CMD CBI-1010 User Manual

CBI-1010 .

VAXBI SCSI Host Adapter User's Manual

~IUI~CMD

s:

~/NC.

E

TECHNOLOGr~~~~~

CBI-1010

MAN-OOl01a-OOO

Rev. 1.3

June

1993

VAXBI User's

SCSI

Host

Manual

Adapter

CMD Technology, Inc.

1 Vanderbilt Irvine,

(714)

CA

92718

454-0800

Copyright

This manual is copyrighted

and

all rights are reserved.

No

portion of this document ied, photocopied, reproduced, translated, or reduced to any electronic medium able form without prior written consent from CMD Technology, Inc. (CMD).

and

CMD, CMD Technology, product

and

company names are trademarks

CBI-1010 are all trademarks of CMD Technology, Inc. All other

and

registered trademarks of other manufacturers.

may

or

machine read-

be cop-

Disclaimer

FCC Notice

Warranty

out

notice. CMD has made all reasonable efforts to insure that the information accurate omissions made herein resulting from the furnishing nection

and

complete. However, CMD shall not be liable for

or

for incidental, special, or consequential damage of whatsoever nature

of

this manual,

with

this manual.

1991.

or

operation

and

the equipment described herein with-

in

this manual is

any

technical

and

performance of equipment in con-

or

editorial errors or

Class A Computing Device: This equipment has been tested pursuant

to Part

15

of

the FCC Rules. These limits are designed to provide reasonable protection against harmful interference equipment generates, uses, in

accordance

with

the instruction manual, may cause harmful interference to radio communications. Operation of this equipment which case the user will be required to correct the interference

BASIC

WARRANTY -

In

mal agreement, CMD warrants its products chaser hereafter mentioned refers

and

found to comply with the limits for a Class A digital device

when

and

the absence

the equipment is operated in a commercial environment. This

can radiate radio frequency energy and,

in

a residential area is likely to cause harmful interference in

of

any

optional warranty

in

accordance

at

all times to the customer

if

not

installed

at

his

own

expense.

or

continuing provisions

with

the schedules listed below. Pur-

who

purchased CMD product(s).

and

by

used

for-

HOST ADAPTER WARRANTY - CMD warrants Host Adapter products of its manufacture to be free from defect During this period, able

to

resolve the problem via phone tion (RMA) will be issued. Following receipt of ing

the product to CMD, freight prepaid. CMD,

place at its option the Host Adapter

in

material

if

and

workmanship for a period of one year from the date of shipment.

the customer experiences difficulties

with

CMD Technical Support, a Return Material Authoriza-

in

question,

with

a CMD Host Adapter

an

RMA,

the Purchaser is responsible for return-

upon

verification of warranty, will repair

and

will then return the product to the Pur-

and

is un-

or

rechaser, freight prepaid. CABLE

time of shipment. Questionable cables should will be repaired or replaced

GENERAL fuses, bulbs, uct. CMD shall have mal wear user, improper

which it power any

WARRANTY - All CMD provided cables are warranted for ninety

be

returned to CMD, freight prepaid, where they

by

CMD

at

TERMS

and

was

failure

- The above warranties shall not apply to expendable components such as

and

the like,

tear

or

unauthorized use of the product, or use of the product

not

designed, or

or

air conditioning. CMD's sole obligation hereunder shall be to repair

defective product,

its option

nor no necessitated

to connectors, adapters,

obligation to make repairs or to cause replacement required through nor-

in

whole or in part

by

causes external to the product, such as,

and,

unless stated,

pay

and

returned to the Purchaser, freight prepaid.

and

other items

by

catastrophe, fault

return transportation costs within the United States

(90)

days from the

not a part

but

of the basic prod-

or

negligence of the

in

such a manner for

not limited to,

or

replace

of America for such replacement. Purchaser.shall provide labor for removal of the defective prod-

and

uct, shipping charges for return to CMD not a part

RETURNED MATERIAL ranty period. A replaced product, or be returned to CMD turn (714)

THE OTHER WARRANTIES,

of this warranty. Above warranties are subject to change without notice.

- Warranty claims must be received by CMD within the applicable warpart

at

Purchaser's expense. All returned material

Materials Authorization (RMA)

number

454-0800.

EXPRESSED

WARRANTIES

SET

EXPRESSED

ANY WARRANTIES OF MERCHANTABILITY OR

installation of its replacement. On-site services are

thereof, shall become the property of CMD

must

be accompanied

assigned

by

CMD. For RMA numbers call CMD at

FORTH IN THIS AGREEMENT ARE IN LIEU OF

and

shall

by a Re-

ALL

OR IMPLIED, INCLUDING WITHOUT LIMITATION,

FITNESS

FOR A PARTICULAR PURPOSE,

AND

ALL SUCH OTHER WARRANTIES ARE CMD. THESE STANDARD LIABILITIES SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES ARISING OUT OF OR IN CONNECTION WITH THE

ON

THE PART OF CMD

USE

Return and Repair Policy WARRANTY PERIOD

The following warranty period is from the date of shipment: CMD Host Adapter one year Cable Drive manufacturer's warranty

HEREBY

EXPRESS

OR

PERFORMANCE OF THE PRODUCT.

WARRANTIES ARE

FOR

DAMAGES, INCLUDING

90

days

DISCLAIMED

IN

LIEU OF ALL OBLIGATIONS OR

AND

EXCLUDED

BUT

NOT LIMITED TO

BY

RETURN The allowable period of CMD Host Adapter less than Cable less than Drive

RETURN CMD Host Adapter

Cable

FOR

CREDIT

return

for credit from the date of shipment is as follows

not

FOR

REPAIR

In-Warranty (Less than 1 year)

• CMD offers a 15 boards will be repaired date of return to CMD.

• CMD also offers two in-warranty 24

24

Hour

Turnaround

Under this policy, CMD will ship a loaner customer for a charge turn

the defective fective board in

seven (7) days after the receipt of the repaired board. Approval for loaner service is

on

based

24

In at model of the board to customer within

defective board. CMD will

For all other cases,

$200.00. CMD does

months from the date of shipment. Customer is responsible for returning the defective board to CMD within seven

• The remaining Out-of-Warranty (more

• CMD offers a 15 freight for all out-of-warranty host adapter boards. Defective boards will be repaired returned to customer within

• CMD also offers Under this policy, CMD will ship the same model loaner ing days is for use tomer is responsible for returning the defective board to CMD within seven days after the receipt of loaner paired customer credit verification.

• CMD will extend warranty for a period of six board.

In-Warranty Out-of-Warranty

credit verification.

Hour

Turnaround

the case that the defective its

own

to

by

and

working

and

option, offers a

warranty

working

an

customer for

the customer

and

received. The approval of the loaner service is

(90

days) - free swap.

(90

day

turnaround

and

returned to the customer within

Loaner

Service:

of

$100.00

board

to

CMD within seven (7) days for repair. CMD will repair the de-

return the board to the customer. Customer must then return the loaner

Swap

Service:

board

24

hour

swap

will occur

not

offer

swap

(7) days after receipt of the

period shall apply to the repaired

than

1 year)

day

turnaround

15

working days starting

Out-of-Warranty

an

additional charge of $100.00 plus freight per loaner. The loaner

during

returning the loaner

days) -

not

applicable.

repair

hour

expediting

in

per

loaner. Upon receiving the loaner, customer

is within the first six

turnaround

24

hours during working days

with a

new

with

either a

services for boards

repair

24

Hour

the period that the defective board is being repaired. Cus-

in

30 days 30

days

applicable

seroice

at

the cost of parts only. Defective

15

working days from the

services:

24

hours during regular working days to the

(6)

months of the warranty, CMD,

swap

service. CMD will ship the same

in

exchange for the

board if

seroice

Turnaround

seven (7) days once the defective board is re-

(6)

board

is not functional upon arrival.

new

or

refurbished board for a charge

that

are purchased more than six

swapped

at

a rate of $300.00 plus parts

with

Loaner

in

at

months

on

board.

or

swapped board.

date of return to CMD.

Service:

the

24

hour

CMD's option

any

out

time frame of work-

and

of- warranty repaired

must

and

based

re-

of

and

upon

Drive

In-Warranty (per manufacturer) Out-of-Warranty (per manufacturer)

- manufacturer charge only.

- manufacturer charge plus $100 CMD handling.

RETURN

FOR

UPGRADE/ UPDATE

CMD Host Adapter

In-Warranty (less

• CMD offers a 15 working

be

upgraded for all its boards. CMD will charge of the difference of list prices of the original also update its be

upgraded/updated

than

1 year)

day

to

a higher function;

board

to its latest firmware release

and

turnaround

upgrade

and

different

a

free

function

15 working

day

the hardware of its board to a higher function for a

and

at

no charge to the customer. Boards will

returned to the customer within

of return to CMD.

• CMD also offers 24

• The remaining warranty period shall apply to the CMD will extend

hour

turnaround

warranty

loaner

service

as stated in "RETURN

updated

for a period of six months.

Out-of-Warranty (More than 1 year)

• CMD offers a 15 working be

upgraded

to

a higher function tions. CMD also offers a Boards will be the

date

upgraded/updated

of return to CMD.

• CMD also offers 24

• There will be

no

warranty extension for same function firmware update. For different func-

hours

day

turnaround

free

15 working

turnaround

different

at

a charge of the difference of list prices of two func-

day

and

returned to customer within

Loaner

function

turnaround

Service

as stated

ECD

tion Hardware upgrade, CMD will extend warranty for a period of six

Drive-same

as

in

RETURN

FOR

REPAIR.

SHIPPING CHARGES The following shipping charges

apply

to all REPAIR, SWAP, LOANER,

In-Warranty

• Domestic - freight from CMD to customer is to be CMD is to

• International- all fees are to be paid

be

paid by customer.

by

customer (including custom

paid

by

Out-of Warranty

• Domestic - all fees are to be

• International- all fees are to

paid

by customer.

be

paid

by

customer (including custom

upgrade

service

turnaround

for boards that can

ECD

Field

Upgrade

upgraded functions. CMD will

15

working days from the date

FOR

REPAIR."

board. For upgraded boards,

upgrade

service

Field

Upgrade

in

"RETURN

and

for boards that can

for all its boards.

15

working days from

FOR

REPAIR."

(6)

months.

UPGRADE UNITS.

CMD; freight from customer to

duty

and

broker fees).

duty

and

broker fees).

GENERAL

CONDITIONS All goods returned to CMD including returns for credit, ation returns shall remain in good condition. result

in

a rejection or additional charge to the customer.

Custom~r

arrival boards returned goods for credit

must

consult CMD Technical Support for authorization of CMD not functional

and

swap

requests. CMD Sales personnel must be consulted for authorization of

and/

or evaluation.

Any

damage or alteration done

swap

returns, loaner returns,

by

the customer will

upon

and

evalu-

Preface

Revision 1.3 of the

CBI-IOIO

manual

contains the following changes from the

previous version:

• Instructions for switching between the CBI-IOIO/M have

been

•

An

error

was

added

in

the ULTRIX Configuration section has

in

to Chapter 3 .

steps 3

and

4 of

the

CBI-IOIO/TM instructions.

and

CBI-IOIO/MB

been

corrected. The

Preface

vii

viii

Preface

Table of Contents

1 Introduction

How Conventions

2

Features and Specifications

CBI-I0I0 Features Special Features

CBI-I0I0 Specifications

to Use this Manual

Multi-Hosting Tape Monitor Utility Sync/

Cabling Termination

Async Mode

3 Installation

Hard

ware Configuration

Disk

and

Tape Emulation Selection for the CBI-I0I0/TM

Switching Between CBI-I0I0/M

and

CBI-I0I0/MB

1-1

1-1 1-2

2-1

2-1 2-3 2-3 2-4 2-4 2-5 2-6 2-6

3-1

3-1 3-2 3-3

System Differential Mode

Single-Ended Mode

Installing the CBI-I0I0

SCSI SCSI SCSI

CBI-I0I0

Installing

Node

Cabling Terminator Power ID

for Host

Installation Procedures

SCSI

Devices

ID

Adapter

(Initiator)

Table

3-4 3-6 3-8 3-9 3-9

3-10 3-10 3-10 3-14

of

Contents ix

Cable Specifications SCSI ID for Target Devices SCSI Device Installation Procedures

3-14 3-14 3-15

4

Setup

On-Board Utility

Accessing the Utility Changing LUN Offset

Formatting the Drive Qualifying the Drive Manually Replacing Bad Sectors Additional Utilities

Up

Displaying SCSI Device and Setting

Sending SCSI Commands Testing Formatting

Completing Utility Functions

Unit Numbering Multi-Hosting Configuration 4-16 VMS ULTRIX

Configuration

Configuration 4-18

SCSI

Device 4-12

RCT

Block 4-13

To

The

Configuration 4-5

Device 4-11

4-1

4-1 4-1 4-2 4-3 4-3 4-4 4-4

4-13 4-14

4-17

SCSI

5

Supported

A

CBI-I0I0/T

CBI-I0I0/M

CBI-I0I0/MB 4-20

CBI-I0I0/TM

Basics

SCSI Glossary SCSI

Commands SCSI Status SCSI Messages SCSI Single-Ended Signals 5-4

SCSI Differential Signals

Devices

SCSI Devices

Magnetic disk drives Erasable Optical disk drives Erasable

Optical disk cartridge manufacturers

and

Operating

Systems

supported

4-18 4-19

4-21

5-1

5-1 5-2

5-3 5-4

5-6

A-1

A-I A-I A-2 A-2

Table

of

x

Contents

CD ROM disk drives supported WORM drives supported Tape drives supported Jukeboxes

Operating Systems

supported

A-2 A-2 A-2 A-3 A-3

B Troubleshooting

VMS Cables LED

CMD Technical

Miscellaneous

C

Jumper Settings

Index

Quick

Analyze/Error

Indicators

Reference

Utility

Support

Guide

B-1

B-1 B-3 B-3

B-4

C-1

Table

of

Contents

xi

xii

Table

of

Contents

2

Features

and

Specifications

List of Figures

Figure

2-1:

3 Installation

4

Figure Figure Figure Figure Figure Figure Figure Figure Figure Figure

Setup

Figure Figure Figure

3-1: 3-2: 3-3: 3-4: 3-5: 3-6: 3-7: 3-8: 3-9: 3-10:

4-1: 4-2: 4-3:

Front LED Assignment

Components of the CBI-I0I0 3-2 Jumper

Differential Card (CBI-I012) Installation CBI-I012 Components Single-Ended Card (CBI-I0ll) Installation CBI-I0ll Components

Back Panel Cabling (Differential)

Back Panel Cabling (Single Ended) Connectors

SCSI

Utility Main Menu 4-2

Utility Sub-menu 4-4 Current configuration, default

WI

Pin Positions

on

cabling

the system backplane 3-13

2-2

3-3 3-7 3-7 3-8

3-9 3-11 3-12

3-15

4-6

Figure Figure Figure Figure

4-4:

Configuration change

4-5:

Synchronous transfer rate change 4-10

4-6:

SCSI

4-7:

Disk

host

adapter

and

Tape Configuration Change

ID

change

List

4-7

4-10 4-11

of

Figures xiii

5

SCSI

Basics

Figure Figure 5-2: Differential

5-1: Single-Ended SCSI device connector

C Miscellaneous

Figure C-1: CBI-1010 Figure C-2:

CBI-1010 Silk Screen

SCSI device connector

jumper

locations

Rev.

