2-HDP4 HD packet with 4 x 146 GB U320 10Krpm
D:GPDS2-FP86 Hard disk 73GB 15kRpm
73 GByte 15,000rpm, Ultra SCSI LVD320
Fast drives with short access time
292 GByte of disk space, 4 drives 73 GByte and 15,000rpm
each
D:GPDS2-HDP5 HD bundle with 4 x 73 GB 15Krpm
NOTES on disks for DN413:
„ These HDDs can be mounted in „DN413 boxes“ only, but NOT in system cabinets.
Disk subsystems, cable connection diagrams with cable list
Connecting Disk node DN413 to SCSI HBAs within single node configurations
(up to 320 MByte/s)
DN413 is not usable for shared disks in cluster configurations.
-
D:GPDS2 DN413
3U
Disk Subsystem Dual Port
F
UltraSCSI
I/O module
LVD-SCSI PCI –
U320 HBA
7 disk bay
7 disk bay
UltraSCSI
I/O module
-
D:GPDS2 SV30
Redundant PSU
The second UltraSCSI I/O module in this drawing can either be connected to the second port of a DualPort HBA or to another
HBA which may or may not belong to another partition.
Cables for connecting disk nodes -DN413 to U320 SCSI HBA (up to 320 MByte/s)
D:GPDS2-KB04
D:GPDS2-KB05
D:GPDS2-KB10
SCSI cable UHD68(S)-UHD68(S) 4m (DN41*)
SCSI cable UHD68(S)-UHD68(S) 5m (DN41*)
SCSI cable UHD68(S)-UHD68(S) 10m (DN41*)
SCSI cable UHD68(S)-UHD68(S), customized length
Note on cable carrier:
The cable carrier
GPRAC-ZB527 requires
additional cable length of
approx. 1m
F
SNP:SY-F2365E500-P needed, if the rack internal cabling shall be done by
factory.
Product Facts ⏐ Issue: June 01, 2008 ⏐ Product: SPARC® Enterprise M5000
Page 36 / 38
BG57 for accessible devices
Order number for BG57
Rack-mountable box, 3 HU, 4 bays (1.6” high)
„ 2 SCSI strings (2 bays each) as standard
19" Rack Box f. changeable Peripheral
2channel U160
„ 4 SCSI strings (1 bay each) with optional EPRCK-AN60
„ 1 SCSI strings (4 bays) with optional EPRCK-AN62
„ Each SCSI string may be connected to a different server.
Note: NO redundant PSU available.
D:EPRCK-BG57
For configurations with 4 SCSI strings with 1 bay each or 3
strings with 2x1 plus 1x2 bays.
D:EPRCK-AN60 Upgrade kit PW BG57 to 4channel U160
D:EPRCK-AN62 Change kit PW BG57 to 1channel U160 For connecting the 4 bays of one BG57 to 1 SCSI string
1 adapter AN55 required for each 8-bit device within a
D:EPBOX-AN55 Adoption set for 8bit SE devices
BG55/BG57 box
Drives for BG57
36 GByte (native) to 72 GByte (compressed)
16bit „ Install in EPRCK-BG57 rack mountable box only
LVD „ Do NOT mix with 8bit drive within 1 box
D:EPBOX-MC57 MTC DAT72, 36-72GB, box
„ Current Control²CD required
80 GByte (native) to 160 GByte (compressed)
16bit „ Install in EPRCK-BG57 rack mountable box only
LVD „ Do NOT mix with 8bit drive within 1 box
D:EPBOX-MC77 MTC 8mm, 80-160GB
„ Current Control²CD required
200 GByte (native) to 400 GByte (compressed)
„ Install in EPRCK-BG57 rack mountable box only
„ Do NOT mix with 8bit drive within 1 box
16bit
LVD
D:EPBOX-MC88 MTC LTO 2 HH, 200/400GB
NOTES on BG57 MTC drives:
„
These devices can be mounted in BG57 boxes only, NOT in system cabinets.
BG57 for accessible devices, cable connection diagrams with list of cables
Connecting BG57 to controller with LVD I/F
3U
D:EPRCK-BG57
4 bays 5¼“
D
D
LVD-SCSI HBA (see chapter
“Drives for BG57”)
LVD-SCSI HBA (see chapter
“Drives for BG57”)
= EPBOX-AN55
D:EPRCK-BG57
4 bays 5¼“
3U
3U
D:EPRCK-BG57
4 bays 5¼“
β
α
Product Facts ⏐ Issue: June 01, 2008 ⏐ Product: SPARC® Enterprise M5000
Page 37 / 38
Cables for connecting BG57 boxes to SCSI controller (up to 80MByte/s, device dependent)
SCSI cable 3m (68pin UHD and 68pin
D:KB235-M3
Amplimite)
SCSI cable 5m (68pin UHD and 68pin
Amplimite)
SCSI cable 8m (68pin UHD and 68pin
Amplimite)
SCSI Connection Cable, 10m
D:KB235-M5
These cables can be installed if the boxes contain drives
with LVD I/F only.
D
D:KB235-M8
D:KB243-M10
Cables to configure the BG57 box
The cable connects 1 or 2 bays in a BG57 to 1 input
connector of the box.
2 cables are included in the kit
1 kit (=2 cables) are included in BG57
This kit is needed when all 4 bays must be connected in
EPRCK-AN60
EPRCK-AN62
Upgrade kit PW BG57 to 4 channel U160
α
β
Change kit PW BG57 to 1 channel U160 daisy chain to 1 input connector of the box. The
standard cables of the box cannot be used in this case.
Service clearance
Service clearance
800 mm
rear side
19-inch rack
1100 mm
Service clearance
front side
900 mm
800 mm
700 mm
800 mm
M5000 Connectivity
Please refer also to:
Sparc Enterprise Server
Link:
Powertool
Link:
Available and supported external storage peripherals and UPS
Links:
Please refer to:
PRIMEPOWER Open Connectivity (incl. IHV Support Matrix)
Product Facts ⏐ Issue: June 01, 2008 ⏐ Product: SPARC® Enterprise M5000
Page 38 / 38
Link:
Open page:
Information about UPS (Uninterruptable Power Supplys):
UPSes are only available up to 20kVA for M8000 (Masterguard, rack mounted, single phase). UPSes with more power (or
3phase) are not available yet (at FSC), but the connection/installation is supported by partners like MASTERGUARD.
20kVA APC planned.
Links:
Support Page
Link:
For Datasheets for Service Packs / Service Contracts please refer to:
PRIMECENTER Rack
Link:
Further information and contacts
mailto:[email protected], PRIMEPOWER-Office
Further information and contacts
Risse, Franz-Josef
All rights, including rights created by patent grant or registration of a utility model or design, are
reserved. Delivery subject to availability; right of technical modifications reserved.
All hardware and software names used are trade names or trademarks of their respective
manufacturers.
Published by department:
Company stamp
Enterprise Server Products
Product Management
Copyright © Fujitsu Siemens Computers, 06/2008
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