Honeywell 66 User manual

:3: mama-
FOR INTERNAL USE ONLY
LEVEL 66&66/DPS
CONFIGURATION
GUIDE

SERIES 60 (LEVEL 66 & 66/DPS)
CONFIGURATION GUIDE
FOR
INTERNAL
USE
ONLY
SUBJECT
Information
for
Configuring
the
Level
66
Processor,
IOM,
and
System
Control
Unit
ORDER NUMBER
DH92,
Rev.
0
February
1979
Honeywell

Level 66, Level 66/DPS Configuration Guide
PREFACE
This
guide
provides
nearly
complete
freestanding
information
for
configuring
any
portion
of
a
Level
66
system
except
for
terminals.
Do
not
use
it
until
you
have
read
the
preceding
hardware
outlines.
Included
are
the
Level
66
systems
as
modified
by
announcements
of
June
and
September,
1976,
and
the
66/DPS
systems
announced
in
January,
1978.
All
configuring
rules
are
given
on
the
basis
of
use
of
4K
bit
MOS
memory
chips
with
16
pins.
Shipment
of
this
memory
began
in
Third
Quarter,
1977.
Prior
4K
bit
MOS
chips
had
22
pins.
The
16-pin
chip
increases
the
quantity
of
memory
which
can
be
included
in
cabinets
which
contain
memory.
The
guide
is
constructed
to
be
as
self-teaching
as
possible
and
to
provide
for
configuring
both
initial
system
orders
and
subsequent
add-ons.
Material
in
this
guide
dealing
with
Level
66
mainframes
consists
primarily
of
a
set
of
charts
and
brief
summaries
which
are
designed
to
be
largely
self-explanatory.
The
charts
provide
a
foundation
based
on
definitions
and
fundamental
rules.
By
following
the
appropriate
flowcharts,
step
charts,
and
tables
you
will
be
able
quickly
and
easily
to
configure
any
initial
system
order
or
add-on
order
accurately.
This
material
is
divided
into
gross
functional
sections.
Be
sure
to
read
the
Table
of
Contents
before
using
the
configuration
material.
The
Table
will
show
you
the
pattern
of
approach
used
in
configuring.
Section
I
summarizes
key
general
rules
and
policies
which
govern
configuration
of
Level
66
systems.
Included
also
are
key
definitions,
some
of
which
are
standard
or
official
and
others
which
are
unofficial,
used
only
in
this
material.
Before
doing
any
configuring
you
should
always
review
Section
I.
Section
II
provides
a
master
flowchart
which
identifies
the
sequence
and
components
to
be
considered
in
configuring
mainframes.
Detach
this
flowchart
and
keep
it in
view
while
you
use
it
to
access
other
portions
of
this
material
in
order
to
configure
easily,
completely,
and
accurately.
©
1979,
Honeywell
Information
Systems
Inc.
File
No.:
3PW2
[)ng
REV.
0

The
flowchart
has
page
numbers
for
various
sections
to
refer
to
for
configuration
of
the
component
at
each
level
of
the
flowchart.
Section
III
explains
how
to
order
a
whole
mainframe
initially,
where
there
are
no
optional
replications
(like
modules)
in
the
mainframe.
It
guides
you
to
various
pages
and
tables
which
define
the
CPS
(central
processing
system)
or
base
type
numbers
for
each
possible
Level
66
model
and
mainframe
packaging
(ICU—based
and
freestanding).
Section
IV
covers
the
aspects
for
configuring
the
components
needed
within
each
IOM.
These
components
relate
to
physical
IOM
channels
for
peripheral
subsystems,
the
assignment
of
logical
channels
(data
paths)
for
each
physical
channel,
and
the
assignment
of
the
scratchpad
feature
called
DRE
(data
rate
expansion).
Section
V
provides
for
configuring
optional
mainframe
functional
components
-
processors,
IOMs,
SCUs.
Use
this
section
for
both
the
initial
order
and
for
additional
orders
which
involve
these
components.
Section
VI
handles
the
cases
for
expanding
the
size
of
memory
on
an
installed
system.
Sections
VII
and
VIII
relate
to
the
simple
tasks
of
configuring
motor
generator/control
sets
and
console
subsystems
respectively.
Section
IX
gives
examples
of
various
mainframe
configurations.
Use
these
in
conjunction
with
the
master
flowchart
from
Section
II
to
get
some
practice
.
in
configuring
for
virtually
every
combination
possible
in mainframes.
Sections
X
and
above
deal
with
individual
types
of
peripheral
subsystems
and
peripheral
switches.
Included
also
is
configuration
of
all
FNPs.
iii
DH92.
Rev.
0