C

5-4 5-6

C-3 C-4

xiv List

of

Figures

List of Tables

2 Features and Specifications

Table 2-1: CBI-I0I0 Models Table 2-2: LED Indicators Table 2-3: Special Feature Table 2-4: Controller Specifications Table 2-5: Cable Specifications

Installation

3

Table 3-1: Default Settings Table 3-2:

Table 3-3: Table 3-4: Table 3-5: Connectors

4

Setup

Table 4-1: Default for

WI

Jumper CBI-I010/M Map

of System

Support

S~ttings

and

CBI-I0I0/MB Settings

Node

and

Cables

Unit

Numbers

5 SCSI Basics

List

ID for

VAX

6000

2-1

2-2 2-3 2-3 2-5 2-6

3-1

3-1 3-3 3-4 3-5 3-9

4-1

4-14

5-1

Table 5-1: SCSI Table 5-2: Table 5-3: Table 5-4:

Table Table 5-6:

5-5:

Commands

SCSI

Commands SCSI Status SCSI Messages

SCSI Single-Ended Connector SCSI Differential Connector

(MSCP) (TMSCP)

Assignments

List

of

Tables

5-2 5-3 5-3 5-4 5-5 5-7

xv

A

Supported

Devices

and

Operating

Systems

A-1

Table

A-I:

Operating Systems Supported

C Miscellaneous

Table Table C-2:

C-I:

Jumper Settings for the CBI-IOIO·

WI

Jumper Settings

by

CBI-IOIO

A-3

C-1

C-I

C-2

xvi

List

of

Tables

1

Introduction

This User's Guide explains the basics of your

on

information for use.

setting

up

How to Use this Manual

This

guide different aspect appendices for further configuration following descriptions summarize each section.

Chapter conventions used.

Chapter features

Chapter procedures for the

has

five chapters

of

preparing

1:

Introduction

2:

Features

and

specifications.

3:

Installation describes

CBI-lOlO.

explains the

and

Specifications describes the CBI-lOlO

and

configuring the system

and

three appendices. Each chapter explains a

your

CBI-lOlO for use. You

and

troubleshooting information. The

purpose

hardware

configuration

CBI-lOlOTM.

and

may

of this guide

It includes

the CBI-lOlO

refer to the

and

details the

and

details its

and

installation

Chapter and

Chapter

and

Appendix and

4:

Setup

software configuration.

5:

SCSI Library lists a glossary

command

A:

Host computers compatible

describes the On-Board Utility, set

codes for the CBI-lOlO.

Supported

Devices

and

Host

with

the CBI-lOlO.

on

SCSI terms

Computers

up

of special features

and

gives SCSI status

lists the SCSI devices

Introduction

1-1

CBI-1010

Appendix

CBI-IOIO under VMS®.

Appendix the CBI-IOIO.

Conventions

The following conventions are used

Keycaps-Characters example, "Press

keys are joined

Commands-Italics eg.,

show

dev

Entering Text or Commands entered the text or command

on

B:

Troubleshooting gives some troubleshooting guidelines for the

C:

Jumper

by

Settings list the jumper setting selections available

in

the CBI-IOIO User's Guide.

in

square brackets represent keys

[ENTER]" means press the [ENTER] key. When two or more

a plus sign (+), press those keys

text represents a command that can

on

your keyboard. For

at

the same time.

be

used

on

a system,

duo

on

screen will be

and

Screen-Text

in

italics

and

press [ENTER].

bold as show dev

or commands that must be

du;

be

sure to enter

on

1-2

Introduction

2

Features and Specifications

This section briefly describes the CBI-I0I0 V details its specifications.

CBI-1010 Features

The CBI-I0I0 is is fully compatible Tape Mass Storage Control Protocol (TMSCP). Each CBI-I0I0 is fully licensed by

Digital

The CBI-I0I0

systems.

which use

The

CBI-I0I0

single-ended SCSI channel can

(when the transfer rate is

can be

and

It

DU!TU

used

an

is

built

can

supports

to connect

AXBI

intelligent

with

the DEC Mass Storage Control Protocol (MSCP)

around

be

used

VMS,

drivers.

either a single-ended or differential SCSI channel. A

up

high

performance

DEC's

with

the 5800, 6000, 8000,

UL

TRIX,

be

10

MBytes/second) while a differential

to

80

own

BIIC

and

selected UNIX operating systems

used

for connecting

feet of cable.

SCSI

Host

VAXBI

interface chip.

SCSI host adapter that

and

9000 series V

up

to 9.9 feet of cable

Adapter

SCSI

and

AXBI

channel

CBI-I0I0 features Octaword DMA master transfers, virtual data buffer,

The command arbitration, disconnect capability.

be

connected to the CBI-I0I0 10-MB/sec (async) mode.

queuing, dynamic defect management,

Up

to seven

in

synchronous (sync)

and

reconnect capabilities,

SCSI

devices (either single-ended or differential) can

SCSI

port

mode

with

and

standard and

SCSI

bus

7-MB/sec

SCSI

bus

multiple host

data

transfer rate

in

asynchronous

Features and Specifications

up

to

2-1

CBI-1010

The CBl-1010 supports a variety of

magnetic

supported

Tab\e

CBI-l0l0/

CBI-l0l0I™

CBI-l0l0

The

disk, tape,

by

the

CB\-1

2-1

M

T

1MB

CBI-1010

SCSI drives, scan

disk and tape drives.

The

CBI-101

drive Logical Unit

configuration of devices.

The CBI-1010 features six

LEDs are visible

and

optical disk drives. Table 2-1 lists the devices

different CBl-1010 models.

01

o·

Models

supports disk drives only

supports tape drives only

supports disk

supports disk drives only

has

an

On-Board Utility for

bad

0haS

blocks

an

on-board non-volatile

Number

and

Offset

LEos--thr

from the front or

sync/

Async SCSI devices including

and tape drives simultallE

yOU

to format

replace

and

them

automaticallY,

RAM

(NoVRAM-) to store the

other important information to handle

the

one red,

chassis

ee

top

green,

of

oUSly

and

when

configure the

and

test

SCSI

twO

yellOW.

the system is

These

running

fIgure

and

are labeled as

2-1:

front

YELLOW

0998

LEO Ass\gnrn

shown

ent

in

Figure 2-1.

2-2 Features and

specificatiOns

CBI-1010

Table

LED Color

. DS1-Right

DS1-Left

DS2-Left

DS2-Right

D998/ D999

2-2

describes the conditions of

2-2

LED Indicators

red green

green

yellow

Special Features

CBI-IOIO

Indication

Error condition occurred. Power-up

LED lights diagnostic testing. blink

SCSI controller chip Single-ended Differential

Terminator

Figure

Self-test passed.

to

3-1.

OK

and

activity indicator.

when

the

During

show

controller activity.

mode

power

enabled

when

CQD-220 succeeds

is

supplied

LED's are lit.

normal

with

not

Upon

operation, this LED will

mode

lit.

with

power

in

the

enabled

power.

self-

when

Refer

up,

this

lit.

to

The

CBI-IOIO

models as listed Table

Table

Model

CBI-1010/TM Yes Yes

CBI-1010/T Yes Yes CBI-1010/M Yes

CBI-1010

2-3

supports

special features

2-3.

Special Feature Support List

Multi-Hosting

1MB

Yes

that

pertain

to the different

TMU

No No

Multi-Hosting

CBI-IOIO between multi-host solution boxes. Multi-hosting instructions are given

II

Additional Utilities." Refer to Appendix A for

devices. Refer to

gives

you

the ability to completely share

multiple VAX systems

can

support

Chapter

4 for configuration instructions.

running

VAX

disk, tape,

an

array of disks

cluster software. CMD's

and

optical devices including juke-

in

Chapter 4,

supported

under

disk

CBI-IOIO

and

tape

tapes

Features and Specifications 2-3

CBI-1010

Tape Monitor Utility

The Tape Monitor CMD Teclmology

UtilityTM

and

(TMU) is

work exclusively

an

application software developed with

CMD

SCSI

host adapters as

by

an

optional feature for VAX/VMS systems.

This Tape Monitor dor

identification, drive firmware revision, the remaining tape capacity, per-

UtilityTM

runs

under

VMS

and

displays the tape drive ven-

centage of rewrites during writes or percentage of ECC retrys during reads, and

current tape operations such as read, write, write file mark, space, rewind, etc. You can install multiple observe all tape activity from any without the information

To install the Tape Monitor subsection

any additional add-in hardware. You also can open a file to log all

during

unattended backup.

Utility, use On-Board Utility (Chapter 4,

1/

Additional Utilities") to enable TMU since the factory setting for

CBI-IOIOs

VAX

terminal locally

TMU OFF. Then follow the instructions given Monitor

SynclAsync Mode

Utility User's Manual

part

number

and

tape drives

or

in

the accompanying CMD Tape

in

one site

across the network

MAN-OOOTMU-OOl.

and

The

CBI-IOIO support asynchronous

In

Sync mode,

comes standard

synchronous mode. However, you can change the

mode

using the On-Board Utility

CBI-IOIO device connected to find device.

In

Async mode,

asynchronously even

SCSI devices also

Sync

CBI-IOIO

if

in

synchronous mode. Most

in

will automatically negotiate

out

whether the Sync mode is supported

will communicate

the

SCSI

device supports Sync mode. Most of the

support

Async mode.

with

Chapter

with

the

SCSI

devices

CBI-IOIO

4.

each

SCSI

device

by

to

the

2-4

Features and Specifications

CBI-1010

CBI-1

01

0 Specifications

Table 2-4

CBI-IOIO.

Table

Emulation Bus Interface

Adapter Interrupt Vector Transfer Mode Command Queuing Data Buffer Capacity Defect Management: Software Supported Multiple-Hosting Formatting

Optional Software LED Indicators

Peripheral Interface

SCSI

SCSI Devices Supported

System Performance

SCSI SCSI

Operating Temperature Relative Humidity Power Requirement

on

the

following

2-4 Controller Specifications

Size

Transfer Rate

Bus Parity

Driver/Receiver Cable Length

page

lists

the

Controller

MSCP

VAXBI Single V Software programmable Octaword DMA master 32 Virtual data buffer Dynamic defect management VMS, Support multiple-hosting for disks, optical drives

On

for optical erasable disk format) Tape monitor utility

Self test, error conditions, single-ended

ended terminator power, differential differential terminator power Small Computer System Interface

10.0-MB/sec

7.0-MB/sec in Asynchronous mode

Odd Up to 7 Support disconnect/reconnect capability configuration Single-ended or differential Single-ended,

Differential, 5°

10%

+5V

(DU

driver) / TMSCP (TU driver)

AXBI

slot

Commands

ULTRIX

board format

parity

SCSI

10

MBytes / second transfer rate

C to

50°

to

900/0

DC 6.0A,

with

optimized seek

and

selected UNIX versions

and

bad block replacement

(TMU)

in

Synchronous mode

devices

up

to

9.9

ft

up

to

80

ft

(25

C

, Non-condensing

+12V

DC

Specifications for

SCSI

(SCSI)

and

(3

meters) recommended

meters)

14mA,

-12V

DC

6mA

(ISO

enable, single-

enable,

multiple host

the

and

tapes.

standard

at

Features and Specifications 2-5

CBI-1010

Cabling

The

CBI-1010 CMD Technology strongly recommends the use of differential mode data transfer rate exceeds five megabytes per second. but

to use single-ended mode ommends that the total internal than

three

will operate

(3)

meters

or

in

single-ended or differential mode; however,

If you have no choice

at

9.9

a high transfer rate, the

and

external cable length should be no longer

feet

when

the transfer rate is

SCSI-3

10

MBytes/second.

when

proposal rec-

Furthermore, the single-ended cable should meet or exceed the following specifications.

the

Table

Characteristic Impedance

Signal Attenuation Pair-to-pair Propagation

Delay Delta

DC Resistance

2-5

Cable Specifications

No ohms

.095 .15

.23

less

than

90

dB

maximum

nanoseconds

ohms

maximum

ohms

per

maximum

Termination

The single-ended daughter card adapter for the mination. Some quate at high transfer rates.

SCSI

devices still use passive termination, which is inade-

If

your system is running

CBI-1010

transfer rates in excess of five megabytes per second one

end

of the

of high-performance termination at the other

SCSI

bus, you

must

use active termination or some other type

end

of the bus.

and

no

greater

meter at 5 MHz

per

meter

at

meter

20

degrees C

than

employs active ter-

in

single-ended mode at

and

the

CBI-1010

140

is at

2-6

Features and Specifications

3

Installation

This chapter details hardware configuration The CBI-1010

must

be configured first, installed SCSI devices installed last. This chapter is organized must Chapter Utility

be installed; after completing

4.

Features

in

Chapter

4.

not

selectable here

Hardware Configuration

This section details setting ing

it

inside a system.

tion for

proper

configuration. Table

CBI-1010 model.

