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APPENDIX

A.l A.2

A.3

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A.4

A.5 A.6 A.7 A.8 A.9 A.lO

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Contents Commands

The

Context

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CHAPTER

1

ND-SOOO

OVERVIEW.

THE

ND-5000

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as

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old

RAM

RAM the

type

Bus

Ports

as

the

cards

MPM—S

The

are MPM-S

The are dynamic

choise

by

Bus

The

MIT—bus

3.

Card

,

ScanneibyJonny

OddeneioLS'Lniran

Data

©

9011

Chapter

1

Card

Position

ND—SOOO

Card

OVERVIEW.

Type

Comments

10

11

12

1

2

3

5

MFbus

Ports

ND-5000

controiier

port

memory

or

CPU

4

9

3

ND-SOOO

CPU

(5465)

(5155)

by

—-P05

choise

Pos

5—8

-

10

13

CPU

2—4

optiona], positions

occupied

or

ports;

are

and may

by

these be

memory

13 14 15 16 17 18 19 20

21

22

23

24

ND—SOOO

Table

4.

CPU

The

2

1

ND—5000

P05

Card

15

—

CPU

Rack

18

type

—

new

pos

1:

2:

3:

pos

type

20

and

20—22.

-

20

23.

21.

by

Scanned

Jonny

Oddene

for

Sintran

Chapter

1

ND—SOOO

OVERVIEW.

1.2.2

THE

SMALL

CABINET

Figure

modules.

6

3

shows The

new

the

and

ND—SOOO

01d

card

Compact

racks

cabinet

are

with

shown

its

main

in

tab1e

*

and

Figure

3.

The

ND—5000

Compact

Cabinet

W

-ﬁ

_Snanned_b¥Jonny

OddeneiQLSiniLanﬂata

©

2011

Chapter

1

ND-5000

OVERVIEW.

9

THE

CARD

ND—SOO sizg

car

5

ND—llO

s1ze cards

-

RACK

Card

Pos.

1 2

3

4 5

6

7 8

9

10

11

12 l3

shows

Table

the

Card

ND—SOOO

(MFB

MFB

Dynamic

DoubTe

ND—llO/CX

Tracer/Memory HDLC/MegaTink/Memory

5

Compact

Type

CPU

Dynam1c

_

Bus

CPU

cabinet

THE

ND—SOOO

card

RAM)

RAM

ControTTer

u

8

term./PIOC/Memory

”

,

STSOS

D1sk

ControTTer/Tr1ange1/Memory/Free

the

ND—SOOOina

for

COMPACT

,

modeTS

CARD

-———

4,

doubTe

AO—A4

RACK

Comments

CPU

8

or

and

type

16

bus

Mbyte

backwiring

mode]

1:

pos

2:

pos

Dynamimic

8.

used

1

and

—

l

3.

in

2.

RAM

14 15 16 17

18

—_l_

19

_-

_____

20

FToppy-SCSI/Free/Memory

Free

Free Free

I

2

3

5.

_

PTug

—

PTug

board

Table

The

ND—5000

Compact

From From From

From

From From From

Card

pos.10: pos.5

8—term./PIOC

&

6:

Console

pos.6:TeTef1x/Tf1x-prt

pos

11:

8—term./PIOC_

pos

8:

HDLC/MegaTink pos.12: pos.9:HDLC/Mega1ink

Hack

8—termTVPTEC_-_-_

_--

Scanned

by

Jonny

Oddene

for

Sin’rran

Data

(C)

2011

10

Chapter

1

ND—SOOO

OVERVIEW.

ND-SOO

5

5123

car

ND—llO size

cards

..

+-

-

—

-

Card

Pos.

10

11 12

13

l

Tab1e

a

Card

ND—SOOO

6

Compact

Type

CPU

shows

cabinet

THE

card

the

ND-SOOOina

for

ND—SOOO

2

3

(MFB

Dynamic

4

5

6

7

8

9

Dynamic

MFB

Doub1e

ND—llO Tracer/Memory/Ethernet/(Token HDLC/Mega1ink/Memory/Etnernet/(Token

H

8

term

_

RAM)

RAM

Bus

Controller

CPU

/PIOC/Memory

" "

F10ppy

&

SCSI

contro11er

modeis

COMPACT

4,8

ring)

doub1e

AlO—Al4

CARD

RACK

Comments

———-CPU

CPU

or

16

ring)

bus

and

type type

Mbyte

backwiring

model

1:

pos

2:

pos

Dynamimic

B.

