
Memory Configuration Guidelines C-9
6. Install any remaining modules (2 SIMMs), filling in the lowest-numbered slots on the extender with the
most available slots.
Procedure for Dual Memory Extenders — Detailed
Step 1. You must remove any modules from each memory extender.
If you have only one pair of memory modules in your system, and that pair has been split
across the two memory extenders, you will get a "Memory not optimized" warning when
you boot your system. Remove the module from one extender and add it to the module on
the other extender (see Step 5 below).
Step 2. Combine the removed and new memory modules and organize them into four groups:
•
512MB modules
•
256MB modules
•
128MB and 64MB modules (combined in the same group)
•
32MB modules.
Step 3. From each memory group, create as many pairs of modules (sets of 2 modules, or 4 SIMMs) as
possible. A 128MB and 64MB module can be used as a pair of modules since they are from the
same group. Set aside any remaining modules of each size for installation last.
Remember, each module consists of 2 same-size SIMMs. Any remaining single SIMMs are
"unusable."
Step 4. Locate and identify each available slot by its slot number and letter (e.g., 0a, 0b) on each
memory extender. Identify the sequence of slots from lowest to highest
Step 5. Install any pairs of modules first as follows:
A. Install modules in decreasing size: start with the largest memory size and end with the smallest. Within
a mixed-group of 128MB and 64MB modules, install the 128MB modules first.
B. Install pairs of modules beginning with the lowest available slot number on the extender with the most
slots open.
If both extenders are empty, the first pair of module would go in slots 0a/0b and 1a/1b on the first
extender; the second pair of modules would go in slots 0a/0b and 1a/1b on the second extender; the next
Notes
In the examples that follow, the extenders are labeled "first extender" and "second extender." It is also
useful to refer to these as "Extender 0" and "Extender 1", corresponding to the lower and upper
extender slots in the system memory bay.
Adding A Memory Extender
If you are adding a new memory extender at the same time you are adding memory, you will likely
need to remove and re-sequence all the memory modules from your current memory extender. Review
these optimization procedures for dual memory extenders to understand the need for balancing pairs of
memory modules across the two extenders.
Summary of Contents for 3000/9x9KS Series
Page 14: ...xiv Contents E Sources of Information on the Web ...
Page 28: ...2 8 Install and Configuration Figure 2 4 HP PB I O Slot Location Diagram Kx70 Kx80 ...
Page 44: ...2 24 Install and Configuration ...
Page 68: ...3 24 Troubleshooting HP 3000 Core I O Figure 3 4 HP 3000 Core I O ...
Page 120: ...5 6 Diagnostics ...
Page 128: ...6 8 Replaceable Parts Figure 6 4 Peripheral Bay Expanded View ...
Page 136: ...6 16 Replaceable Parts ...
Page 150: ...7 14 Removal and Replacement Figure 7 11 Peripheral Bay Rear View ...
Page 180: ...7 44 Removal and Replacement Figure 7 35 Cabinet Exploded View Rear ...
Page 209: ...SCSI and I O 8 21 Figure 8 3 A3629A ST19171WD J2 and J6 Jumper Settings ...
Page 217: ...SCSI and I O 8 29 Figure 8 7 A3353A source 2 J3 Jumper Positions ...
Page 218: ...8 30 SCSI and I O Figure 8 8 A3353A source 2 Option Connector Jumper Positions ...
Page 280: ...8 92 SCSI and I O Diagnostics CSTM SCSIDDS SYSMAP IOMAP ...
Page 298: ...8 110 SCSI and I O Diagnostics SCSICD IOMAP SYSMAP ...
Page 302: ...8 114 SCSI and I O ...
Page 308: ...Support Information B 2 HP 9x9KS Block Diagram Figure B 1 HP 3000 9x9KS Block Diagram ...
Page 309: ...B 3 Support Information HP K100 Block Diagram Figure B 2 HP 9000 K100 Block Diagram ...
Page 310: ...Support Information B 4 HP K2x0 K4x0 Block Diagram Figure B 3 HP 9000 K2x0 K4x0 Block Diagram ...
Page 311: ...B 5 Support Information Kx70 Kx80 Block Diagram Figure B 4 HP9000 Kx70 Block Diagram ...
Page 342: ...Memory Configuration Guidelines C 16 ...
Page 350: ...D 8 New System Features ...