Table

Model

CBI-IOIO/TM CBI-IOIO/T CBI-IOIO/M CBI-IOIO/MB

3-1

Default Settings

Be

Wl(1-3) Wl(2-4) W5(1-2)

OUT OUT OUT OUT OUT OUT

and

installation for the CBI-1010.

in

the system second,

in

the

order

hardware

can

up

various features for the CBI-1010 before install-

sure to follow

3-1

OUT OUT

installation, refer to "Setup"

be selected

the

instructions listed

through

illustrates the default settings for each

U9

OUT OUT OUT

IN

PAL PIK08 PAL PIK28 PALPIK29 PAL PIK58A

the

the On-Board

in

each subsec-

and

CBI-1010

in

Note that (F) means factory setting.

Figure

3-1

illustrates the components

on

the

CBI-1010.

Installation

3-1

CBI-tOtO

CPU

U9

--~~

'---~

~_-_~

....---..

'---_--'

1:::::::::::3 1:::::::::::3

~

~c::J

--1.:::m!ll!!lIIIl111mDJ

(::::::::3

(:::::::3 (:::::::3

__

-

D"

JE

(::::::::::3

(:::::::3

~::=::::{

(:::::::3

(:::::::3~~1~:::~:::~::~::~::3~~~~~~~~~

II

~---,<r=~1

(:::::::3

DID~fmml

1 (

(:::::::3

- 1

IDI:::::::::::.:~

.::::::::::::3

'----

IIII

(:::::::3

C:::::J

C3

q~W8::J

(:::::::J

C::::::::::3

..

' 3

1"---_.(,

___

"II~-~

(:::::::3(::::::::::1

~

1 4

:::::::::::::~:::::::~

C:::::::::::I:::::::3

...

_-.,.......

II

D

,

c::J

~

I J

~:::::::~

(:::::::3

........

(:::::::3

~

<

(:::::::3

C:::::::3

<

(:::::::3

c:::::>

VUlt

CHIP

D

C:::::3

(::

:::::<

'--------'

Figure 3·1: Components

Disk

and Tape Emulation Selection

The CBI-IOIO/TM is a multiple function controller. CBI-IOIO/TM as a single function controller (configured ity as 0 disk

one of the functions

• To disable See Figure 3-2 for location of

• To disable disk function, install a See Figure 3-2 for location of

of

the CBI·1

or

0 tape) the

tape

01

0

unused

shown

function, install a

below, see Table 3-2 for different configurations.

function must be disabled. You

WI

for

the CBI-1

shunt

and

shunt

and

on

positions.

on

positions.

01

When

pins I

pins 2

O/TM

you

through

and

3 of

and

4 of

configure the

RS-232 Util-

can

disable

jumper

WI.

3-2

Installation

CBI-1010

Table 3-2

Pins 1 & 3

OUT

IN

OUT

Note that

(F)

0

W1

Jumper Settings

Pins 2 & 4

OUT

IN

means factory setting.

1

:::::

Description

CBI-IOIO/TM CBI-IOIO/TM configured for disk only

in

location U9

CBI-IOIO/TM configured for tape only in

location U9

::S[@

with

PAL PIK08 in location U9

with

C::::::::J

1:::::::::::

(F)

PAL PIK08

3

:::3-

::3

Figure 3·2: Jumper

Switching Between CBI-1010/M and CBI-1010/MB

Both the CBI-lOlO/M 1010/M offers tion, which is necessary for bootability tween ing the PAL WS. PIK58A PIK58A

Be a screwdriver to

the CBI-lOlO/M

All CBI-IOIO/M adapters come

sure to

[::::::

I:

: : : : : : : : : :

W1

Pin Positions

and

KLESI

at

location U9

as

an

accessory. Likewise, all CBI-IOIO/MB adapters come

installed at

turn

off

emulation, while the CBI-lOlO

and

U9

and

power

pry

the PAL loose

::JI::::

51:

CBI-lOlO/MB

CBI-IOIO/MB models is a simple matter of chang-

and

either removing

PAL PIK29 as

to the

adapter

:::

::J

: : : : : : : : J

with

and

support

on

VAX

PAL PIK29 installed

an

before

then

disk drives only,

6000 systems. Switching be-

or

accessory.

you

remove it

1:::::::::::

I:

: : : : : : : : J

but

/MB

offers

installing the jumper

switch the PAL at U9. Use

with

KDB50

at

your

U9

fingers. In-

the

emula-

and

with

3

CBI-

at

PAL

Installation

3-3

CBI-1010

sert the alternative PAL

that the alignment of the notch

rounding

chips. This will assure a power, change the desire. Table

Table 3-3 CBI-1

Model

CBI-IOIO/M CBI-IOIO/MB

System Node

Care

must

3-3

shows the EPROM

10

be taken

and

jumper

01

Emulation

KLESI

KDB50

when

at

OIM

and CBI-1

installing a CBI-I0I0 to avoid having the operating

press

at

one

proper

down

end

until it is fully seated. Make sure

of the PAL is identical to the sur-

pin-one match. Before restoring

W5 to the appropriate setting for the model

and

jumper settings for each model.

01

O/MB

W5

OUT

IN

Settings

U9

PAL PIK29 installed PAL PIK58A installed

you

system change the physical device names of the currently installed devices. During

auto configure, each device found is given a

unique

device name. The

device names are expressed as:

ddcu

where

dd

= type of device

c = Controller designator (A,B,C

u = Unit

The device name is determined registers are

4-1 for

no

concerns

unit

OP

The controller designator is derived by the operating system as it scans space. The first MSCP disk controller found is given MSCP disk controller 'B'

number

/SA). Since these addresses are fixed

with

numbers.

(Le.

MU,DU,PT,PU)

...

)

by

the physical address of the controllers

within

the CBI-I0I0, there

configuring the device type. Refer to

the

letter'

and

so on. This will generate devices DUAx/PUAx,

Chapter

4, Table

A', the second

port

I/O

DUBx/PUBx, incrementing the controller letter until all disk controllers are found. The same is true for each MUAx/PTAx, MUBx/PTBx

at

The scan will start

within the

o to

the system.

BI

is the system node ID.

15.

node 0 and

On

native

TMSCP tape controller, yielding devices

and

so on.

will

work

BI

systems

In

these systems, the system ID's range from

its

way

up

to the last node ID

(Le.

8200/8250/8350), the node ID of

3-4

Installation

On

systems where the aIl6000's), the system VAX

6000

machine has

logically capable of containing a bus

BI

is the system

node

ID does not match the

240

system node ID's. The

adapter

I/O

bus (i.e. 58xx, 85xx, 8700, 8800

BI

with

node XMI 16

node ID of its own.

ID.

bus has

Physically this arrangement is not permissible, however, this is looks at the system.

map

Table 3-4 shows a

of system node ID's for a

VAX

6000 type machine.

CBI-1010

and

For example, a

15

nodes each

how

VMS

Table 3-4

XMI

node

1 2 3 32 - 47 4 5

6

7 8 9 128 10 11 12 13 14 15

Map

of

System Node

10

for

VAX 6000

System

0-15

31

16 -

48 -63

79

64 80 -

95 96 -111 112 - 127

144 160 176 192 - 207 208 224 -

nodes

143 159 175 191

223 239

It

is desirable to install the CBI-I0I0 at a system node ID that will not change

the

physical

accomplished any

other currently

The

CBI-I0I0/T is device type PT

system node ID

device names of the currently installed devices.

by

installing

than 1010/MB is a device type node ID of

PU

than

other MSCP disk controllers. The CBI-I0I0/TM is a device type

/DU

and

PT

other MSCP disk

the

installed

CBI-l0l0

device of

/MU

at a higher

the

same type.

and

should be installed at a higher

system

other TMSCP tape controllers. The CBI-I010

/MU

PU/DU

and

should be installed at a higher system

and

TMSCP tape controllers.

and

should be installed

at

This

is

node

ID

/M

than

and

a higher system

node

ID

Installation

CBI-

3-5

CBI-1010

If

you

do

not

adhere to these guidelines, currently installed devices a higher system tor

changed

As

an

example,

XMI

node

IS, CBI-lOlO/TM node from'

Differential Mode

ID 212), the controller designator for the KDB-50 will

A'to

node

(incremented

if

BI

node

or

'B'

and

ID

than

the

CBI-lOlO will have their controller designa-

by

the

number

the current system

4,

(system node ID 228)

has

CBI-lOlO/MB installed

the CBI-lOlO will

have

that

have

of CBI-lOlO's installed).

a KDB-50 disk controller installed

and

a CBI-lOlO/M,

at

XMI

node

14,

BI

node

be

the controller designator of

4, (system

incremented

'A'.

at

The CBI-lOlO CBI-lOlO SCSI son

you

supports

port

need

to convert the CBI-lOlO from single-ended SCSI

either single-ended

is factory configured to

ential, follow these instructions.

NOTE Use only

1 Remove the single-ended SCSI

left

comer

2 Install the differential SCSI

the

components

of the CBI-lOlO board.

daughter tion of the CBI-lOlO board. Make with

Jl

of the CBI-lOlO board. See figure 3-3.

or

your

supplied

daughter

card (CBI-1012)

sure

to align

differential SCSI modes. The

specifications.

by

CMD.

card (CBI-lOll) from

Jl

of the

If

mode

at

the

daughter

for

any

to differ-

the

same

lower

loca-

card

rea-

3-6

Installation

CBI-tOtO

J1

Figure 3-3: Differential Card (CBI-1012) Installation

Figure 3-4 illustrates the components of the CBI-I012 differential card. The terminator resistors are located

I

RN1

0000000000000000000000000

II

RN2

at

U22

and

U23.

I

Jl

~

~~

J2

daughter

Q

8~~

~

~@]

I~I

CTID~(~)Sff~

u~

OOOOOOOOO:S

00000000000

O~~

0 0 0 0 0 0 0

Figure 3-4:

CBI-1

~

@J

~

012 Components

CID

0000000000000

J2

[§J

~

[ill

00

~

OOOOOOOOO~

000

~ ~

00

0

000

~ ~

@J

T.r

00

[(;l)Ta(~)

Lfu

OU03

~

@J

~

0

@]cm

~Cill@]

00

~

:J

~~

@(gQ)

~

I"

.

C21

Installation

I

.

3-7

CBI-1010

Single-Ended Mode

The CBI-I0I0 is factory configured to user specifications. However, if need

to convert the CBI-I0I0 from differential to single-ended, follow these

instructions.

1 Remove the differential SCSI daughter card (CBI-I012) from the

left

comer

2 Install the single-ended SCSI

tion of the CBI-I0I0 board. Make sure to align with

Jl

of the CBI-I0I0 board.

daughter

card (CBI-I0ll)

of the CBI-I0I0 board. See figure 3-5.

Jl

of the

at

the same loca-

daughter

J1

you

lower

card

J2

Figure 3-5: Single-Ended Card (CBI-1 011) Installation

Figure

3-6

illustrates the components of the

card. The terminator resistors are located

3-8

Installation

CBI-I0ll

at

RNI

single-ended

and

RN2.

daughter

0000000000000000000000000

~--------------~

(

0000000000000000000000000

Figure 3-6: CBI-1011 Components

C2

CBI-1010

Jl

RNl

)

RN2

J2

Installing the

Installing the SCSI

bus, identifying section explains these topics prior to listing installation procedures; carefully read the explanations first.

SCSI

The V one of the 30-pin connector connector CONI. The 30-pin connector defined as connector CON2 (see Figure 3-4 for details). Table 3-5 lists the connectors

Table 3-5 Connectors

Connector

JE

Cabling

AXBI

CBI-1

01

CBI-IOIO

and

0

involves installing the board, cables, terminating the

testing SCSI devices

with

systems provide two 30-pin connectors

VAXBI

and

Zero Insertion Force

on

the component side of the

cables for the

Connector Single-Ended/Differential

signals

CBI-IOIO.

and

CONl

Cables

(ZIF)

connectors JC, JD,

CBI-IOIO

on

the solder side of the

Connector On-Board

Ended/Differential signals

the On-Board Utility. This

in

the backplane for every

and

JE.

The

is defined as

CBI-IOIO

CON2

RS-232

Utility & Single-

is

The

CBI-IOIO utility interface) ductor cable. SCSI

connector

comes

and

One

and

end

with

one three-foot

SCSI

I/O

cable (including

system back panel adapter kit. The

has

two

30-pin connectors

and

a IO-pin connector.

I/O

cable is a 60-con-

the other

RS-232

end

has 50-pin

Installation

3-9

CBI-1010

NOTE

CMD strongly recommends the use of differential in

systems employing transfer rates

megabytes

per use single-ended mode, the mends longer per

SCSI Terminator Power

Typically the initiator +5-volts, to the

SCSI devices, the terminator

the

that the total length of the SCSI cable

than

second. See

(SCSI

SCSI bus. Because the CBI-lOlO is considered

enabled.

The

CBI-lOlO supplies terminator ended/ block,

SCSI

differential SCSI connector

WB. (Check Tables 5-5

10

for Host Adapter (Initiator)

in

excess of five

second.

three meters (about

page

If

you

have no alternative

SCSI

-3

proposal recom-

9.9

feet) at

2-6 for more details.

10

megabytes

host adapter) supplies terminator power,

and

power

5-6 for

(JE)

option of

the

CBI-lOlO needs to be

to the TERMPWR pins of single-

through

a polyswitch

assignments.)

mode

but

be

no

an

initiator to

and

jumper

to

Each device

(0

to

7).

on

the SCSI

bus

requires a unique SCSI Identification address

SCSI ID 7 has the highest priority

on

the

bus

lowest priority.

CBI-lOlO plays the role of initiator

The To alter On-Board

CBI-1 010 Installation Procedures

1 Make sure the system is

WARNING

the

Host Adapter SCSI ID, change NOVRAM settings

RS-232

Utility given

configured as given

Make sure you are wearing anti-static wrist straps.

in

powered

in

the section,

Chapter

and

is factory configured to SCSI ID

4.

OFF. Make

sure

"Hardware

2 Choose a correct slot for installing the CBI-lOlO

"System

Node

3 Install the

the

system's backplane;

ID."