1 1—3.

and

used

2.

RNW

in

14 15 16 17

18

19

20

Free Free Free Free

P1ug

Table

board

6.

The

1

2

3

ND—5000

Compact

Card

Rack

—

new

type

,Scanned

Wdeneimﬂnitan

Data.©

2011

Chapter

1

ND—SOOO

OVERVIEW.

11

1.3

THE

PowER

THE

SMALL

SUPPLY

This

supplies MPS modules,

cabinets.

This models

CABINET

The

This cabinet.

section

(Multi

power

1/4”

disk

small

power

loosening

fig

(see

in

depending

also

drives,

cabinet

It

the

).

gives

the

Power

supply

sypply

is

four

a

ND—SOOO

System).

on

will

internally

floppy

is

the

of

screws

short

computers.

The

the

power

to

a

introduction

drives

equipped

00110

acessible

plug—in-type,

in

system

larger

installed

with

from

the

This

consists

consupmtion

extent

etc.

one

power

the and

front

and

to

the

is

a

new

of

in

than

peripherals,

supply:

front it

of can pulling

power

generation one

the

earlier

the

be

removed

or

different

like

it

out

more

5

by

The

DCllO

o

+5V/120A

memory.

+5V/7A

0

of

0

+12V/15A

mounted floppy.

more

For

description

supplies

5V/120A 12V/15A 5V/7A

standby

a

power

information

Standby

does

failure.

supplies

in

the

on

page

the

mainly

supplies

compact

(switches,

6.

following

supply

the

power

cabinet,

voltages

power

for

LEDs

for

the

periferal

like

etc.),

and

the

memory

5

1/4"

see

currents:

CPU

and

in

the

equipment

disk

the

case

and

by

Scanned

Jonny

Oddene

for

Sinfmn

Data©7011

12

Chapter

1

ND-SOOO

OVERVIEW.

,

Scanned

deneimSlnicanDaiaQZOﬂ—

Chapter

1

ND—SOOO

OVERVIEW.

13

THE

LARGE

CABINET

The the

They

ND cabinet,

are

loosening

Mu1ti

of

Power

accessib1e

the

Supp1y

p1ug—in—type,

four

screws

from

is

in

mounted

rear:

the

and

the

front

they

in

the

can and

upper

be pu11ing

part

removed

of

by

it

out.

Power

Figure

Scanned

5.

by

.lnnny

Supply

Oddene

in

the

fnr

ND—5000

Sin’rran

Large

Data

©

Cabinet

7011

14

The

View

Cabinet,

rear

Chapter

f

1

ND—SOOO

OVERVIEW.

DC110 5V/120A 12V/15A 5V/7A

STB

DC200 5V/200A

DC300 DC400 5V/50A

STB

Switches,

LEDs

etc

The

This on

different

DCllO

this

*In

configuration standby taken

DCZOO

DC3OO

DC4OO

is

a

front

the

-

Deiivers

power

care

—

Deiivers

-

Delivers

—

For

short

modules:

5V/120A

*5VSTB/7A

12V/15A

case

DCllO

together

(STB)

by

of

future

description the

of

the

is

DC300.

the

use.

moduies

f011owing

used

with not

active.

SV/ZOOA.

SV/SOA

of

the

(see

voitages

in

a

other

standby

switches,

fig

muiti

moduies,

STB

for

6):

and

power

is

in

10

LEDs

currents:

and

the

this

minutes.

etc.

case

found

-i7—‘

, ,

ScannedDddeneioLSjniran

Data

@2011—

Chapter

ND-SOOO

1

OVERVIEW.

15

ND

MULTI

.

v

POWER

Mimi

110

DC

SYSTEM

ND

MULTI

.

u

an

ILAVE

Vii-IIIIV

V

POWER

Iii‘hillﬂiﬁill

-Ac.o :

'

IOU!