Section I.
Section II.
Section III.
Section IV.
Section V.
Section VI.
Section VII.
Section VIII.
Section IX.
Section X.
Section XI.
Section XII.
Section XIII.
Section XIV.
Section XV.
Section XVI.
Section XVII.
Section VIII.
Section XIX.
Section XX.
Section XXI.
Contents
General
Policies
and
Definitions
.............................
1
Master
Flowcharts
for
Mainframe
Configuring
..................
13
Initial
Order
for
Base
Mainframe
—
Configurator
Tables
...........
16
Configuring
Within
IOM
...................................
25
Configuring
Non-DPS
Optional
Processors,
SCU’s,
IOM’s-
Initially
or
as
Upgrades
...................................
51
Configuring
Non-DPS
Memory
Additions/
Upgrades
..............
56
Configuring
Motor
Generator
and
Control
Sets
..................
59
Configuring
Consoles
—
Rules
for
Console
Subsystems
............
6O
Mainframe
Configuration,
Examples
—
Initial
Orders
and
Additions.
.
56
Configuring
Unit
Record
Subsystems,
Examples
—
Initial
Orders
and
Additions
...............................
66
Configuring
Magnetic
Tape
Subsystems,
Examples
—
Initial
Orders
and
Additions
...............................
72
Configuring
Mass
Storage
Subsystems
Not
For
Use
on
66/05
.......
81
Configuring
Mass
Storage
Subsystems
on
66/
05
Only
.............
105
Mass
Storage
Configuration
Examples
.........................
1
14
Document
Handler
Subsystems
..............................
1
15
Configuring
Manual
Peripheral
Switch
Subsystems
...............
134
Generics
of
Data
Communications,
F
ront-end
Network
Processors
(FNP’s)
.......................
140
Configuring
Original
DN66l6/6624/6632
FNP’s
.................
146
Configuring
New
DN66l6/6624/6632
(DN6600—1)
.......
.
.......
176
Configuring
Level
6-Based
FNP’s
(Not
DN6600—l)
66/05
INP,
DN6670,
DPS
INP/ANP
.........................
193
Summary
of
DPS/Non—DPS
Software
Aspects,
Preliminary,
Subject
to
Change
and
Correction
...........................
217
DH92
iv

SECTION I
General Policies and Definitions
A.
Model
Restrictions
for
Level
66
Balanced
Multidimensional
Family
1.
These
are
indicated
for
those
models
where
special
restrictions
apply.
Restrictions
shown
are
based
on
USISG
policies.
Other
organizations
may
have
different
policies.
All
systems
are
governed
by
the
peripheral
subsystem
maximums
and
minimums
in
Section
I.
C.
2. 66/05
a.
18
physical
IOM
channel
spaces
standard.
No
additional
provided.
b.
Magnetic
tape
——
maximum
of
one
single-channel
or
dual—channel
MTP
with
8
tape
units
of
0410,
0412/0411
type.
No
other
tape
units
are
allowed.
,\
c.
Disk
--
maximum
of
one
single-channel
MSP
with
maximum
of
8
spindles
—
MSU0402/0451/0500
units.
d.
Unit
record
--
maximum
of
one
URP
and
4
unit
record
devices.
e.
FNP
--
INP
("integrated"
network
processor)
is
included
with
CPS6058
version
only,
and
used
only
for
that
version.
It
is
supplementable
by
DN616/6624/6632/6670.
The INP
cannot
be
deleted
from
the
system.
An
upgrade
kit,
DCK6604
is
available
which
removes
the
8
line
limitation.
GRTS
required
in
INP.
CPS6050
does
not
include
any
FNP.
f.
Only
ICU-based
type
of
mainframe
is
available.
g.
See
also
Section
I.
E.
for
replication
options.
B.
Model
Restrictions
for
Level
66
Time
Sharing
Biased
Multidimensional
Family
.(A‘\
1 DH92. Rev. 0

