Tandem Capacity Model (TCM) Manual

Table 2 CONVERTTO Values — Type, Model and Version (continued)
NonStop Product VersionProcessor ModelProcessor Type
G06, G05, G03, G02NSR-GS70K
G05, G03, G02NSR-WS07K
* Indicates multi-core processor
When you use the CONVERTTO t u entry to normalize a measurement data file with mixed CPU
types to an output CPU type, you can get a fractional number of CPUs.
CPUFACTOR Entry
CPUFACTOR is an optional entry that enables you to override the default CPU conversion factors.
These factors represent approximate relative CPU speeds. This entry has no effect when the
measurement data contains only one CPU type. The default values are identical to the ones used
by TCM.
The syntax is:
CPUFACTOR t [r] xxxx.yy s [i]
Where:
t
is the CPU type for which the default conversion factor will be overridden. Values are found
in the table, below.
r
is an optional NonStop Kernel version. G, H, or J are acceptable values.
xxxx.yy
is the new conversion factor for the CPU type t. It is a positive number between 0000.01 and
9999.99. This value must be exactly seven characters long.
s
is the type, subtype of the CPU. Both type and subtype are numeric values separated by the
delimiter ','. e.g... 10,71 for NSE-M
[i]
is the IPU count of the CPU. This field is optional and is applicable only for multi-core CPUs.
The valid values are found in this table, where default values are based on the speedup of NSR-T
CPU as 51.88.
Table 3 CPUFACTOR Values
IPU CountDefault Values
NonStop Product
VersionNameType, SubtypeProcessor Model
N.A.16.56G05, G03, G02S07K8,1NSR-W
N.A.39.11G06, G05, G03,
G02
S70K9,0NSR-G
N.A.51.88G06S72K9,1NSR-T
N.A.40.12G06S74c9,10NSR-D
N.A.63.76G06S76c9,11NSR-E
N.A.82.42G06S78c9,14NSR-J
N.A.67.10G06S74K9,2NSR-V
N.A.99.77G06S76K9,3NSR-X
N.A.113.58G06S78K9,13NSR-H
42 Using MeasTCM