A

w.uﬂc

MS"

I

SYSTEM

A

-

l'

ND

MULTI

BOWEN

SYSTEM

ﬂl’iﬂllﬂﬁiﬂi

{l

"IIIIIII'

i

«(Eu

-

.

!

Figure

the

OFF.

-

The

can

switches

wiTT

exceeds

LEDs

The

6.

Switches

ON/OFF

moduTe

ADJUSTMENT

output,

MARG—These

+/-

if

OVERTEMP—This temperature

and

SWITCH-This

ON

which

5%.

This

the

voltages

or

TRANSIENT—This more by

-

than

the

The

both aTarm.

The wiTT audibTe

stiTT

10%

from

RESET—switch,

MIDDLE

the

UPPER

be

enabTed.

position

visuaT

position,

Tocked,

aTarm.

screws

be

NOT

are

red

on

the

switch

caTTed

checked

increase/decrease

activate

correct.

is

LED 90

degrees

LED

is

nominaT

which

(defauTt)

and

the

where

disabTes

The

visuaT

Power

is

on

Tit

Tit vaTue. has

audibTe

the

aTarm

Supply

used

Adj

the

if C.

if

three

the

to

turn

is

used

test

transient

the

internal

any

voTtage

The

LED

positions:

enabTes

switch

is

Modules

to

points

the

must

the

adjust

output

indicator

varies

be

power

the

(TP).

with

reset

—

The

LOWER

by

Scanned

Jonny

Oddene

position

for

(spring

Sin’rran

Data

return)

©

7011

16

resets

the

alarm.

Chapter

1

ND-SOOO

OVERVIEW.

o

SLAVE power

beiow

is and

this

MODE—This

in

siave approx. LED

is

mode

16

not

green

(controiled A, activated.

LED

DCllO

is

wi11

1it

by

when DCllO).

suppiy

DCZOO

When

the

deiivers

the

5V

alone,

load

Manny

OddeneiaLSjnitan

Data

©

2011

Chapter

1

ND—5000

OVERVIEW.

17

Maximai

Rippei,

(mVpp)

Overvoitage

Overscurrent

Short-circuit

Switch—on

Margin

Static

”worst

1ine

controi

reguiation case"

og

current

bandwidth

protection

current

combination

change

ioad

30

for

Mhz

+5V

120

>=6V

130—

150A

of

DC110

|+5V

A

7

50 50

>=6V

7.7—

9.8A

4V 4V

+/-5%

Max.+/—l%

SB|+12V

A

15

100

>=15V

16.5-

21A

10V

A

Max.

DC200

+5V

200

A

50

>=6V

220—240A

4V 4V

150A

peak

+/—5%

Max.+/—l%

DC300

+5V

50A

50

5.8

—6.5V

55—60A

+/—5%

Max.+/-1%

SB

Voitage

Temperature

output

voitage,

adjustment

coefficient

Table

per

@C

7.

Specifications

+/—

Max.+/—

(1mV/@C)

5—7%

200ppm

for

the

Max

ND—5000

+/—

5—7%

+/—200ppm

(lmV/GC)

Power

—

Max.+/—200ppm

(lmV/GC)

Supply

Scanned

by

Jnnny

Oddene

fnr

Sin’rmn

Data

©

7011

18

Plug

The

Connectors

Note

that

connector

1A1

on

DCllO

Chapter

is

1

turned

ND—SOOO

upside

down.

OVERVIEW.

DC400

z

32

4

2

32

4

DC300

z

3 A 1

2

3 2 B 1

The 1ay—out

2

d

connectors

d

32 4 A

1

4

d

32 4 B

l

4

DC200

z

d

32

2

A A

4

2

d

2

d

32

2 B 4

iike

d

B

2

4

on

the

this:

D6110

z

d'

32

1 1

4

z

d

2

32

1 B 4

4

rear

side

32

d

z

4

A

1

d

1 B 3

of

the

power

moduies

have

a

|32

30|

26|

A0000-

Scanned

by

JonnyﬂddeneiaLSinitamData

201.1—

©

,

7,

r

Chapter

1

SIGNAL-LISTS DC110

p1ug

ND—SOOO

1A1

OVERVIEW.