CBI-lOlO

in

the correct slot

push

the

with

the ZIF connectors set into

ZIF handle

down

CBI-IOlO into place.

and

SCSI ID a has the

through

the

CBI-IOIO

Configuration."

by

reading the section

to clamp the

7.

the

is

3-10

Installation

CBI-tOtO

48 Differential Configuration: Install the back panel into

with

the

system external connector to the

ribbon cable inside the system. If necessary, move the

"SCSI Differential" slot

on

the back panel

unscrewing the connector from the "SCSI Single Ended" slot

the

plate from and

screw

"SCSI Differential" slot. Swap the plate

them

both back into place. (See Figure 3-7.)

the

back of the

and

the connector

JE CON2

by

the

JE

CON1

Ribbon Cable

SCSI Differential Slot

Figure 3-7: Back Panel Cabling (Differential)

4b Single

system external connector to the

Ended

with

the

Configuration: Install the back panel into the back of the

ribbon cable inside the system. If necessary, move the

"SCSI Single Ended" slot unscrewing the connector from the "SCSI Differential" slot from the and

screw

"SCSI Single Ended" slot.

them

both

back into place. (See Figure 3-8.)

Swap

the

plate

on

the back panel

and

the connector

the

by

plate

Installation

3-11

CBI-1D10

Figure 3·8: Back Panel Cabling (Single Ended)

Ribbon Cable

JE

CON1

JE CON2

5 Locate the 60-pin ribbon cable

CONI

of the backplane.

(See

backplane.)

WARNING

Pin 1 of the cable must match backplane.

and

connect cable labeled

Figure 3-9 for connectors

CONi

pin 1 of the

JE

CONI

on

the system

to

JE

3-12

Installation

CBI-tOtO

Component

Blue

Node

CONl

side

ID

plug----l

of

CBI-lOl 0

'--_---1.-_--'

L..-...J..

•

• •

•

• •

•

• •

•

• •

•

• •

•

__

Solder side of

•

e-+---+--CON2

•

e-+---+--CON2

•

• •

•

• •

•

• •

•

• •

•

• •

•

~__+_-

•

-'----_-1-.....J

CBI-1 01

JA

Connector

JB

Connector

JC Connector

JD

Connector

JE

Connector

CON2 pin

0

Figure 3·9: Connectors on the system backplane

6 Connect

JE

CON2 of the ribbon cable to

backplane.

7 Connect the IO-pin

7 for differential configurations

figurations.)

RS-232

JE

CON2 of

the

cable to the back panel

and

Figure

3-8

for single

at

JI

(see Figure 3-

ended

con-

Installation

3-13

CBI-1010

Installing SCSI Devices

This section details installing devices from the connectors of adapter Specifications"

Cable Specifications

Single-ended

paragraph See page 2-6 for a discussion of cabling issues

kit to the SCSI

and

devices~

Read carefully the subsections, "Cable

"SCSI ID for Target Devices" before installing the devices.

differential cable specifications vary; see the appropriate

below for cable specifications before attempting to install devices.

in

systems

running

transfer rates.

Single-ended:

•

When that ble

•

When

a shielded twisted pair cable

• A effects

• The maximum cable length is 10

the

CBI-IOIO

and

the SCSI devices are installed

in

meets EMI/RFI shielding requirements, a 25-conductor twisted

must

minimum

megabytes

be

the

CBI-IOIO

and

used

for connecting

and

the SCSI devices are installed

the

must

be

conductor size of 2S-AWG

ensure

per

proper

second.

distribution of optional terminator power.

3.0

meters

CBI-IOIO

used

to meet FCC requirements.

must

or

9.9 feet

(JE)

be

and

the SCSI devices.

in

used

to minimize noise

in

single-ended

the

back panel

at

high

the same cabinet

pair

ca-

separate cabinets,

mode

at

Differential:

•

When

the

CBI-IOIO

and

the SCSI devices are installed

in

the same cabinet

that meets EMI/RFI shielding requirements, a 25-conductor twisted

must

ble

•

When nets, a shielded twisted pair cable vices from the back panel

be

the

CBI-IOIO

used

for connecting

and

the

CBI-IOIO

(JE)

and

the SCSI devices are installed

adapter

must kit meeting FCC requirements. Other-

be

used

to connect the SCSI de-

the SCSI devices.

in

separated cabi-

wise, crosstalk between adjacent signals causing spurious pulses ential signals will occurs distances. Each

the positive signal,

pair

and

• Cables should consist of conductors of 26-AWG

• The

SCSI

maximum

10

for Target Devices

cable length is

Each SCSI device (initiator ID number. Since the

CBI-IOIO

even

at

slow data transfer rates

and

should be connected to the same signal, one wire to

the other wire to

25

meters

or

target)

has

on

been

the

negative.

or

2S-AWG.

or

SO

feet

in

differential mode.

the SCSI bus requires a

set to

SCSI

ID 7 (initiator), target

pair

on

differ-

short cable

unique

SCSI

ca-

3-14 Installation

CBI-1010

devices

Target ID starts

The factory setting of the and drives configuration;

SCSI Device Installation Procedures

To install

1 Connect SCSI cables as listed below for the specified mode:

must

be set from SCSI

with

SCSI ID 0

ID

0 to

6.

Normally, the assignment of SCSI

on

single function boards.

CBI-I0I0/TM is four disk devices

three tape devices

or

three tapes drives

if

you

SCSI

devices follow the procedures below:

For

single-ended

bel "Single-Ended" to the total of the internal 10

MBytes/ second. See Figure 3-10.

For

differential

bel "Singled-Ended" to the

(SCSI

do

mode:

not,

ID=4 to

you

6).

If

you have more

must use the On-Board Utility to change the

do

not need to change the configuration.

Connect a SCSI cable from the back panel

SCSI devices (see "Cable Specifications"). The

and

external cable lengths

must

Connect a SCSI cable from the back panel

SCSI devices (see "Cable Specifications"). The total of the internal·and external cable lengths 80

feet. See Figure 3-10.

(SCSI

than

not

exceed 9.9 feet at

must

not

ID=O

to 3)

four disks

at

the la-

at

the la-

exceed

SCSI

Bus Cable

SCSIID=7 T

CBI-1010

Figure

in

Host Computer

3·10: SCSI cabling

2 Terminate the

device by SCSI

with

using

bus

on-board termination (see manufacturer's documentation)

an

external terminator.

are

SCSI Device

physical

not

ends of the SCSI bus

Be

sure devices

terminated (see Figure 3-10).

SCSI

Device

T indicates

by

terminating

in

SCSI Device

SCSI bus termination.

the

the middle

SCSIID=2 T

last SCSI

of

the

or

Installation

3-15

CBI-1010

The

3

Set

CBI-IOIO

the

devices SCSI ID numbers to the specifications set forth

is factory configured

with

on-board termination.

ID for Target Devices" (see manufacturer's documentation for setting devices

NOTE For multi-hosting refer to section, "Multi-Hosting

SCSI

ID).

Configuration."

in

"SCSI

3-16

Installation

4

Setup

This chapter will assist for use.

On-Board Utility

The

CBI-IOIO

ity for all DEC

SCSI cable,

utility functions, explained

Accessing the Utility

To access the RS-232 utility, follow the instructions below.

1 Connect a terminal to the CBI-1010's

DEC compatible RJ-11/Modified Module 423 Jack connector of the back panel

2 Set the terminal

SCSI

and

adapter

you

in

setting

host

adapter

VAXBI

SCSI devices connected to the

systems. The On-Board utility

at

the

kit).

baud

rate to 9600 (8-bit data, I-stop bit,

comes

end

up

the

with

of this chapter.

RS-232

CBI-IOIO

the general

CBI-IOIO.

and

can

port

(DB-25 connector or

your

system

purpose

test the

Be

RS-232 util-

VAXBI

sure to complete

no

parity).

slot,

Setup

4-1

CBI-1010

3

Halt

the system's CPU, reset the system,

terminal. The

main

menu

will display as

following page.

SCSI HOST ADAPTER UTILITY (REV. YYYXZZ)

x = EXIT

and

hit

shown

carriage

in

Figure

return

4-1

on

the

[DISK] 1 = LOGICAL UNIT NUMBER OFFSET 2 = FORMAT DRIVE 3 = QUALI FY DRIVE 4 = MANUALLY REPLACE BAD BLOCKS 5 = ADDITONAL UTILITIES

SELECT OPTION

Figure 4-1: Utility Main Menu

Once the

main

?

utility

menu

shows select the desired option. Press main

menu.

[TAPE]

= LOGICAL UNIT NUMBER OFFSET

6 7 = ADDITIONAL UTILITIES

up,

you

can

key

[CTRL] + C

at

any

4 Refer the the next subsections for configurations.

unplug

the terminal, reset the system,

and

boot.

Board Utility while the system is running.

Changing

LUN

Offset

in

the

number

time to

When

DO

return

completed,

NOT use the On-

to

to the

4-2 Setup

When change the LUN (Logical different Unit are

a system

has

a HSC

Number

no

other MSCP controllers

or

in a VAX

Unit Number) offset. Each MSCP drive requires a

so

that

the

unit

in

the system, the L

If there exists another MSCP controller offset ID 0 will such Target Drives"

1 Select option 1 from the

2 Enter the

should

DUAO,

OFFSET = 0, ENTER

be

be four

DUBIO

DUAl,

in

Chapter

new

and

DUA2, DUA3, DUBIO, DUB11 (see section, "SCSI ID for

value for LUN offset

or

above.

In

SCSI ID 1 will

3 for explanation).

main

NEW

VALUE:

the case

menu

cluster

numbers

with

be

it

will

be

necessary to

are

not

duplicated. If there

UN

offset can

four drives

that

LUN offset is equal to 10, SCSI

(0

to 3),

DUB1l. The drives will

be

then

show

for disk drives; 6 for tape drives.

at

the statement: PRESENT

LUN

o.

the LUN

up

as

3

At

the statement: SAVE

NEW

CONFIGURATION

(Y

or

N)? enter

CBI-1010

Y.

4 The monitor will display COMPLETE

Formatting the Drive

when

This section details formatting a drive. The Command defects

to the selected

on

the Manufacture Defect List (MDL). Remember formatting a drive

SCSI

disk drive

will rewrite all the sectors of that drive.

CMD recommends that

you

format all

new

the steps below:

1 Select option 2 from the

6 :

want

number

***

to continue.

2 Enter the device

3

NUMBER 0

At

the statement:

ter Y if

TO

you

main

menu.

from 0 to 6

WILL DESTROY DATA

finished executing.

CBI-IOIO

and

requests

issues Format Unit

it

to

map

out

the

drives. To format a drive, follow

in

the statement: ENTER DEVICE

ON

DEVICE

X,

ARE

YOU SURE? en-

4 The monitor displays

WAIT

while the drive is executing the format

process.

5 The monitor will display COMPLETE

Qualifying the Drive

when

After formatting the device, CMD recommends running program there are any statement

this procedure

at

lease once

without

writes different patterns to the drive

bad

sectors, the sectors will automatically be replaced

XX

XXXXXXXX

BAD BLOCK REPLACED will appear. Follow the

errors detected. The qualify

instructions below for qualifying a drive.

1

Select option 3 from the

2 Enter the device

<0

TO

6>:

3

At

the statement:

enter Y

if

you

want

number

***

main

menu.

at the statement: QUALIFY DEVICE NUMBER

WILL DESTROY DATA

to continue.

finished executing.

you

qualify devices

and

then

verifies the data. If

ON

THIS DEVICE,

ARE

by

and

the

YOU SURE?

Setup 4-3

CBI-1010

4 The monitor will display QUALIFY STARTED <SEQUENTIAL WRITE

READ>! <HIT <BREAK>

5 The monitor will display TESTING LOOP

6 Press [BREAK] to exit back to the

TO

ABORT>.

main

COUNT

menu

AND

after

BLOCK NUMBER:

you

are satisfied

the qualifying process.

Manually Replacing Bad Sectors

This option allows supports so there is replace data

dynamic defect management which replaces defective sectors on-line

no

bad

sectors manually follow these instructions; remember that any

in

the sector will be lost:

1 Select option 4 from the

2 Enter the device

you

to replace

need

to manually replace

number

bad

sectors manually. The controller

bad

sectors. However,

main

menu.

at the statement: DEVICE

if

NUMBER?

you

DEV <0 TO 6>:

AND

with

wish to

3 Enter the logical block

BLOCK NUMBER <HEX>:

4 The monitor will display

number

-BAD

in

HEX at the statement: ENTER THE BAD

BLOCK

REPLACED-

when

finished

executing.

Additional Utilities

To access additional utilities for disk drives, select option 5 from the main menu. main

To

access additional utilities for tape drives, select option 7 from the

menu. The additional utilities

ADDITIONAL UTILITIES (REV. YVYxZ2.)

D = DISPLAY SCSI DEVICE AND SET UP CONFIGURATION S

= SEND SCSI COMMAND TO THE DEVICE

T = TEST SCSI DEVICE

R = FORMAT RCT BLOCK

SELECT

OPTION?

menu

SN

will display as

= 1278X

shown

in

Figure

4-2.

Figure

4-2:

Utility

Sub-menu

4-4 Setup

CBI·1010

Displaying SCSI Device

Selection

'D'

can

be

used

and

Setting Up Configuration

to change the controller default configurations such

as those listed below:

• reset to default

•

number

• SCSI ID of the

of disk

and

tape devices supported

CBI-IOIO

• SCSI reset enable / disable

• SCSI disconnect

•

sync/async

• tape buffer mode

•

prevent

• disk write

medium

with

enable/

mode

selection

enable/

disable

removal enable/disable

verify enable/disable

• Tape Monitor Utility (TMU) enable/disable

• Tape Fast Search enable/disable

• SCSI transfer rate selection

• remote density

mode

enable/disable

• default tape enable/disable

• reconfigure device

• autoboot start from floppy enable/disable

• write protect from controller

jumper

• truncate disk size for volume shadowing

• eject removable disk cartridge after dismount

setting

This utility can also

scan/display

The CBI-IOIO/TM will be

shown

the SCSI devices attached to the

as

an

example

in

the following display.

CBI-IOIO.

