IBM SCOD-3ZVQ5W Configuration And Options Manual page 287

Datacenter scalable solutions
The Datacenter Scalable Program Offering delivers a Datacenter Solution that meets Microsoft Datacenter
certification requirements in a non-cluster environment giving the customer greater freedom in choosing I/O
and other system components.
Table 50. Datacenter Scalable Configurations
The Datacenter Scalable Solutions will contain, at a minimum, the components below in the appropriate
quantities. Additional Datacenter certified options are listed in the 'Additional Options' table. Required service
offerings are listed in the 'Required Service Offerings' table.
Option
Number
Select one of the following
Single Core Processors
88722DY 4 x 3.0GHz/667MHz Xeon MP, 4GB Mem,
open-bay, 32-bit WS03, Scalable DC
88723DY 4 x 3.33GHz/667MHz Xeon MP, 4GB Mem,
open-bay, 32-bit WS03, Scalable DC
88722EY 4 x 3.0GHz/667MHz Xeon MP, 4GB Mem,
open-bay, 64-bit WS03, Scalable DC
88723EY 4 x 3.33GHz/667MHz Xeon MP, 4GB Mem,
open-bay, 64-bit WS03, Scalable DC
Dual Core Processors
88725DY 4 x Dual Core 2.66GHz/667MHz-2MB Xeon
MP, 4GB Mem, open-bay, 32-bit WS03, Scalable
DC
88726DY 4 x Dual Core 3.0GHz/667MHz-4MB Xeon MP,
4GB Mem, open-bay, 32-bit WS03, Scalable DC
88725EY 4 x Dual Core 2.66GHz/667MHz-2MB Xeon
MP, 4GB Mem, open-bay, 64-bit WS03, Scalable
DC
88726EY 4 x Dual Core 3.0GHz/667MHz-4MB Xeon MP,
4GB Mem, open-bay, 64-bit WS03, Scalable DC
88727DY 4 x Dual Core 2.67GHz/667MHz-2x1MB L2
Cache Xeon MP, 4GB Mem, open-bay, 32-bit
WS03, Scalable DC
88728DY 4 x Dual Core 2.67GHz/667MHz-2x2 MB L2
Cache Xeon MP, 4GB Mem, open-bay, 64-bit
WS03, Scalable DC
88727EY 4 x Dual Core 2.67GHz/667MHz-2x1MB L2
Cache Xeon MP, 4GB Mem, open-bay, 64-bit
WS03, Scalable DC
88728EY 4 x Dual Core 3.0GHz/667MHz-2x2 MB L2
Cache Xeon MP, 4GB Mem, open-bay, 64-bit
WS03, Scalable DC
1
Description
2, 3
Total Qty Total Qty
4-way 8-way
1 1
1 1
1 1
1 1
1 1
1 1
1 1
1 1
1 1
1 1
2 4
2 4
Chapter 21. Datacenter solution program
Total Qty Total Qty
16-way 32-way
1 1
1 1
1 1
1 1
1 1
1 1
1 1
1 1
1 1
1 1
2 4
2 4
279