006 D10 D14 D18 022 D26 D30

DC110

232

to

204

DCllO

232

228 224 220 216 212 208

204

Not 12V +12V +5V 5V Common

Memory

plug

5V

piug

5V

5V Vc Vc

Common N.C. N.C.

GND

used return

SB

1A4

return

183 sense sense

(0-5V) return

(net)

return

inhibit

+ —

204 208 212 216 220

224 228 232

030 to 006

D30 D26

D22

018

D14

010

006

Not

used

12V

return

+12V +5V

SB

5V

SB Remote Common Power

+5V

Battery Battery

Rem.

5V

Rem.

+5V

N.C.

Neutra]

Line

return

off

fai]

(net)

+ —

SB

marg

(net)

int.

marg

D0110

Z32

to

204

p1ug

5V

184

return

D30

to

006

+5V

Scanned

by

Jonny

Oddene

for

Sintran

20

Chapter

1

ND—5000

OVERVIEW.

DCZOO

232

to

204

DC200

Z32

228 224

220 216

212 208 204

DC200

p1ug

5V

p1ug

5V

5V Power

0pt1ona) 0pt1on31

N.C. N.C. GND

p1ug

2A4

return

2B2

sense

' .

(net)

2B4

fa11

+

—

.

Jump.

_

Jump.

'

1nt

030 to 006

030 026

022 018

014

010 006

+5V

Vc

return

Vc

(0—5V)

Common Remote

N.C.

Neutra)

.

L1ne

(net)

OFF

(net)

232

to

204

5V

return

D30 to 006

+5V

_

Scanned

by

Jonny_Qddene_iQLS'Lniran_Data

Chapter

ND-SOOO

1

OVERVIEW.

21

DC300

006 to D30

DC300

006 D10 014 D18 D22

026 D30

plugg

+5V

plug

Not Not Rem. Power

Not

Neutra]

Line

3A1

SB

381

used used

used

SVSB

Fai1

(net)

marg.

(netf

Int.

204

to

Z32

204 208 212

Z16 220 224 228

Z32

5V

SB

‘

Not

used Sense Sense Common Remote Not

used Not

used

Ground

return

+

—

~

OFF

(net)

Srﬁnnemmmweneimﬁntanﬂaiaﬂzojjﬁ

22

Chapter

1

ND-SOOO

OVERVIEW.

POWER

Large

type]

‘

—

FAIL/RESTART

cabinet

(new

OCTO

PFI

MF

console

(R5232)

Seri

power

The

PFI

the

backp1ane

2

l

1']

a]

he

sense

p1ug

at

ND-SOOO,

signaT

on

the

rear

the

VIEW

REAR

é‘igxf‘é‘éim

plug

side

from

board

of

the

+5V

(Print

the

power

5234)

MF—bus

is

connected

1ocated

control1er.

N‘D-5000

panel

plug

1n

power

to

the

T

ND-IOO

cgdcnm

A

on

—'m

Figure

7.

Power

Fail

Interrupt

_

‘00

ND

Connection

CARD

CRATE

on

the

Large

Cabinet

Power

connection

{new

fail

381

interrupt

on

type]

232

ND—SOOO

_

,

Scannedby

Jonny

OddeneioLS'Lnitan

Data

©

7011

ND—SOOO

Chapter

//_\

1

OVERVIEW.

23

Large

type)

MF-crate

1

...

cba

32

cabinet

._______l,

I:

The

pos.26

Power

[old

row on

backwiring

u.

fail

The

mounted

c11p

the

ND—5000

;L_

.6—

connection

power

on

sense

as

shown:

ND—SOOO

is

ND-lOO termina1

I

large

in

taken

care

card

7L_£j

cabinet,

strip

of

rack

old

byakit

type

(No

323338)

I

Position

26D

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66

’77

(OCTO

ND-SOOO

OCTO

2

MPM—S

Console

crate

card

1

Backwiring,

ND—lOO

card

6:7

Power

Figure

8.

Scanned

Fail

Interrupt

by

Jonny

Connection

Oddene

for

on

the

Sintran

Large

Data,©

Cabinet

2011

[old

type}

24

When

power

Iocations

(if

faiI

occurs,

WICO

mode)

the

must

Context

be

bIock

written

and

to

the

memory.