Setup 4-5

CBI-1010

To display

1 Select option D

SCSI

devices

at

configuration is displayed as

DEVO

DEV1

DEV2

DEV3

DEV4

DEV5

DUO,

SCSI

ID

Disconnect ON, Sync Mode ON, Prevent Medium Removal

DU1, SCSI Disconnect ON, Sync Mode ON, Prevent Medium Removal

DU2, Disconnect ON, Sync Mode ON, Prevent Medium Removal

DU3, Disconnect ON, Sync Mode ON, Prevent Medium Removal

MUO, Disconnect

MU1, Disconnect ON, Sync Mode ON, Prevent Medium Removal

ID

SCSI

ID

SCSIID

SCSI

ID

ON,

SCSI

ID

and

set

up

configuration follow the procedures below.

the sub-menu (Figure 4-2), the following current

shown

0,

LUN

0

1,

LUN

0

2,

LUN

0

3,

LUN

0

4,

LUN 0

Sync Mode ON, Prevent Medium Removal

5,

LUN

0

in

Figure

4-3.

ON,

Write WNerity OFF

ON,

Write WNerity OFF

ON,

Write WNerity OFF

ON,

Write WNerity OFF

ON,

Buffer Mode

ON,

Buffer Mode

ON

DEV6

DEV7 SCSI

Figure 4-3: Current configuration, default

NOTE If Truncate Size is toggled, IITruncate Mode

2 To change the configuration, enter

CONFIGURATION?

NOTE See subsection, IIUnit Numbering" before trying to re-

MU2,

SCSI

ID

6,

LUN

0

Disconnect ON, Sync Mode ON, Prevent Medium Removal

ID

7,

HOST ADAPTER SCSI Reset

mb,

Density Mode ON, Default Tape OFF Boot Floppy OFF, Jumper Write Protect

Eject Disk ON, Truncate Size OFF, Rsv/Rls Option

display tom

when

under

each disk device options

configuration is displayed.

(YIN).

The

menu

ON,

Tmu OFF, Fast Search OFF, sync rate=4-

ON,

Y

at

the statement: CHANGE

shown

in

Figure 4-4 will display.

ON,

Buffer Mode

Sel Timeout=250 msec

and

ON"

at the bot-

will

configure devices.

ON

OFF,

4-6 Setup

M = Toggle Density Mode R = Toggle SCSI Reset

= Toggle Disconnect

D

S = Toggle Sync/ Async

C = Reconfigure Device

Q = ToggieTMU

G = Toggle FMT A = Autoboot Start From Floppy Drive

N = Write Protect from Controller Jumper Setting

V

= Truncate Disk Size for Volume Shadowing

E = Eject Disk after Dismount

L

= Reserve/Release Disk Option

J = Change Selection Timeout Period T = Reset All Device Modes to Default Z

= Reset Controller to Default Configurtation

(Hit <return> key to exit)

B = Toggle BufferlTruncate Mode (Tape/Disk)

= Toggle DensitylWrite Verify Mode (Tape/Disk)

W

= Toggle Prevent Medium Removal (Disk only)

P

F = Toggle Fast File Search(Tape only)

U = Toggle Default Tape (Tape Only)

CBI-1010

Figure 4-4:

The following list is

R ability to issue SCSI resets. This should be

Configuration

= Toggle SCSI

change

an

explanation of the selections

reset-Choosing

in

Figure 4-4.

this option will toggle the controller's

turned

off

when

multi-hosting

is desired.

D

= Toggle

Disconnect-This

option allows

you

to enable or disable disconnect for each device. If disconnect is enabled, the controller will indicate its ability to disconnect

S = Toggle

SyndAsync-This

device for synchronous or asynchronous operations.

during

the SCSI identify message.

option allows

you

to configure each

If

synchronous is selected, the controller will attempt a synchronous message exchange with

the device. If the device accepts the message exchange, they will

transfer

data

synchronously, otherwise they will transfer asynchronously.

C

= Reconfigure

device.

Q = Toggle

TMU-This for tape monitoring. will display tape statistics. If enabled, a during a VMS

Device-This

It

is

show

dev

command.

option allows

you

to reconfigure each

option allows you to configure the controller

used

in

conjunction

with

pseudo

licensed software that

unit of

255

will appear

Setup

4-7

CBI-tOtO

G = Toggle

mat

ON-LINE. This feature

LINE.

U = Toggle

of a tape needed devices only units connected to the controller are seen

A

=

Autoboot the system to boot directly from the first floppy drive; if is present, the system will begin to boot from the first device.

= Write Protect from Controller

N used

when

write protection to disk

v = Truncate

the size of the disk to VMS

volume shadowing copy process to reach higher performance. The

message "** WARNING you

sure?" will display before truncate switch can be toggled. If this feature is removed

FMT-This

Default

unit

to the operating system even if one does for some operating systems with

a long self test procedure after power-up. If

Start From

jumper setting for front panel is

Disk

used

on

a disk that contains valid data, the data

and

later restored after turning this feature ON.

options enables DU254 to

must

Tape-This

Floppy

0

and

Size for Volume

be

truncated to multiples of

**

Truncate Size

be

enabled

option allows you to force the presence

when

Drive-This

Jumper

disk 1. Default is OFF.

Shadowing-This

when

the controller is connected to

Setting-This

IN

ON/OFF

show

by

the operating system.

option allows

to allow

126

up

for SCSIfor-

using SCSIformat ON-

not

exist. This is

it

is disabled,

no

floppy drive

option may be

you

option allows

blocks to allow

will

be

toggled, Are

must

you

to set

to select

be

4-8 Setup

E = Eject whether dismount.

L = Reserve/Release ON-LINE

. T

= Reset all Devices

synchronous, Prevent modes, etc.

Z = Reset Controller to

user to set the controller to its factory default configuration. This will set the controller to SCSI reset, synchronous communication, buffer mode, prevent medium removal

Disk

the removable disk cartridges will eject from the drive after

and

after

Dismount-This

Disk

exclusive use modifier to

support

density selection enabled;

Option-This

Mode

Medium

to

Default-These

Removal, Write

Default

four disk drives, three tape drives; disconnect,

Configuration-This

option allows

option is to let the MSCP

be

operable .

and

fast file search, write

you

modes

with

Verify,

option allows the

to specify

are-disconnect,

and

Buffer

with

CBI-1010

verify, write protect disabled, reserve/release disabled,

and

default tape

disabled. ALWAYS use this feature before reconfiguring the board.

= Toggle

M controller for remote density selection. selection 'TU81'. If disabled,

B = Toggle Buffer/Truncate

Density

may

Mode-This

take place.

it

reports itself as a

option allows

If

enabled, remote density

If

enabled, the controller reports itself as a

you

to configure the

'TKSO'.

Mode

(Tape/Disk)-For

tape devices, this

option allows the controller to configure each individual tape device for write caching. If enabled, the tape device will message

and

good

status to the controller once the data as been transferred to the tape device's internal buffers. If disabled, such message status will devices,

be

you

sent

when

may

toggle truncate disk size, see "V = Truncate Disk Size

the data is actually written to the tape. For disk

send

command complete

and

for Volume Shadowing" for explanation.

W = Toggle Write Write When be

with

Verify to be issued for MSCP write

set to OFF (which is the default), the normal write

issued.

WNerify-This

option will allow the

with

verify modifier.

SCSI

command

will

P = Prevent drives only. issued to a drive media push-button will

be button be

F

will be enabled. This features can

ejected

= Toggle Fast File

controller for normal file marks. A commands until a file sue a single mode

if

that require· the controller to keep track of the

Medium

When

issued

when

at

anytime.

normal

and

fast file search is the type of SCSI commands

normal

'Space filemark' command.

you

do

not

Removal-This

set to ON, a "Prevent

when

it

is

mounted

in

front of the drive.

the drive is dismounted

Search-This

option is for removable disk

Medium

by

VMS.

An

This will disable the eject

1/

Allow Medium Removal"

by

be

disabled

option allows

or fast file searching. The difference between

file search will issue iterative 'Space Record'

mark

attempt

is encountered, while the fast

VMS

may

a stand-alone boot or

number

Removal" will

VMS

and

the push-

and

the media can

you

to configure the

used

mode

use Fast File Search

run

other programs

of objects. stand-alone boot applications, this option needs to be disabled. fast file information for the

mark

is enable, the controller's ability to keep correct position

host

is

not

possible.

be

to find

will is-

In

VMS

When

Setup 4-9

CBI-1010

3 To reconfigure the device select option C

you

with

the following question as shown

WARNING

Enter Synchronous transfer rate (MB/sec) Enter

Figure 4-5: Synchronous transfer rate change

4 Enter synchronous rate from 4 to

you

Enter Initiator Number of Disks?

Use homogeneous high quality twisted pair cables within

SCSI

specifications

(4-10)

for

5-MB/sec transfer rate.

10

MB/sec. The screen will prompt

to answer the next series of questions as shown

ID

7

(0-7)

DUO

to be Reconfigured ? (YIN) N

DU1

to

be

Reconfigured? (YIN) N

DU2

to

be

Reconfigured? (YIN) N

DU3 to

be

Reconfigured? (YIN) N

4

and

the screen will prompt

in

Figure 4-5.

in

Figure

4-6.

Number of Tapes?

MUO

to

be

Reconfigured? (YIN) N

MU1

to

be

Reconfigured? (YIN) N

be

MU2 to

Figure 4-6:

Reconfigured? (YIN) N

SCSI

host

5 Enter Initiator

7). Enter the

is four disks,

and

fewer than four disks

NOTE

Answer

Y,

If zero is selected for the

shunt

a Table

3-2

Y or N to reconfigure each of the disks or tapes.

the screen will

(0-3)

adapter

SCSI

number

three tapes;

3

10

change

ID 7 or the required Host Adapter

of disk

and

and/or

it

is

not

necessary to configure

three tapes.

number

tapes. Default configuration is

of disk or tapes, place

over the appropriate pins

on

page 3-3.

prompt

you

with

these questions:

SCSI

on

jumper WI. See

ID (default

if

running

If

you answer

4-10 Setup

CBI-1010

(DUX

~_D_U_X_L_U_N_?_<_O-_3_>

NOTE This LUN is SCSI LUN; it is normally

6

SCSI

ID? <0-7> J

____________________________________

Figure 4-7:

Disk

and Tape Configuration Change

only for devices

When current

CONFIGURATION?

you

have completed these instructions the display will

configuration

and

(YIN).

__

O.

that

support

This is

multiple LUN's.

used

show

prompt

you

again

with

the question

CHANGE.

Enter N; this will cause the CBI-lOlO to scan the

SCSI bus.

The utility will display name, model number,

Sending SCSI Commands

Selection'S'

can

be

used

to

current

and

firmware revisions for each device.

To

The Device

send

SCSI commands to the selected

configuration

with

manufacturer's

disk/tape

your

drives directly.

your

This option is Follow these procedures to

1 Enter

used

to

send

a 6-, 10-, send

or

l2-byte

command

SCSI commands to the device:

S from the "Additional Utilities" Menu.

(Be rectly selected either 5 from the Main Menu for disk drives, drives.)

2

At

the question DEVICE

3 Enter the

READY

TO EDIT CDB <HEX> BYTE

If a 6-or editing. If a l2-byte

command

TEST DEVICE X

0000=

la-byte

00

command

NUMBER?

sequence

***<ESC>

TO

is used, press [ESC] to terminate

command

DEV <0-6> enter the device number.

at

the statement:

TERMINATE EDITING***

is used, command editing is terminated

automatically.

to a SCSI device.

sure

you

have cor-

or

7 for tape

command

Setup

4-11

CBI-1010

4

At

the statement WRITE DATA TO THE immediately data

out

Or

enter Y to command requires a

send

phase.

send

the command

data to the device after the command phase if

data

out

phase. Enter the data

terminate editing. The statement

<Y

OR

N>

will appear. Enter Y to save data

erase edited data after the command is sent.

Testing SCSI Device

DEVICE?

if

SCSI command does

SAVE EDITED DATA

<Y OR

in

the buffer; or enter N to

N>

enter N to

not

and

enter [ESC] to

IN

BUFFER?

require a

SCSI

Selection

and/or tool to help the

SCSI

1 Enter T from the

'T'

write

with

device.

can be

and

read

installation

used

to

read

selected tape drive continuously. This is a diagnostic

/I

Additional Utilities" menu. correctly selected either 5 from the tape drives.)

2

At

the question DEVICE

3

When

DO

read display. Enter Y to

WARNING Nwill

When Enter Y

testing for

YOU

WANT

and

testing for

to

disk

TO

READ

write. If

you

read

destroy

all data on the device.

tape

test the device.

devices,

selected N, the question ARE YOU SURE? will

devices,

only, write

and

testing. Follow the procedures below to test

NUMBER?

at

the statement READY

ONLY?

and

<Y

write to the device.

and

read

selected disk drive,

(Be

sure you have

main

DEV <0-6> enter the device number.

OR

menu

N>

enter Y to read only or N to

for disk drives, or 7 for

TO

TEST THE DEVICE

the statement ARE YOU SURE? will display.

4 The test will continue until

few minutes' for

Press

4-12 Setup

[BREAK] or [CTRL] + C to abort

new

you

devices

abort. Allow the test to continue for a

and

ten minutes for suspected

and

exit back to the

bad

main

menu.

devices.

CBI-1010

Formatting

Selection 'R' can be

command

This skip the formatting process option to eliminate "unrecoverable recommends

ReT

Block

used

to format the RCT blocks of the disk drive selected.

writes zeros

you

format the drive. To format the RCT block follow these

in

the last logical block of the device.

and

directly use the drive,

bad

RCT block." However, CMD

instructions:

1 Select

R from the

II

Additional Utilities" menu. correctly selected either 5 from the main tape drives.)

2 Select the device

3 FORMAT COMPLETE will display

Completing Utility Functions

number

at the statement: DEVICE NUMBER DEV <0-6>.

when

The following procedures should be done

menu

RCT

when

If

you

try to

you

must use this

(Be

sure

you

have

for disk drives, or 7 for

block

has

been formatted.

using the On-Board Utility.

1

Use the On-Board Utility to verify the V and

SCSI

devices connected to the

in

the V

AXBI

2 After verifying the

back panel, VAXBI

node

slot.

SCSI

connections, disconnect

and

reset the system; make sure that the system scans this

(where the

CBI-IOIO

following indicators will display

• A

negative

sign

(-)

terminal indicates unsuccessful. VAXBI

slot or use a different

When

of the V

that

the scanning of

this condition occurs, reseat the

procedures.

• A

period

(.)

signifies nothing is found

procedures given for the negative sign

• A

positive

CBI-IOIO

sign

and

(+)

the

or

the

node

passed the self test.