SECTION I
General Policies and Definitions
These
are
indicated
for
those
models
where
special
restrictions
apply.
All
systems
are
governed
by
the
peripheral
subsystem
maximums
and
minimums
in
Section
I.C.
66/07
a.
18
physical
IOM
channel
board
spaces
maximum
(and
standard).
b.
Magnetic
tape
——
maximum
of
one
single—channel
MTP
with
8
tape
units
of
0410,0412/8411
type.
No
other
tape
units
are
allowed.
No
dual-channel
MTP
allowed.
c.
Disk
--
maximum
of
two
MSPs
and
system
total
of
two
simultaneous
disk
channels
and
8
MSUQ462
or
MSUfl451
or
4
MSUQSEZ
disk
units
or
mixtures,
to
a
total
of
8
spindles.
d.
Unit
record
--
maximum
of
one
URP
and
4
unit
record
devices.
e.
FNP
--
maximum
of
one
DN6616
or
DN6624
or
DN6632
or
DN6670.
f.
Only
the
ICU-based
type
of
mainframe
is
available.
9.
Maximum
of
one
DHP0701.
h.
Software
release
3/I
or
later
required.
1.
See
also
Section
I.E.
for
replication
options.
66/17
a.
18
physical
IOM
channel
board
spaces
in
IOM.
b.
FNP
--
maximum
of
one
DN6624
or
DN6632
or
DN6616
or
DN667Q.
2
DH92.
Rev.
E

SECTION I
General Policies and Definitions
c.
Software
release
3/I
or
later
required.
d.
See
also
Section
I.
E.
for
replication
options.
4.
66/27
a.
18
physical
IOM
channel
board
spaces
in
IOM.
b.
FNP
-—
maximum
of
one
DN6624
or
DN6632
or
DN6670
or
DN6616.
c.
Software
release
3/I
or
later
required.
d.
See
also
Section
I.E.
for
replication
options.
C.
Minimum
and
Maximum
Peripheral
Subsystems
per
Level
66
System
1.
Lower
speed
peripheral
subsystems.
a.
System
console
(CSU6G04)
l
(l)
(4)
or
b.
System
control
center
(CSU6005)
l
(l)
(4)
c.
Card
reader
or
card
reader/punch
1
As
needed
(5)
d.
Card
punch
0
As
needed
(5)
e.
Printer
1
As
needed
(5)
f.
DHP0700/0701
0
1-3
(2)
(4)
g.
FNP
G
4
or
8
(4/JS)
(3%
Footnotes:
1)
Every
system
must
contain
at
least
one
console
subsystem.
GCOS
supports
a
maximum
of
4
consoles
(5
console
CRT
screens).
See
console
discussion
in
Peripherals
outline.
3
‘
DH92.
Rev.
6

SECTION I
General Policies and Definitions
2)
A
DHPG700
may
have
up
to
4
document
handlers
running
simultaneously.
A
DHPG701
may
run
one
or
two
simultaneously.
Depending
on
Level
66
model
and
memory
size,
and
amount
of
work
done
per
document
by
DHP,
it
may
be
possible
to
use
up
to
3
per
Level
66
system
(3
DHPs),
and
a
maximum
of
9
document
handlers
simultaneously.
3)
Depends
on
memory
size
of
Level
66
system.
4)
Maximum
of
one
DHPG760
or
DHP0701
on
66/fl7/05.
5)
Maximum
of
4
unit
record
devices
and
one
URP
in
66/05/fl7.
2.
Higher
speed
peripherals.
Min
Max
a.
Magnetic
tapes
1-3
(1)
As
needed
(2)
b.
Disk
storage
About
As
needed
(2)(4)
40-50
million
char
(3)
1)
Footnotes:
Check
with
your
GCOS
technical
support
people.
One
tape
unit
is
normally
used
for
the
GCOS
Statistical
Collection
File.
Other
tape
units
may
be
needed
for
the
GCOS
system
journal
file
used
by
FMS
for
file
recovery,
for
DM-IV/TP
or
TDS
or
TPS
journals,
etc.
At
software
release
installation
time
the
availability
of
a
minimum
of
only
one
tape
unit
complicates
the
System
Edit
process.
Two
or
three
(better
three)
tape
units
make
the
System
Edit
process
easier
and
simpler.
If
three
tape
units
are
not
available
for
System
Edit
process
an
appreciable
quantity
of
disk
scratch
space
must
be
available.
4 DH92. Rev. 0