Chapter

dirty

1

memory

ND—SOOO

OVERVIEW.

+5V

Power

NAVAL

The

-

MPM5

—

DoubIe

-

MFB

-

MFB

-

NDSOOO

-

NDSOOO

-

Backain

—

NDllO

-

Sintran

sense

different

Dyn

Bus ControIIer ControIIer

Mother

ACCP

(OnIy

—| ‘ﬁ

Ram

partno.

if

(Rask

III

moduIes

5411

ControIIer

5454 5465

Board

Moduie

"01d”

2)

406:

WM

|+

approx

Dump

save

bIock

must

5502 5602

324801

cabinet)

dirty

context

5464

—

PatchfiIe

100ms

at

0300C

9b

SC 1c

F

and

Ieast

+|

have

5400

Eco

IeveI:

ND—

5000

cabinet

Compact

Power

sense

is

taken

care

of

in

the

backwiring.

Scanned

by

Jonny

OddeneiQLSjnitanDaia©

201;];

Chapter

THE

1.4

ND~5000

1

CPU-TYPES

OVERVIEW.

25

ND-5000

The

’

ND-SOOO

,_

BASIC

CPU

o

a

mother

0

Up

The

baby

construction.

hardware

TYPE

The

CPU

system).

The

CPU

1.

Tayer:

Iayer:

2.

to

1

cards

to

type

Part

type

CPU

3

increase

MB

ALU

card

Tayers

are

The

1

moduTe

number:

1

consist

IDA

consists

of

pIaced

first

MMS

baby

Tayer

the

wiTT

320001.

of

physicaTTy

cards

on

the

of

CPU

performance.

cover

two

Tayers:

CS

MIC

of

mother

baby

the

ACCP

cards

CPU

card

modeI

in

a

contains

2

sandwich

(ND—5200

ALU

MOTHER

BOARD

MMS

Mother

Part 324602 324701 324702 324704 324707 324708 324709

no.

board

ModuTe MB

:Mother

MM

:Instruction/data ACCP ALU

:Arithmetic CS

:ControT

IDA

:Instruction/data MIC

:Micro

Access

1 ]

board

processor

store

instruction

cs

_.

MIC

Mother

1.

Figure

LogicaT

-

Tayer

memory

16

address

controIIer

board

9.

unit K

IDA

of

Layout

management

l

ACCP

with

baby

moduTe

of

controTTer

CPU

type

1

controTTer

Scanned

by

Jonny

Oddene

for

Sintran

Data

©

2011

26

ND-5000

BASIC

CPU

CPU and

Part

CPU

1.

2.

3.

TYPE

type ND—5700

number:

type

Iayer:

Iayer: Iayer:

2

MB

CACHE

AAP

covers

systems).

320002.

consist

IDA

the

ALU

of

MMS

CPU

3

modeI

Iayers:

CS

MIC

Chapter

4,

5

ACCP

and

1

7

ND—SOOD

(ND—5400,

OVERVIEW.

ND—5500

Mother

Part

324602 324701 324702 324704 324707 324708 324709 324710 324715

MOTHER

BOARD

board

Module

no.

MB MMS ACCP ALU

CS

IDA

MIC

CACHE:

AAP

]

———»

1.

Mother

Instruction/data

:

Access Arithmetic

ControI Instruction/data

.

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34

Chapter

2

Hardware

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5000

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7011

36

Chapter

2

Hardware

Upgrading

of

ND—SOOO

Systems

2.1.1

2.1.2

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Chapter

2

Hardware

Upgrading

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ND—SOOO

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39

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4o

CHAPTER

3.1

INTRODUCTION

3

OCTOBus

COMMUNICATION

The

octobus short connected operating exchange

octobus

between

octobus

The

system.

within

ieveT

OCTOBUS

TO

The

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the

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the

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into

to

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10-13 14-15 16—17

20

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Chapter

3

Octobus

Communication

41

NDlOO

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a

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42

Chapter

3

Octobus

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3.2

OCTOBUS

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retries received

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255

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type

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Chapter

3.3

Octobus

3

INTRODUCTION

Communication

TO

THE

PROTOCOL

43

current

The

”

There

1.

are

IDENT

wiTT

station

KICK wiTT station. messages

find

MULTIBYTE

(OMD).

in

the receive used

EMERGENCY driver.