AXBI

CBI-IOIO

slot seating,

after installing the

RS-232

is installed) successfully. The

when

AXBI

the system completes the scan:

node ID displayed

that V AXBI

VAXBI

ID

slot

in

number

and

repeat the installation

that slot. Follow the

if

an

adapter

signifies the system found the

SCSI

cable,

CBI-IOIO

cable from the

in

the system

slot is

CBI-IOIO

is

in

that slot.

the

NOTE If the terminal is connected, this

Board Utility to will take control of the

may

be

invoked during system operation

Host

Adapter from

cause the On-

VMS.

and

Setup

4-13

CBI-1010

Unit Numbering

This section explains configuring changed used display settings for

Table

CBI-IOlorr

CBI-IOIO/M CBI-IOIOIMB

CBI-IOIOrrM

the

4-1

by

using the "Configure L

'D'

option from the "Additional Utilities" menu, the terminal will

the

MU

and/

or

DU

numbers

unit

numbers.

Default for Unit Numbers

SCSIID

0

1

2 MU2 3 4 S 6

or

SCSIID 0

1

2 DU2 3

4 DU4 4

S 6

SCSIID 0

1

2 3 4 S 6

unit

numbers. Unit

UN

Offset" from the

as

shown

On-Board Utility

MUO MUI

MU3 MU4 4 MUS S MU6

On-Board

DUO DUI

DU3

DUS DU6

On-Board

DUO DUI DU2 DU3 MUO MUI MU2 2

Utility

in

Table 4-1, factory default

OS 0

1

2 3

6

OS 0

1

2

3

5

6

OS

0

1

2

3

0

1

numbers

main

Unit

Number

Unit

Number

Unit

Number

may

be

menu.

If

you

An

example below is given for each type of controller to

numbers

4-14 Setup

can

be determined. Refer to Figure 4-3

if

necessary.

show

how

the unit

CBI-1010

CBI-1010ff-Tape properly use the information from Table 4-1. is

with

LUN offset set to

number

CBI-1010/M SCSI ID 0 to number change the

CBI-1010ffM-Default 4-1. If guidelines-disk ter the last disk (see subsection, "Displaying SCSI Devices Note the example below:

to

10

and

properly

o.

This is

DU

you

have

SCSI ID 0 disk SCSI ID 1 disk SCSI ID 2 disk SCSI ID 3 disk SCSI ID 4 disk

drives

(ie., MU10), making the

CBI-1010/MB-Disk drives

with

number

more

drives

drive's

must

be

configured starting from SCSI ID 0 to

o.

Setting the LUN offset to

use the information from Table

LUN offset set to

to

10

(ie., DU10), making the

is four disk drives

than

four disk drives

must

SCSI ID

start

number

at

unit

number

o.

Setting the

and

SCSI ID 0

and

MUO

must

or

reconfigure the CBI-1010/TM

will

be

unit

number

10

will change·the

10.

be

configured starting from

4-1.

DUO

will

be·

unit

LUN

unit

three tape as

three tape drives, follow these

and

tape drives

Setting

Up

offset to

number

shown

Configuration").

10.

in

must

10

Table

start

0;

this

MU

will

af-

SCSI ID 5 tape SCSI ID 6 tape

SCSI ID 7 is inititaor (CBI-I010/TM)

The

MU

and

DU

numbers

ing

system. If the CBI-1010/TM is configured following these guidelines,

can

apply

operating system:

this formula to determine the

+

=

SCSI ID

the unit

of

LIJN

offset for djsk

number

are the

the disk drive

for disk

unit

numbers

unit

number

+ LUN offset for tapes

=

mapped

SCSI ID number

unit

number

back to the operat-

back to the

of

tape drive

of disk drives

for tape

you

Setup 4-15

CBI-tOtO

Multi-Hosting Configuration

The following is a list of software requirements for multi-hosting:

•

VMS

•

VAX one of the DEC's interconnects operational

version 5.3 or above cluster software

must

be

running

on

both

systems

with

at

least

• Tape drives can only

• Allocation classes disk drives (value

Refer to Appendix A for

be

mounted

must

be the same for all systems

must

not

supported

to one system at a time

equal

0).

multi-hosting devices

instructions below for multi-hosting:

1 From the Additional Utilities Menu

in

the On-Board Utility, follow these

instructions:

a Select option D to display current configuration. b Answer Y to the statement:

menu

c Select

d Set the

adapters to

shown

R to toggle

host

in

Figure 4-4 will display.

adapter

be

multi-hosted.

SCSI

CHANGE CONFIGURATION?

reset.

reset to OFF. Do this for all

e Answer Y to reconfigure the adapter.

f Select C to reconfigure the device.

9 Configure the

CBI-IOIO

to

SCSI

ID 7 for the first computer,

ID 6 for the second computer.

h Configure the

will inhibit scanning of other

If other MSCP disks are

subsection each device

CBI-IOIO

for exact

number

host

in

the cluster, follow the rules

"Changing LUN Offset"

has

a unique unit number.

adapters (see Figure 4-6).

in

and

of disks

when

and

installing

follow the

(YIN)

SCSI

The

host

and

tapes. This

in

the

SCSI

liOn-Board Utility" so that

NOTE In a multi-hosting system the

must

4-16 Setup

be

identical

on

both

physical

systems.

disk device

name

CBI-1010

2 Terminate

If the configuration. The

both

CBI-IOIO

physical

is

at

either

CBI-IOIO

ends

of the

end

SCSI

of the

SCSI

is factory configured

bus.

termination.

If the removed

For

(CBI-IOII). See Figure

For

(CBI-IOI2). See Figure 3-4

In

the event that one system becomes inoperable

VAX

cluster, a

CBI-IOIO

from the default setting as listed below:

single-ended

differential

mode:

quorum

is

in

the

mode:

remove

remove U22

disk

middle

3-6

on

must

of the

RNI

and

page 3-8.

and

page 3-7.

be

used

SCSI

RN2 from

U23 from

to count as a vote; this keeps the other system running. Refer to VMS V AXcluster AA-LA27 A-TE to set

up a quorum

disk

and a VAX

bus,

do

not

change the

with

on-board

bus, terminators must

daughter

with

only two

manual

order

card

nodes

number

cluster.

be

in

the

NOTE

When Ethernet as a

question,

VMS Configuration

V

AX

systems using VMS software will automatically configure added. Chapter

NO

other configuration is required if guidelines are followed from

3, "System

running

"WILL THIS

Node

ID."

cluster

_config.com

computer

BE

on

a system

with

only

interconnect, answer Yes for the

A SATELLITE

NODE?"

new

devices

Setup 4-17

CBI-1010

UL TRIX Configuration

VAX

and

DEC systems to access determine

Then CBI-lOlO/T, CBI-lOlO/M, CBI-lOlO/MB, CBI-lOlO/TM.

the

CBI-lOlO boards. First, examine

which

controllers

refer to the respective sections for configuration

using

UL TRIX software

and

devices are

must

current

already

be

manually

configured

configuration file to

connected

procedures

to

the system.

for the

CBI-1

Edit

01

orr

the

configuration file

CBI-lOlO/T. Note,

number,

higher

controller

Make

1

adapter

uq number,

in

the configuration file.

sure

the following

xmiO

adapter vaxbi&

Where

? =

the

system will fill

& =

the

XMI

8200's use 0, zero, for

Connect

2

following line:

the

by

performing

th~

CBI-lOlO/T

and

higher

two

at

nexus? (this line only for VAX 6000's

at

nexus?

in

this variable (simply

node

ID

of

the

variable).

controller to the

must

tms number

lines are

XMI to

node

on

the following instructions for the

be

configured

in

the configuration file:

BI

adapter

the

BI

with a higher

than

any

enter

for 6000's

bus

by

otherklesib

and

58l0's)

this

?).

and

58l0's

entering the

klesib

(on

controller klesibf}

Where

f} =

the

variable

& =

same

XX = the

node

3 Tell ULTRIX

controller uq#

Where

f} =

the

same

# =

the

variable

4-18 Setup

number

ID of

what

at

number

used

at

vaxbi& node

number

used

the

that

represents the CBI-lOlO/T.

in

step

the V AXBI

name

of

1.

slot

the

controller will be:

klesibf} vector uqintr

used

in

step

2.

to

represent

the

XX

that

contains

controller.

the

CBI-lOlO/T.

4

Name

the tape drives

and

list drive unit

by

entering the following line:

CBI-1010

tape tmsO tape

tmsl

at

uq# driven

at

uq# driven

Where

# =

the

same

n = the

CBI-1010/M

Edit the configuration file

MU

number

used

to represent the controller

in

the On-Board Utility displays this configuration.

by

performing the following instructions for the

CBI-lOlO/M. Note the CBI-lOlO/M

number,

any

1 Make sure the following

higher

other

kdb

klesib

and

klesib

adapter xmiO adapter vaxbi&

number, higher

controller

at

nexus? (this line only for VAX 6000's

at

nexus?

in

two

Where

? = the system will fill

& = the

8200' s use

XMI

node

0,

for the variable).

in

this variable (simply enter this

ID of the

XMI

must

ra

number,

be

installed

and

higher

the configuration file.

lines are

in

the configuration file:

to

BI

adapter for 6000's

with

in

step

a higher

uq

number

and

?).

and

3.

node

than

58l0's)

58l0's

ID

(on

2 Connect the controller to the

following line:

controller klesibf}

at

vaxbi& node

Where

f}

= the variable

& = the same

XX

= the

3 Tell ULTRIX

controller uq#

node

number

ID of the

what

the

at

klesibf} vector uqintr

that

used

VAXBI

name

Where

f}

= the same

# = the variable

number

used

in

to represent the controller.

node

on

the

BI

bus

by

entering the

XX

represents the CBI-lOlO/M.

in

step 1.

slot that contains the CBI-lOlO/M.

of the controller will be:

step

2.

Setup 4-19

CBI-1010

4

Name

the tape drives

and

list drive

unit

by

entering the following line:

disk disk

raO ral

at at

Where

# =

the

same

J3

=

the

DU

number

CBI-1

Edit

CB1-1010/MB.

number, higher

in

1

01

O/MB

the

configuration file

Note

kdb

the configuration file.

Make

adapter

sure the following

xmiO

adapter vaxbi&

Where

? =

the

system will fill

& = the

8200's

XM1

use

0 for

uq#

driveJ3

uq#

driveJ3

number

the CB1-1010/MB

number,

at

node

the

used

to

represent the controller

in

the

On-Board Utility displays this configuration.

by

performing

and

higher

two

lines are

the following instructions for the

must

ra

number

in

be installed

than

the configuration file:

nexus? (this line only for VAX 6000's

at

nexus?

in

this variable (simply enter this

1D

of

the

XM1

to

B1

adapter

variable).

in

with

any

other

for 6000's

step

3.

a higher

kdb

controller

and

5810's)

?).

and

5810's (on

node

ID

2

Connect

the controller to the

following line:

controller

kdb1}

Where

1}

=

the

variable

& = the same

XX

= the

node

3 Tell ULTRIX

controller uq#

Where

1}

=

the

same

# =

the

variable

at

number

1D

of

what

at

the

kdb1}

number

used

node

vaxbi& node

that

represents the CB1-IOIO/MB.

used

in

step

the

VAXB1

name

of

slot

the

vector uqintr

used

in

step

to

represent

on

the

B1

bus

by

XX

1. that

contains

the

controller will be:

2.

the controller.

entering the

CB1-I010/MB.

4-20 Setup

4

Name

disk disk

the tape drives

raO

at

uq#

ral

at

uq#

and

list drive unit by entering the following line:

drive~

Where

# = the same number used to represent the controller

~

= the DU

number

in the On-Board Utility displays this configuration.

in

step

CBI-tOtO

3.

CBI-1

Edit the configuration file

CBI-1010/TM. Note the CBI-I010/TM

number,

controller;

than

1 Make sure the following two lines are

01

O/TM

higher

any other

adapter

and

uq

number,

a higher

uba

controller

xmiO

adapter vaxbi&

by

performing the following instructions for the

must

and

higher

uda

number,

in

the configuration file.

at

nexus? (this line only for

at

nexus?

tms

higher

numbers

Where

? = the system will fill

& = the

8200's use

XMI

node ID of the

0,

zero, for the variable).

2 Connect the controller to the node

in

this variable (simply enter

XMI

to

BI

on

following line:

be configured

than

uq

number,

in

the configuration file:

VAX

with

any other

and

higher

6000's

this?

adapter for 6000's

the

BI

bus

by

entering the

a higher

klesiu

ra

and

5810's)

).

and

5810's (on

klesiu

number

controller ubat1

Where

t1

= the variable number that represents the CBI-1010 /TM.

& = the same

XX

= the node ID of the

number

at

vaxbi& node

used

VAXBI

XX

in

step 1.

slot that contains the CBI-1010/TM.

Setup

4-21

CBI-tOtO

3 Connect disk

configuration file:

controller klesiu# controller uda$

Where

t}

= the same

# = a

number controllers. $

= a

number controllers.

4 Tell

UL

will be:

TRIX

controller uqV controller

Where

V = variable

fl.

= variable

# =

the

$ =

the

uqfl.

same same

and

tape

controller

at

ubat}

at

ubat}

number

that

what

at

used

used number number

used

in

step 2.

makes the CBI-IOIO/T

the name of the controller for the different functions

klesiu# csr

uda$ csr

to represent the controller.

to represent the controller (unique from V above).

used used

0174500

0172150

in

step 3 representing the controller.

in

step 3 representing the controller.

by

entering

vector uqintr

the

following lines

unique

from other

vector uqintr

in

klesiu

uda

the

5

Name

tape tape disk disk

Where

V = the same

fl.

a = the MU

~

the tape drives

tmsO tmsl raO

at

ral

at

= variable

= the DU

at

uqV drivea

at

uqV drivea

uqfl.

drive~

uqfl.

drive~

number

used

to represent the controller (unique from V above).

number

and

list drive

used

in

to represent the controller

the On-Board Utility displays this configuration.

unit

by

entering the following line:

in

step

4.

4-22 Setup

5

SCSI Basics

This chapter consists of a SCSI glossary, CBI-IOIO single-ended

for MSCP emulation, SCSI status codes,

SCSI Glossary

The following is a glossary of frequently

Connect-The

an

operation.