SECTION I
General Policies and Definitions
2)
3)
4)
On
66/85
the
maximum
is
one
tape
and
one
disk
subsystem
with
8
tape
units
and
8
disk
spindles
respectively.
On
66/87
the
maximum
is
8
tape
units,
and
8
disk
spindles
with
one
or
two
disk
channels.
'
Check
with
your
GCOS
technical
support
people.
This
figure
does
not
provide
for
any
user
data
files
or
user
temporary
files.
It
represents
the
recommended
minimum
of
GCOS
residence,
GCOS
scratch
files,
SYSOUT
file
space
and
the
minimum
for
other
Phoenix-supported
software.
You
must
provide
space
for
GCOS
System
Scheduler,
NPS
execution
modules,
NPS
journal
files,
NPS
checkpoint
dump
areas,
and
user
files.
We
feel
that
there
should
be
at
least
llflMC
or
75MB
of
mass
storage
total
in
a
Level
66
system
to
allow
space
for
system
software
and
work
files,
plus
the
minimum
space
for
user
files
in
a
large
disk-oriented
system
such
as
Level
66.
5 DH92. Rev. 0

SECTION I
General Policies and Definitions
D. Key Mainframe Definitions
1. For non-DPS models.
a. Base CPS Systems —- non—DPS
This is the configuration which is the heart of
each mainframe. It is obtained by use of the CPS
number shown on the pertinent Base Mainframe
Configurator chart for the model you want to
order. The base CPS system type number is the
first type number you write on your initial
order.
All
additions
at
the
time
of
the
initial
order
or
after
the
system
has
been
installed
are
made to the base CPS system. Base CPS system is
also
known
as
base
system,
or
basic
system
or
base mainframe.
Base
Each
CPS
number
gives
Processor
you
a
complete
main
frame as shown:
CPA
f'l
L_J
93g
processor,
933
SCU
«with a base quantity of
memory, 9§g_IOM, plus one
Base
Base
Central
Processor
Addressing
Memory
SCU
feature
or
port
(CPA)
in
r_1
'base
processor
and
92g_IOM
I
Addressing
feature
or
port
L_J
(MXA)
in
base
IOM.
Com-
MXA
ponents
in
base
CPS
system
do not have individual type
numbers
Base
IOM
6 DH92. Rev. G

SECTION I
General
Policies
and
Definitions
Net
Base
System
--
non-DPS
This
is
the
base
CPS
system
plus
the
second
SCU
which
is
required
but
not
included
when
the
system
has
768KW/3072KB
or
1624KW/4096KB
of
memory.
With
the
second
SCU
there
must
also
be
one
CPA6001
(Central
Processor
Addressing
feature
or
port)
and
one
MXA6901
(IOM
Addressing
feature
or
port).
The
CPA
and
MXA
are
necessary
to
connect
the
base
processor
and
base
IOM
to
each
extra
SCU.
Note
—
when
you
use
the
appropriate
Base
Mainframe
Configurator
chart
for
the
model
and
memory
size
you
want,
the
net
base
system
requirements
are
included
in
the
type
number
shown.
Note
—-
the
term
"net
base
system"
is
not
an
official
term
and
is
used
only
in
this
guide
for
purposes
of
clarifying
configuring
rules.
Base
Processor
{"1
f‘1
CPA6001
Base and
Extra
Memory
Extra
SCU
(MXCéOOl)
Base
SCU
F-—————-—fi
‘
C]
7
DH92.
Rev.
0