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activate

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on

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to

working

to

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streams

IDENT

a

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process

set.

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a

process

and

to

wiII

has

OCTOBUS

immediateTy

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destination

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debugging

by

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on

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in

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receive

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activate

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5.

message

kick

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process

MainTy

to

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Jonny

Oddene

for

Sintran

Data

©

2011

44

Chapter

3

Octobus

Communication

3.3.1

=1

C=1

nest/Source

THE

MESSAGE

The sent

15 C

Broadcast

type.

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When destination

receiving station

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FORMAT

data

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on

the

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14

13

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information

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11

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a

station

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fie

frame

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S=1

means

store

start

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©

2011

message.

commands

7

on

Chapter

3

Octobus

Communication

45

IDENT

KICK

HULTIBYTE

OCTOBUS

3.4

Ident

station.

IDENT

Not

used

Kick

message

A

Kick

number

queue.

MuTtibyte

the

to

messages

Processor.

HARDWARE

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crate.

0N

ND5000

message

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messages

yet

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is

1

messages

specified

with

ND5000

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specific

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be

received

ND5000

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number

connected

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must

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3

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execution

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©

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46

Chapter

3

Octobus

Communication

3.5

INTERNAL

C'UO

OOOU’IUZ

+—1oca1

OCTOBUS

MPM

driver

octobus~

CABLE.

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Chapter

3

Octobus

Communication

47

ND-SOOO.

REAR

VIEW

MF—CARD CARD

CABLE

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ND—1OO

CRATE

T0

DRIVER

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Octobus

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Cabling

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On

Sjntran

ND—5000

48

3.6

THE

ACCP

Chapter

3

Octobus

Communication

3.6.1

During

communication Additionally

errors,

any

normally,

anyone.

However, used

asacommunication

the following

CONNECTING

When has

from

THE

normal

power

human

when

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hardware.

ACCP

level

eco

to

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operation

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i.e.

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To

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way:

CONSOLE

4

on

the

ACCP

the

ND—lOO

for

errors

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memory,

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so

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require

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Chapter

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In

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50

Chapter

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Octobus

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Chapter

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special

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Data©9011

52

Chapter

3

Octobus

Communication

3.6.2

ND-SOOO

SELFTEST

equipped

SAMSON

go/nogo

is

processors

After

command

ACCP

takes ACCP—command after

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_

Scanneibvtlonny

OddeneiOLSinitanData

Chapter

3

Octobus

Communication

53

THE

SELFTEST

STATUS

The refers faiTed.

Bit

CPU

set

proper

The

”

" ” ” " " " ”

seTftest

to

has

15

modeT

if

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CPU

bits

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BUS

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2:

CS

3:

START/STOP

4:

ARC

5:

ALU

6:

REG

7:

TSB

INSTR.CACHE

8:

9:

DATA CONTROL

10: 11:

AAP

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12:

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l3:

—

l4: 15:

CPU

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status

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bit

with

has

the

is

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by

Johny

Oddpne

fnr

Sin’rmn

Data

(CD

9011

54

Chapter

3

Octobus

Communication

THE

ACCP

Bus

MIR

ControT

Start/Stop

TocaT

test

SELFTEST

RAM

Store

sampTe

microprogram

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test

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Scanned

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Jonny

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Chapter

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Octobus

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CHAPTER

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23/10—13204 ND-5000 SB...—ALU

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means

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Jonny

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2011——

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Chapter

ND—SOO/SOOO ND—SOOO

178...—

NSOOO:

Explaination

6

Troubleshooting

seIftest

In

addition:

MONITOR

faiIed

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multibyte Any

type

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Data

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7011

80

Chapter

6

Troubieshooting

ERRORS

DURING

LOADING

The

connect

N100

the

messages

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message

Normaiiy

PROCESS(158). severai

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ACCP.

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2154

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Data©

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2011—

Chapter

Action

Troubleshooting

6

long

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81

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Explaination

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TIMEOUT.

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*Scauned

by

Jonny

OddeneiQLSinitanJlata

2014—

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