Disconnect-The SCSI

bus,

allowing

Initiator-A be

performed

LUN-Logic

and

differential signals.

function

SCSI

device (usually a

by

another

Unit Number.

that

it

to go to the

SCSI

occurs

that

when

occurs

BUS

host

device.

SCSI

used

an

when FREE

system)

commands

SCSI

terms.

initiator selects a target to start

a target release control of the phase.

that

used

messages,

requests

by

the

SCSI

an

operation to

Peripheral magnetic disk, magnetic tape, or optical disk).

Reconnect

continue

SCSI to SCSI device

address-The

an

SCSI device. This address

device-A

-The

an

function

operation after a disconnect.

during

peripheral that can

that

occurs

octal representation of the unique address

would

system installation.

be

attached to a

when

a target selects

normally

be

assigned

SCSI

an

device (e.g.,

initiator to

(0-7)

assigned

and

set

in

the

SCSI Library

5-1

CBI-1010

SCSI one

SCSI

ID-The

of

the signal lines

bit-significant representation of

device-A

intelligent peripheral

Target-A

SCSI device

SCSI Commands

SCSI

commands 5-1. The Format commands

Table

Code

OOh

01h

5-1

are

used

SCSI Commands (MSCP)

host

used

Unit

if

DB

(7-0).

computer

that

can

that

by

CBI-1010 for MSCP

command

the

drives

adapter

be

attached to the SCSI bus.

performs

is

used

support

the

SCSI

address

or

a peripheral controller

an

operation

emulation

by

the On-Board Utility only. These

requested

are listed

referring to

by

an

them.

Command

Name

Test Unit Ready Rezero Unit

or

an

initiator.

in

Table

03h 04h 07h 08h

OAh OBh

12h

15h 16h 17h

1Ah

1Bh

1Eh 25h

28h

2Ah

2Bh

3Eh

3Fh

Request Sense Format Unit Reassign

(l)

Block Read Write Seek Inquiry Mode Select Reserve Unit Release Unit Mode Sense Start/Stop Unit Prevent/ Allow Medium Removal Read Capacity Extended Read Extended Write Extended Seek Read Long Write

(2)

Long(2)

5-2

SCSI Library

CBI-1010

SCSI

commands

used

by

CBI-IOIO for TMSCP

emulation

5-2.

Table 5-2 SCSI Commands (TMSCP)

Code OOh Olh Rewind 03h Request Sense 08h Read

OAh

IOh Write Filemarks Ilh 12h Inquiry ISh 16h Reserve Unit I7h I9h lAh IBh IEh

Command Test Unit Ready

Write

Space

Mode Select

Release Unit Erase Mode Sense Load/Unload Prevent/

Name

Allow

are

listed

Medium

in

Removal

Table

SCSI Status

The

SCSI

Table 5-3 SCSI Status

Code OOh 02h Check Condition

08h Busy

IOh

I8h

status

codes

used

by

CBI-IOIO are listed

Status Good

Intermediate/Good Reservation Conflict

in

Name

Table 5-3.

SCSI Library

5-3

CBI-tOtO

SCSI Messages·

The

SCSI Messages

Table 5-4 SCSI Messages

used

by

CBI-1010 are listed

in

Table 5-4.

Code

OOh OIh Extended Message

02h Save Data Pointer

03h Restore Pointer

04h Disconnect

OSh

06h Abort

07h Message

08h No Operation 09h Message Parity Error

80-FFh Identify

SCSI Single-Ended Signals

Figure 5-1 illustrates connector.

the

locations of

Message

Name

Command Complete

Initiator Detected Error

Reject

the

CBI-1010 shielded SCSI device

5-4

Figure 5-1: Single-Ended SCSI device connector

Table 5-5

assignments.

NOTE

SCSI Library

25

50

shows

the

CBI-IOIO

1 to

25 (except

13 is left

indicates active low.

shielded

open.

The

26

single-ended SCSI connector

13)

are

minus

connected to

sign

to the signal

CBI-tOto

Table 5-5 SCSI Single-Ended Connector

Signal Pin Number

-DB(O)

-DB(1) 27

-DB(2)

-DB(3) 29

-DB

(4)

-DB

(5)

-DB

(6)

-DB(7)

-DB(P)

GROUND

26

28

30

31

32 33 34

35 GROUND 36 GROUND 37

TERMPWR

GROUND GROUND

-ATN

GROUND

-BSY

38

39

~

41

42

43

-ACK 44

-RST

45

-MSG 46

-SEL

47

Assignments

-C/D

-REQ 49

-I/O

48

50

SCSI Library 5-5

CBI-1010

SCSI Differential Signals

Figure 5-2 illustrates

locations for the differential SCSI device connector.

25

50

Figure 5-2: DlfferenUal SCSI device connector

Table 5-6 illustrates the

assignments.

CBI-IOIO

26

shielded differential SCSI connector

5-6

SCSI Library

Table 5-6 SCSI Differential Connector Pin Assignments

Signal

GROUND

+DB(O) +DB(1) +

DB

(2)

+DB(3)

+DB(4) +

DB

(5) +DB(6) +DB(7) +DB(P) DIFFSENS GROUND TERMPWR

GROUND

+ATN

GROUND

+BSY +ACK +RST +MSG +SEL

+C/D +REQ +1/0 GROUND

Number

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18

19 20 21 22 23 24 25

Signal

GROUND

-DB(O)

-DB(1)

-DB(2)

-DB(3)

-DB

(4)

-DB(5)

-DB(6)

-DB(7)

-DB(P) GROUND GROUND TERMPWR GROUND

-ATN GROUND

-BSY

-ACK

-RST

-MSG

-SEL

-C/D

-REQ

-I/O GROUND

26 27 28 29 30 31 32 33 34 35 36 37 38

39 40 41 42 43

44

45 46 47 48 49 50

CBI-1010

Number

SCSI Library

5-7

CBI-1010

5-8 SCSI Library

Supported Devices and Operating Systems

SCSI Devices

Appendix A

The following subsections list devices

that

are supported

by

the

CBI-IOIO. Contact CMD Technical Support for correct firmware revision for the drives listed.

NOTE Devices

devices; devices marked devices

marked

by

italics

by

bold italics represent

represent

bold

support

new

qualified

multi-hosting;

both

new

qualified devices supporting multi-hosting.

Magnetic

disk

drives supported

by

CBI-1010ITM, CBI-1010/M, and

CBI-1010/MB

SEAGATE

CONNER CITOH DEC FUJITSU HITACHI

HP

mM MAXTOR MICROPOLIS 1588-15 , 1598 QUANTUM TEAC FD235HS (3-1/2-inch FLOPPY, DEC More

disk

drives

WREN

VII, ELITE I &

CP-3100, YD-3042, YD3082

RZ23, RZ24, RZ56, RZ57

M2246SA Series, M2249SA, M2263SA, M2266SA DK515C Series, DK516C

97548S/D series, C2233, C2234, C2235, C3010, C3009, C3007

320-MB,3-1/2-inch XT

ProDrive 4OS/80S

will

be

VI, SWIFT (3-1/2-inch), SABRE 8-inch, WREN

CP3200

-4oo0S Series,

qualified soon.

II

XT

(5400

RPM), WREN

-800OS

VIII

Series

RX23

compatible)

Supported Devices

and

Operating Systems

A-1

CBI-1010

Erasable Optical disk drives supported by CBI-1010ITM, CBI-1010/M, and CBI-1

01

O/M

B

MAXTOR SONY RICOR

Tahiti 1, Tahiti 2

SMO-0501,

RO-5030E, RO-5030E2

SMO-0502

Erasable Optical disk cartridge manufacturers

SONY, RICOR, MAXOPTICS, PIX), 3M.

CD ROM disk drives supported by CBI-1010ITM, CBI-1010/M, and CBI-1

01

O/MB

DEC LMS

TOSHIBA

RRD40 , RRD42

CM210, CM212 XM3200

series

WORM drives supported by CBI-1010ITM, CBI-1010/M, and CBI-1

01

O/M

B

1 With Ten X Technology Optical Conversion Unit

All WORM drives

supported

by

the optical conversion unit.

2 With LASERDRIVE interface

LASERDRIVE Model

800

series

Tape drives supported by CBI-1

01

OITM,

CBI-1

1 8-mm helical scan tape drives

EXABYTE

2 4-mm DAT drives (Digital Audio Tape)

Archive GIGATREND 1200 series

HP

SONY WangDat 1300 Wangtek

3 VHS helical scan

EXB-8200, EXB-8500

Python

35450A SOT-1000

6130 series

tape

drives

4520

OAT,

OAT

35470A, 35480A

OAT

2600

OAT,

OAT

Digidata

Metrum

01

OIT

3200 DAT

A-2 Supported Devices

and

Operating Systems

4

IBM

-3480

ASPEN CIPfIER T480 FUJITSU

L~S

DEC TKZ60 STORAGE TECH 4280 series (model Summit)

compatible I8-track cartridge tape drives

System

M2480 series, 2680 hldependence

480

5 9 track reel to reel tape drives

CIPfIER F880-II, M990, M995 HP KENNEDY STORAGE TECH QUALSTAR TELEX DEC

M4

data

Model Model

~odel

~odeI340

Model TSZ07 Model

88780B 9612

2925, 9914

9294

9914

6 TK50 compatible tape drives

DEC TZ30

CBI-1010

Jukeboxes supported by CBI-1010ITMJ

1

Disk Jukebox

Hewlett-Packard IDE

2

Tape Jukebox

EXABYTE

Operating Systems

All DEC-compatible products designed MSCP (Mass Storage Control Protocol) / TMSCP (Tape Mass Storage Control

Protocol). CMD supports its implementation of

with

the indicated version of the DEC operating systems listed

Table

V~S®

ULTRIXTM Unix/BerkeleyTM

AT&TUNIX®

A-1

Operating Systems Supported

C1710A

6500,7000

EXB120

by

CMD Technology, Inc. implement

MSCP /TMSCP beginning

in

Table A-I.

by

4.0

to

5.5

1.2 to 4.2

4.2 to 4.3

System

CBI-1

V

01

0

Supported Devices

and

Operating Systems

A-3

CBI-1010

A-4 Supported Devices

and

Operating Systems

VMS Analyze/Error Utility

Appendix B

Troubleshooting

The CBl-IOIO logs controller User can use the ERRLOG.SYS ing option switches such as jSINCE=DATE may

define the time reference

utility, log onto the system

analerrlsince={timellinclude={devicel

Some examples are To view all errors

analerr

To view the errors only

anal

To view the errors

VMS

and

errlinc=tapes

ANAL

display the error messages for troubleshooting.

shown

that

VMS

that

dependent

YZEjERROR

and

enter the following command:

by

the following:

has

logged, enter:

on

tape devices, enter:

have occurred only

information

device. To enter the ANAL

utility to

and

jINCLUDE=MUBO, user

on

one tape

in

ERRLOG.SYS file.

open

the file

unit

By

YZEjERROR

(MUBO),

includ-

enter;

analerrlinc=mubo analerrlinc=(ptb,mubo)

To view the PM), enter:

MUBO

analerrl since=20-Apr-1989:14:22Iinc=mubo

errors

that

occurred

on

April 20, 1990 since 14:22

(02:22

Troubleshooting

8-1

CBI-totO

One example of the error log message is

BEGINNING **

****

*******************ENTRY 1163**

ERROR SEQUENCE DATE/TIME 0 DAYS: SYSTEM UPDATE TIME 00:08:56 SCS NODE: ERL$LOGMESSAGE ENTRY

I/O

SUB-SYSTEM, UNIT

MESSAGE TYPE 0002

MSLG$L_CMD_REF MSLG$W_SEQNUM

MSLG$B_FORMAT

MSLG$B_FLAGS MSLG$W

OF

XMIV

_EVENT

INTERVENING

8. 090991 15:15:15

AX

_MUAO:

99730004

0001

00

00E8

ENTRIES

KA62B CONSOLE FW REV #4.1 XMINODE#l

TAPE MSCP MESSAGE

SEQUENCE

CONTROLLER ERROR

DATA UNRECOVERABLEECCERROR

shown

****

CPU

ERROR

in

below:

********

LOGGED

FW

REV # 6.

#l.

********

****

ON

SYS

VAX/VMS V5.4

SID

OA000005

TYPE 0241020

00340000 03090000

UNIQUE

IENTIFIER, 000000340000 TAPE CLASS DEVICE TK50P

CONTROLLER SOFTWARE VERSION

CONTROLLER HARDWARE VERSION

#1.

8-2 Troubleshooting

CBI-1010

Controller Dependent Information: Listed below is the controller

information for the CBI-lOlO.

;COMMENTS:

6

BYTES

3 TO 0

BYTE

5 TO 4

26

BYTES

3 TO 0

BYTE

7 TO 4

11

TO 8

15 TO 12

19

TO 16

23

TO

26 TO 24

3,2,1,0)

20

LONGWORD1.

LONGWORD2.

LONGWORD3.

LONGWORD4.

LONGWORD5.

LONGWORD6.

LONGWORD7.

LONGWORD8.

LONGWORD9.

LONGWORD10

;SCSI COMMAND,

00000008 ;COMMAND

1

....

1 ;(LEFT TO RIGHT,

00000050

IP

00030070 ;SENSE DATA

IP

12000000 ;SENSE

1

....

00000000 ;SENSE DATA

1

...

00000000 ;SENSE DATA

1

...

10000000 ;SENSE DATA

f.

..

04000000 ;SENSE DATA

1

....

0000E202 ;SENSE DATA

l.b

00000000 ;(RESERVED)

1

....

;BYTE ;COMMAND

...

I ;EXTENDED SENSE,

...

I ;(LEFT TO RIGHT,

7 TO 6 OONT CARE

DATA

1;

./; ./; ./;

1;

..