SECTION I
General Policies and Definitions
2. For DPS Systems.
a. Base CPS System for DPS -- This is the
configuration
which
is
the
heart
of
each
basic
mainframe. It is obtained by use of the CP86650
number shown in Section III.D. The base CPS
system
type
number
is
the
first
type
number
you
write
on
your
initial
order.
All
additions
at
the
time of the initial order or after the system has
been
installed
are
made
to
the
base
CPS
system.
Base
CPS
system
is
also
known
as
base
system,
or
basic system, or base mainframe.
Components of each CPS 665% system for any DPS
model:
Base
Base
The
66/DPS
CPS
number
Processor
Processor
gives
you
a
complete
I2
mainframe
as
shown:
CPA
I—I CPA [—1
Iwg processors, one
SCU with a base quantity
of
memory,
one
IOM,
plus
.
L—J
L-J
Egg
Central—Processor
Base Base
Addressing
features
or
Memory
SCU
ports
(CPA)
in
base
256KW/1024KB
processor
and
one
IOM
r‘1
Addressing
feature
or
port (MXA) in base IOM.
Components in base CPS
I
system
do
not
have
in—
Integrated
L;J
dividual
type
numbers.
Network
Processor
MXA
(INP)
Base
32KW/64KB 10M
8 DH92. Rev. 0

SECTION I
General Policies and Definitions
b.
Net
Base
System
for
DPS
-—
This
is
the
base
CPS
system
plus
the
second
SCU
which
is
required
but
not
included
when
the
system
has
more
than
1024KW/4096KB
of
memory.
Note
—-the
term
"net
base
system"
is
not
an
official
term
and
is
used
only
in
this
guide
for
purposes
of
clarifying
configuring
rules.
Components
of
each
net
base
system
for
any
DPS
model:
Base
.
Base
Processor
1
Processor
2
Base
Added
Base
Added
CPA
CPA
CPA
CPA
f—1
[*1
LJ'
L_l
“'1lu*
Base
SCU
1
Required
'
SCU
""
Memory
‘
I
(MXC6004)
_,._..._1
Memory—I
l
_...-..J
I
‘LJ.
L_J
.
.
B
we
Addci
Each
MXC6004
includes
Integrated
MiA
MXAe
all
CPAs
and
MXAs
as
Nemnmk
needed
for
all
processors
Processor
B
IOM
and
IOMs
ordered
or
al-
(INP)
ase
ready
installed.
9
DH92.
Rev.
0

E.
SECTION I
General Policies and Definitions
Summary of Mainframe Replication Options
1.
Non-DPS
systems
replication
options.
Maximum
Maximum
SCUs.
See
also
"Odd
and
Selective
Selective
Section
F
Below
Tandem
Total
Memory
Processors
IOMs
Required
Optional
Systems
66/05
1
None
1
1
RPQ.2
66/07
1
None
11
CPS
Systems
ICU
FS
66/10
11
______
Yes,
2
96-512KW
1
1
1-3
CPS
systems
513-1024KW
2
-
1-2
or
module
(F3)
by
module
66/17
1
1
____.
Yes,
2
96-512KW
1
1
1-3
CPS
systems
513-1024KW
2
-
1-2
0r
module
(F3)
by
module
66/20
11
.____
Yes,
2
128-512KW
1
1
1-3
CPS
systems
513-1024KW
2
—
1-2
or
module
(F5)
by
module
66/27
1
1
____.
Yes,
2
128-512KW
1
1
1-3
CPS
systems
513—1024Kw
2
1-2
or
module
(FS)
by
module
66/40
1
l
.____
Yes,
2
128-512KW
1
1
1_3
CPS
szsiems
513-1024KW
2
1_2
or
“10
U
8
(FS)
by
module
66/60
1
(ICU)
1
(ICU)
____
Yes,
2
l92-512KW
3
(FS)
3
(FS)
1
1
1_3
CPS
szsiems
513-1024KW
2
_
1_2
or
mo
u
e
(FS)
by
module
66/80
1
(ICU)
l
(ICU)
Yes,
2
256-512KW
3
(FS)
3
(FS)
1
1
1-3
CPS
systems
513-1024KW
2
-
1-2
or
module
(FS)
by
module
Rev.
0

”"K
SECTION I
General Policies and Definitions
2.
DPS
systems
replication
options.
Maximum
Maximum
SCUs.
See
also
F
Model
and
Selective
Selective
below.
Tandem
Total
Memory
Processors
IOMs
Required
Optional
Systems
DPS
-
l
O
3
Yes,
module
by
module
1024—4096KB
1
1-3
4097—8192KB
2
1-2
DPS
—
2
0
3
Yes,
module
by
module
1024—4096KB
1
1-3
4097—8192KB
2
1—2
DPS
-
3
23
Yes,
module
by
module
(l=DPS—4,
2=DPS-5)
1024-4096KB
1
1-3
4097-8192KB
2
1-2
ll
DH92. Rev. G

