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SUP: IBM SP

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Standard configuration

Node type

375 MHz POWER3 SMP Thin Node

375 MHz POWER3 SMP Wide Node

POWER3 SMP High Node

Processor

375 MHz 2, 4-way POWER3-II

375 MHz 2, 4-way POWER3-II

222 MHz 2, 4, 6, 8-way POWER3

L1 cache

64KB data(a)/32 KB instruction(a)

64KB data(a)/32KB instruction(a)

64KB data(a)/32KB instruction(a)

L2 cache

8MB(a)

8MB(a)

8MB(a)

RAM memory

256MB

256MB

1GB

Mem. bus width

128-bit

128-bit

1280-bit

Internal storage

None Required(b,c)

None Required(b,c)

None Required(b,c)

Disk/media bays

Two

Four

Two/Twenty-six(h)

PCI Expansion slots

Two

Ten

Five (f)/Fifty-three(h)

Nodes per frame

 tall/short

Sixteen/eight

Eight/four

Four/N/A

Bus speeds

 for I/O adapters

132MB/second

132 and 264MB/second (triple bus)

264MB/second

 for Switch adapter

480MB/second

480MB/second

400MB/second

Adapters

Integrated Ultra2 SCSI and Ethernet (10/100 Mbps)

Integrated Ultra2 SCSI and Ethernet (10/100 Mbps)

Integrated Ultra2 SCSI and Ethernet (10/100 Mbps)

System expansion

Maximum RAM

8GB

8GB

16GB

Maximum internal storage

36.4GB(C)

109.2GB (C)

36.4(C)/946.2GB(h)

SP expansion I/O units

N/A

N/A

Zero through Six

SP Switch and adapter

300MB/second

300MB/second

300MB/second



Node type

332 MHz SMP Thin Node

332 MHz SMP Wide Node

Processor

332 MHz 2, 4-way PowerPC 604e

332 MHz 2, 4-way PowerPC 604e

L1 cache

32KB data(a)/32KB instr(a)

32KB data(a)/32KB instr(a).

L2 cache

256KB(a)

256KB(a)

RAM memory

256MB

256MB

Mem. bus width

128-bit

128-bit

Internal storage

None required (b,c)

None required (b,c)

Disk/media bays

Two

Four

PCI Expansion slots

Two

Ten

Nodes per frame

 tall/short

Sixteen/eight

Eight/four

Bus speeds

 for I/O adapters

132MB/second

132 and 264MB/second (triple bus)

 for Switch adapter

400MB/second

400MB/second

Adapters

Integrated SCSI-2 F/W; Ethernet (10 Mbps)

Integrated SCSI-2 F/W and Ethernet (10 Mbps)

System expansion

Maximum RAM

3GB

3GB

Maximum internal storage

36.4GB(C)

72.8GB(C)

SP expansion I/O units

N/A

N/A

SP Switch and adapter

300MB/second

300MB/second



 
RS/6000 SP Comparison Chart
Machine type     9076     9076     9076     9076     9076    
Node Type
    332 MHz     332 MHz     375 MHz POWER3 SMP     375 MHz POWER3 SMP     POWER3 SMP    
Packaging
    Thin     Wide     Thin     Wide     High    
Microprocessor
                                 
Type
    PowerPC 604e     PowerPC 604e     POWER3-II     POWER3-II     POWER3    
Processors per node
    2/4     2/4     2/4     2/4     2/4/6/8    
Clock rates
    332 MHz     332 MHz     375 MHz     375 MHz     222 MHz    
Memory
                                 
System(min/max)
    256MB/3GB*     256MB/3GB*     256MB/8GB*     256MB/8GB*     1GB/16GB*    
L2 Cache
    256KB**     256KB**     8MB**     8MB**     4MB**    
PCI I/O Capacity
                                 
Slots available(base node)
    2 PCI (32-bit)     10 PCI(7 32-bit/3 64-bit)     2 PCI (32-bit)     10 PCI (2 32-bit/8 64-bit)     5 PCI(1 32-bit/4 64-bit)    
Slots available(per SP Expansion I/O)
    N/A     N/A     N/A     N/A     8 PCI (64-bit)    
Slots available(base node and six SP Expansion I/O Units)
    N/A     N/A     N/A     N/A     53 PCI (1 32-bit/52 64-bit)    
Internal Disk Capacity
                                       
min/max(base node)
     
0/36.4GB
     
0/72.8GB
     
0/36.4GB
     
0/109.2GB
     
0/36.4GB
   
min/max (base node and six SP Expansion I/O Units)
     
N/A
     
N/A
     
N/A
     
N/A
     
0/946.4GB
   
Benchmarks
                                 
SPECint_base_rate95
    245/485     245/485     407/812     407/812     229/450/661/908    
SPECfp_base_rate95
    206/364     206/364     804/1359     804/1359     461/910/1329/1760    
Relative ROLTP Performance
     
17.9/32.8
     
17.9/32.8
     
44.0/80.0
     
44.0/80.0
     
23/43.3/64.0/81.3
   
9076-500 - short frame available with up to 8 Thin nodes or 4 Wide nodes
9076-550 - tall frame available with up to 16 thin nodes, 8 wide nodes, 4 high nodes or 16 SP Expansion I/O Units

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Diapositiva 12
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19-23 de Junio de 2000