I;

1;

BYTE

dependent

Refer to the SCSI tape drive the

tape

drive or call CMD for

Cables

If

the

system does cable connections. Make SCSI device or CBI-lOlO. Make sure pins are

LED Indicators

When lit, call CMD technical

the Red LED.is lit,

manual

more

not

recognize the CBI-lOlO or devices connected, check the

sure

pin 1 on

turn

system "OFF"

support

for a description of the error reported

detailed information.

at

the cable is aligned

NOT

and

(800)

426-3832

bent.

reboot.

or

(714)

with

If

the Red LED is still

454-0800.

pin 1 on

Troubleshooting 8-3

by

the

CBI-1010

CMD Technical Support

Having

a CMD

board

entitles

you

to responsive teclmical support. Before call CMD Technical Support, please gather the information listed below pertains to you. Make a note of

and

have

your

occurs

CMD CMD

manual

product Firmware Revision of CMD Listing of Distributer

SCSI SCSI devices model

Settings of

Computer

jumper

company

SCSI ID

model.

anyon-screen

close by.

model

number

settings

and

numbers

messages

and

serial number.

board

on

as

the board.

contact.

and

firmware Rev.

of all devices.

shown

when

on

Eproms.

the problem

Operating System version.

in

Complete listing of other controllers Specify multi-hosting

Problem Describe exact

nature

or

clustering.

of

problem.

computer backplane.

Specify detailed error messages. Specify Is this a

any

recent modification to the system.

new

install?

Does the problem occur consistently?

Does the problem occur Does the problem occur

when with

you

do

not

use the board?

another system (if available)?

you

that

You

may

contact CMD Teclmical

Standard

Time,

(714) (800) (714)

8-4 Troubleshooting

Monday

454-0800 426-3832

through

or or

455-1656 FAX

Support

from 8:30 AM to

5:30

PM, Pacific

Friday, excluding major holidays, at:

CBI-1010

Appendix C

Miscellaneous

Jumper

Table

W2 W3 W3 W4 1-2 IN

W4 2-3 IN

W5

W5 W6 W6 OUT Timer enabled W8

W8 OUT

W9

Settings

C-llists

C-1

Jumper Settings for the CBI-1010

OUT Reserved 2-3 IN 32Kx8 1-2 IN

IN OUT IN

IN

OUT

the jumper settings for the

(F)

EPROMS Configuration 1 Megabit EPROMS Configuration 10

MB/sec SCSI Configuration Reserved MB

mode

TM

mode

Timer disabled

Single-ended/ differential enabled

Single-ended/ differential disabled

Reserved

enabled enabled

(F)

CBI-IOIO.

SCSI

(F)

channel terminator

power

Note that (F) means factory setting.

Miscellaneous

C-1

CBI-1010

Table C-2 lists the

Table

Pins

OUT OUT OUT OUT

Note that (F) means factory setting.

Figure

C-2

1 & 3

C-l

illustrates the

WI

jumper

W1

Jumper Settings

Pins2&4

. OUT

OUT OUT OUT

jumper

settings for the CBI-IOIO.

Description CBI-IOIO/TM CBI-IOIO/T CBI-IOIO/M CBI-IOIO/MB

with

PAL PIK08

PAL PIK28

PAL PIK29

PAL PIK58A

locations for the CBI-IOIO.

in

location U9

in

location U9

in

location U9

in

location U9

(F)

C-2

AfisceHaneous

CBI-1010

V9

V4

....

lPo

O

gO

-4-------'"

000000000

I"'"

r-"

r-'

000

DODO

D

0 0 0 0

DO

a~

0

va

V3

Pal

I-4--+-+-----++-

Figure

C-l:

CBI-l010

000000

Jumper

locations

~

~88

1100

00

00 00 00 00 00 00

88

II

00

00 00

88 gg

00 00

00

00 00

A1iscellaneous

V5

'vi

6

C-3

a

J:..

~

(")

~

nr

:::,

~

""

tE

~

c

i

~

0

~

UI

__

~RNe

U4

UB

••

CD

WIG

@

-P

I

-Jfii

....

u:

s

I

~iji

......

0

C7

......

PI

D~

Ifill"

~~

0

tnl

~

lill

U/4

era

Ule

~

§1~1

..

I

~

I

~~

II~

.....

UIB

~

@]

I

UIS

~

I

~~D;I

~f§

Ue

I

J

~I

.

~

~RN3

I

I I

R

~

&l

0

II:

I

UIO

~

....

~

0

!!!

if

W

i

u.s

~2~1

Uel

~

I

UeB

~

@JI

~~

"3/

~~i,

U3e

~

I

U33

~

f@1

~~

~

:c

~

U39

1~1I

U40

~

I

U41

~~I

~~

0

~@II

U46

~

I

U4l

~~I

~*

1@1I

uSe

~J

US3

~DI

~~

RIO

-{]I[}

I

I~

t:>

U6e

~DI

~ffi

£ .

UB4

~

@ll

~m

~DI

~~

0

U66

C46

C47D

U61

C4S

Index

A

Asynchronous 2-1, 2-4 to 2-5

B

Bootability 3-3

C

Cables 2-1,2-5 to 2-6, 3-9, 3-14 to 3-15, 5-1,

Specifications 2-6

CBI-1010

CBI-1010/MB to

CBI-1011 3-6,3-8 CBI-1012 3-6, 3-8 Configuration

Connectors

Conventions 1-2

1M

to

1MB

3-3

1M

3-3

Hardware Software 4-16 to 4-19,

10-pin 3-9 3D-pin 3-9 50-pin 3-9 CON1 3-9 CON2 3-9 ZIF 3-9 to 3-10,

3-1

to 3-2, 3-4 to 3-6, 3-8

5-1

4-21

to 4-22

o

Differential

3-15, 5-1, Daughter

mode

C-1

Card

2-1,2-5, 3-6, 3-9, 3-14 to

3-6, 3-8

Differential signals 5-6 to 5-7

and

Disk

tape emulation 3-2 to 3-3

F

Features Formatting RCT block 4-13

B-3

Initiator 3-10,5-1 Installation

L

LED indicators 2-2 to 2-3, LUN 2-2,4-2,4-14 to 4-15,

2-1

to 2-3

CBI-1DOO SCSI

3-9 to 3-10,5-1

devices 3-14 to 3-15,

M

MSCP 2-1,2-5,3-4 to 3-5,4-2,4-16,

A-3

Multi-hosting 2-3, 2-5, 3-16,4-16

o

On-Board Utility

4-1

Accessing Additional Utilities 2-3,4-4 to 4-6,4-9 to 4-15 Change configuration 3-15 Change Completing 4-13 Configuring Configuring the device 4-5 to 4-6,4-9 to

NOVRAM 3-10

to 4-2, 5-2

LUN offset 4-2

B-3

5-1

to 5-2,

4-11

Index

1-1

CBI-tOtO

Features 2-2 Format Formatting the drive Manually replacing Qualifying the drive 4-3 Testing devices 3-9

Operating systems

ULTRIX 2-1,2-5,4-18 to 4-21, A-3 UNIX 2-1, 2-5, A-3 VMS 2-1, 2-5, 4-17, A-3

Command

5-2

"4-3

bad

sectors 4-4

S

SCSI

bus

2-1 SCSI commands 5-2 SCSI glossary SCSIID 3-10,3-14 to 3-15, 4-15 SCSI status codes 5-3 Sending Single-ended 3-15,4-17,5-1,

Single-ended signals 5-4 to 5-5 Specifications 2-5 to 2-6,3-14,5-1 Supported

SCSI commands to the device

Daughter card 3-6,3-8

5-1

mode

C-l

Devices

2-1,2-5,3-8 to 3-9,3-14 to V

A-I

to A-3

4-11

Supported Operating Systems A-3 Synchronous 2-1,2-4 to System components 3-2 System

Node

ID 3-4 to 3-5

2-5

T

Tape Monitor Utility 2-4 Target 3-14 to 3-15, 5-2 Technical Termination 3-7 to 3-8,3-16,5-2

Active 2-6 Terminator Testing TMSCP 2-1,2-5,3-4 to 3-5,5-3, A-3 Troubleshooting

Support

power

SCSI devices 4-12

B-4

3-9

B-1

to

B-3

u

Unit

Numbering

VAX

6000 3-5

VAX

6000 Bootability 3-3

VMS

Analyze/Error

X

XMI

bus

3-5

4-14 to 4-15

Utility

B-1

1-2

Index

_.-

--

---------

CBI-1010 Quick Reference Guide

Installing the

CBI-1

01

0

Pin 1 of the cable

must

match

CON1

pin 1 of the backplane.

1

Turn off the system.

If

you need to change

Solder side

of

CSI-101O

Connect

JE

CON2 of the ribbon cable to

IE

Component

side

of

CBI-101O

,

6

the configuration for the

CBI-1010

see sec-

,

CON2 of the back panel.

tion, "Hardware Configuration," Chapter

,

3 of the

CBI-1010

User's Manual.

Blue

Node

ID

PI~

JA

Connector

7

Connect the 10-pin

RS-232

cable to

the

Make sure you are wearing

,

back panel

at

J1

(see Figures 2

and

3).

,

JB

Connector

:

anti-static wrist straps.

CONl

.

· .

· . · .

Installing

SCSI

Devices

Choose a correct slot for installing the

· .

2

· .

CBI-1010

by

reading the section "System

· .

JC

Connector

Be

sure you have successfully installed the

· .

Node ID."

· .

CBI-1010

into your system. Then follow these

· .

I • •

~

.. instructions to install

SCSI

devices:

· .

3

Install the

CBI-1010

in the correct slot with

· .

CON2

1

• •

the ZIF connectors set into the system's

1

Connect SCSI cables as listed below for

backplane;

push

the ZIP handle

down

to

CONl

•

the specified mode (see examples

in

Fig-· .

clamp the

CBI-1010

into place.

· .

ures 2 and

3):

JD

Connector

48

Differential: Install the back panel into

For

single-ended

mode:

Connect a SCSI cable

the back of the system

with

the ribbon ca-

from the back panel

at

the label "Single-

ble inside the system.

If

necessary, move

CON2 pin 1

Ended" to the

SCSI

devices (see "Cable

external connector to

"SCSI Differential"

Specifications"). The

sum

total of the in-

slot

on

back panel. (See Figure

2.)

CONl

·

ternal and external cable lengths

must

not

·

•

exceed 3 meters

(9.9

ft.)

at

10

MBytes/sec.

·

4b

Single Ended: Install the back panel into

~

·

the back of the system

with

the ribbon ca-

·

For

differential

mode:

Connect a SCSI cable

·

JE

Connector

·

ble inside the system.

If

necessary, move

~

·

from the back panel

at

the label "Single-

•

·

external connector

to

J'lSCSI

Single Ended"

·

Ended" to the

SCSI

devices (see "Cable

·

slot

on

back panel.

(See

Figure

3.)

·

•

CON2 pin 1

Specifications"). The

sum

total of the in-

·

ternal and external cable lengths

must

not

5

Locate the 60-pin ribbon cable and con-

exceed

SO-feet.

nect cable labeled

JE

CON1 to

JE

CON1 of

the back panel (see Figure

1).

Figure 1: VAXBI backplane COMectors

2

Terminate the

physical

ends

of

the

SCSI

bus by terminating the last SCSI device

with on-board termination (see manufac- 1 turer's documentation) or

by

using

an

ex-

ternal terminator.

Be

sure devices in the middle of the

SCSI

bus

are not terminated (see Figure

4).

The

CBI-IOIO

is factory configured with 2

on-board termination.

Connect a terminal to the

CBI-

1010's

RS-232

port

(DB-25

con-

nector or

DEC

compatible

RJ-

11/Modified Module

423

Jack connector of the back panel adapter kit).

Set the terminal

baud

rate to

9600

(8-bit data, I-stop bit,

no

parity).

Halt the system' s

CPU, reset

3

Set the devices

SCSI

ID numbers to the specifications set forth in "SCSI ID for 3 Target

Devices" (see manufacturer's docu-

mentation for setting devices

SCSI ID).

the system,

and

hit carriage re- Figure 2: Back Panel (Differential)

tum

on the terminal.

On-Board

Utility

The On-Board Utility can

be

used

to change

the system configuration for

use

with

the

CBI-

1010

and

other special features. To access the

RS-232

utility, follow the instructions below.

SCSI Bus Cable

SCSI

10=7

T

SCSI Device

4

Once the main utility menu shows

up,

you can key in the number to select the desired option.

Press [CTRl] + C at any

time to return to the main

menu.

Refer the the next subsections

for configurations. When completed, unplug

the terminal,

SCSI

10=2

T

reset the system, and

boot.

00

NOT use

the

On-Board Utility while the system is running. Refer to CBI-1010

User's

Manual, Chapter 4

SCSI

Device

for further details.

CBI-1010

In

Host

Computer

T

Indicates SCSI bus termination.

Figure 4: SCSI cabling .

Figure 3: Back Panel (Single Ended)

CMD

TECHNOLOGY,

INC.

1 Vanderbilt Irvine, CA 92718

(800) 426-3832 (714)

454-0800 .

If you wish to contact CMD Technology for any reason

concerning

CMD Warranty Service, please call at (714)

454-0800 or send a letter to:

CMD Technology, Inc. Customer Service Department

1 Vanderbilt

Irvine, CA 92718 Product

Model

Serial

Purchase Oate

Purchased

____________________________________

Number

____________________________

__________

Rev

_____

________________

From

(Oealer)

____________________

Please retain proof of purchase/sales receipt to verify

CMD Warranty.

_

__

_

BUSINESS REPL V MAIL

FIRST CLASS MAIL PERMIT

POSTAGE WILL

~"'~CMD

- -

Customer Service Dept.

1 Vanderbilt Irvine,

BE

PAID

BY

ADDRESSEE

-1ECHNDLDBY:~~~~~

INC.

CA

92718-9714

11,1

" "

NO.

10814 IRVINE, CA

1.11 " ,I

" ,

III " I,

1,1"

I "

,I

" ,

11,1,

,I " I,

NO

POSTAGE NECESSARY IF MAILED

UNITED STATES

II

IN

THE

WARRANTY REGISTRATION CARD

The warranty been filled out completely and this card has been received by CMD.

Product, Identification (please provide company information

yourname Company Admess City

_______________________________ Country Authorized Reseller

What prompted you to buy

o Advertisement

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on

your

CMD

computer products and/or software is activated when the questions on this card have

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products?

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Number

________

_________

______

if

the system was purchased for your work place.)

_

Serial Number

__

Title

_________________

_

_ _

_____________

Dept.

StateIProvince Day time Purchase date

o Dealer Recommendation

o Referral

________

_____________

phone,

_________

______________

o CMD Competitive Price o CMD Quality Name Recognition

What computer did you purchase the product for?

______________________________

Rev.

__

_