SECTION I
General Policies and Definitions
3. System controller quantities per system.
System
Total
66/05/07
66/10/17
66/20/27
DPS
Memory
REQ
OPT
REQ
OPT REQ
OPT
REQ
OPT
384KB/96Kw
1
-
—
-
-
-
-
—
512KB/128KW
1
l
1
l
1
1
-
—
768KB/192KW
l
1
1
1—2
1
1-2
-
-
1024KB/256KW
l
1
1
1-3
1
1—3
1
1-3
1536KB/384Kw
111
1—3
1
1-3
1
1-3
2048KB/512KW
1
1
1
1-3
1
1-3
1
1-3
3072KB/768KWa
-
-
2
1-2
2
1—2
1
1-3
4096KB/1024KWa
—
-
2
1-2
2
1-2
1
1-3
6144KB/1536Kw
-
-
---
-
2
1-2
8192KB/2048Kw
--
-
-
-
-
2
1-2
REQ
=
Quantity
of
SCUs
required
to
support
system
total
memory
size.
Main
frame
CPS
number
includes
one SCU.
OPT
=
Optional
extra
SCUs
addable
selectively.
Always
freestanding.
- Applies to freestanding versions.
Maximum
of
2
SCUs
in
any
system
containing
an
ICU.
12
DH92.
Rev.
0

SECTION II
Master
Flowcharts
for
Mainframe
Configuring
A.
Initial
System
Order
for
Non-DPS
Systems
Choose Check
Model and ’ Model
Memory Size Restrictions
L66 rICU +
‘ Check
Freestanding Peripherals
Based? Min/Max
[ ICU
Choose CPS No. Choose CPS No.
/r*\ For Model and rFor Model and
Memory Size r; Memory Size
N [Tandem DO A, B, C ‘
kSystem?
Modularly
or,
Buy 2nd CPS
N
See
Next
Optional
Page
Processor?
Optional “-—‘——1
9
Order IOM
I
Processor
and
Y
Crossbar(s)
Order IOM
B.C{Y
Optional\N
’
Crossbar(s)
SCU?
«ug—
Order
SCU
See
Next
and
Crossbars
i.”
Page
l3
DH92.
Rev.
0

SECTION II
Master
Flowcharts
for
Mainframe
Configuring
From Prior
Page
This portion of flowchart
applies to both DPS and non-
Determine No. DPS systems and covers the
of Physical four levels of configuring
I/O Channels involved within all IOMS.
i
If 2 or more
IOMs, Split
Channels Across
IOMs
4
Check Channel
Spaces Required
Vs Those
Provided
Channel Spaces
Option?
Assign
Logical
Channels
REGROUP!
Order
Another IOM?'
o
Prior
Page
Ass
ign
i
Enough
N
DRE
Option?
'
DRE DRE? (FS IOM)
*Y
Select
Configure
Order
DRE
Motor/
"‘
Peripherals
,
Option,
Generator
SEt
FNPs,
Consoles
Assign
DRE
l4
DH92.
Rev. 0

f‘ \.
SECTION II
Master
Flowcharts
for
Mainframe
Configuring
B.
Initial
System
Order
For
DPS
Systems
Determine
Check
Performance
Get
Peripherals
Levels,
+
Order
‘__.>
Min/Max
Memory Size
V
Order
DPS
Order
CMM/
Order
Per-
Basic
Main
CMA
as
Nec-
formance
Frame
___’
essary
for
_.
Enhancement(s)
Desired
as
NecesSary
Memory
Size
for
Performance
Level?
Desired
Tandem
Y
Do
A,
Ba-
a
If
yes
at
B,
,;—x
Main
Frame
C,
D
means
a
3rd
or
’
Desired?
Below
4th
processor,
N
I
since
2
processors
E-
are
included
in
base
main
frame
BCD
Order
BCD
Option
Option
Required?
I
If DPS-3,
Want
Another
?
Processor?
Order
8m] 6 C)
Order
+
Companion
Processor, Additional
and Related IOM?
BCD Options
if Required
l
’
Order
Additional
NIOM
6
®
mm
(:)
Y
See
this
page
<:)
See
prior
page
15
DH92.
Rev.
D