Power Tools 1993 November - Disc 1/Power Tools Plus (Disc 1 of 2)(November 1993)(HP).iso/3khw/50914064/sec03/sec03.txt

Text File | 1992-08-25 | 12KB | 301 lines

Series 980/100, 980/200, 980/300, and 980/400
92/29/06

General System Configuration Information


Maximum Supported Hardware Configuration

= ∅ ||980/100||980/200||980/300||980/400

= Supported as of MPE/iX release ||Rel 2.2||Rel 3.0 || Rel 3.0^^1^^ || Rel 4.0
=Typical users||175-450||250-600||325-725||400-800
=Maximum connected workstations^^2^^|| 1250 || 1250 || 1250 || 1250
=Performance relative to Series 950||3.4||5.3||6.9||8.5
=Standard memory (Mbytes)|| 192 || 256 || 320|| 384
=Maximum memory (Mbytes)|| 512  || 1024 || 1024 || 1024
= Maximum disk (Gbytes) || 300 || 300 || 300 || 300
= Maximum disk drive total^^2^^ || 96 || 96 || 96 || 96
= Maximum tape drive total || 8 || 8 || 8 || 8
= Maximum system printers || 12 || 12 || 12 || 12
= Maximum serial printers || 104 || 156 || 156 || 156
= Maximum DTC48s supported || 48 || 48 || 48 || 48
= Maximum number of I/O channels || 12 || 12 || 12 || 12
= Maximum number of disk I/O channels || 12 || 12 || 12 || 12
= Maximum number of HP-IB channels || 12 || 12 || 12 || 12
= Maximum number of SCSI cards || 12 || 12 || 12 || 12
= Maximum number of CIB-FL (HP-FL) channels || 12 || 12 || 12 || 12
= Maximum number of 802.3 LAN cards || 2 || 2 || 2 || 2
= Maximum number of PSI links || 8 || 8 || 8 || 8
= Maximum number of disk drives per HP-IB channel || 6
|| 6 || 6 || 6
= Maximum number of disk drives per HP-FL channel || 8
|| 8 || 8 || 8
=Maximum number of disk drives per SCSI channel^^3^^ || 7 || 7 || 7 || 7

^^1^^The Series 980/300 is supported on Release 3.0 plus patches
^^2^^Effective with MPE/iX Release 4.0
^^3^^Supported in 3Q92


Unique Supplied Hardware


* Dual Channel I/O Busses (CIBs)
* Two CTB adapters and 10 I/O card slots
* Two HP-IB device adapters for HP-IB devices
* One 802.3 LAN interface channel for network and data communications and
terminals controller (DTC) communications
* 6 meter AUI cable, ThickLAN Transceiver and tap for SPU attachment for
ThickLAN
cable; ThinLAN Transceiver with integrated AUI cable for attachment to ThinLAN
cable
* SPU Bay including card cages and power supplies for CPU, cache, up to four
CIB adapters, up to 20 I/O card slots and up to
512 Mbytes of main memory (Series 980/100), or
1024 Mbytes (Series 980/200, 980/300, 980/400).


 Memory Expansion
Memory consists of 1 Mbit RAM Error Correcting Memory configured on 16 Mbyte
memory cards or 4 Mbit memory configured on 64 Mbyte cards.
The Series 980 supports both
16 Mbyte (A1104A) and 64 Mbyte (A1152A) memory cards.  Memory cards may be
obtained
by ordering multiple option 50x with the system or as stand-alone products.


Series 980
systems and upgrades are provided two memory controllers which support up to
512 Mbytes each.

Interleaving is recommended for 980 memory array cards, particularly for the
980 symmetric multiprocessing systems.  To achieve interleaving, memory array
cards must be installed in equal amounts in each memory controller.  If memory
interleaving is not enabled, alternative memory configuration rules are
required.  Refer to "HP 3000 Series 980 / HP 9000 Model 870s Familiarization
Guide" for memory configuration details with and without memory interleaving.


As of MPE/iX 4.0, AutoRestart/XL is supported on all system
configurations containing greater than 512 Mbytes of memory.  AutoRestart/XL
is not supported on prior releases to MPE/iX 4.0 in certain system
configurations containing
greater than 512 Mbytes of memory.  Consult your HP Representative before using
AutoRestart/XL to determine whether or not it is supported in your
configuration.  In addition, AutoRestart/XL requires a separate dedicated
volume set containing 1 or more volumes for dump file storage. %%Refer to page
6-7 for dump file space recommendations.%%



I/O Channel Configuration Information

Channel I/O Bus (CIB)

The Series 980/100, 980/200, 980/300, and 980/400 are shipped standard with two
CIBs, a third and fourth are optional.  They are connected to the CPU via a
CIB adapter (A1101A).  CIB adapters have reserved slots in the SPU, so they do
not affect I/O slot configuration.  Each CIB can be configured with up to 5 I/O
expansion cards.  Up to four CIBs may be configured in a 980/100, 980/200,
980/300,
and 980/400 providing a maximum of 20 I/O expansion slots.

In general, the third CIB is appropriate for systems which have more than six
channels installed (HP-IB, HP-FL and LAN cards), or which have more than 24
disk drives attached.  A fourth CIB is appropriate for systems which have more
than nine channels installed (HP-IB, HP-FL and LAN cards), or which have more
than 36 disk drives attached.


Conceptual Schematic: Series 980 I/O Configuration




Slot Availability

Two VLSI CIB Adapters are included with each system.  Each CIB adapter creates
5 available I/O slots.  Five I/O cards are included with each system, occupying
five I/O slots.  Two VLSI CIB Adapters each connect the Channel I/O Bus.  Two
boards are supplied on the CIB for console attachment and system diagnostic
support.  One 802.3 LANIC board is included on the CIB for workstation
attachment.  Two HP-IB channel cards are supplied for peripheral connections.
This leaves five I/O slots for additional HP-IB, HP-FL or LANIC cards.  A third
and fourth CIB adapter (A1101A) are optional.  Each provides an additional 5
I/O slots.


HP 3000 Series 980 SPU (Back)


CIB Card Cage Rules

Console card #1 (Access Port PCA) must be in slot 4 of the CIB 0_1 card cage
(factory installed).  Console card #2 (MUX PCA) must be in slot 1 of the CIB
0_1 card cage (factory installed).  Factory installed HP-IB channels are
positioned for MPE/iX auto-boot capability.

The factory installed 802.3 LANIC (for DTC communication) and required second
802.3
LANIC (for system-to-system traffic) are shown in slot 2 of CIB 0_1 and slot 2
of CIB 1_1 respectively.
There is a maximum of four HP-IB channels per CIB.  There is a maximum of three
HP-FL channels per CIB and a combined maximum of five
HP-IB, HP-FL and 802.3 LANIC boards per CIB.


Series 980/100,
980/200, 980/300, and 980/400 come standard with Memory Controller 0 and
Memory Controller 1.



Product Summary

The Series 980/100, 980/200, 980/300, and 980/400 all share a common product
option
structure.  The following tables represent information for all of the products
and should be used with the specific Series 9xx configuration rules.  They are
intended as a general reference for configuring systems and some common sense
should be exercised when using these product structure tables.


Common Product Structure Base Configuration
Product Number||Description
=A1134A||Series 980/100 preconfigured system w/192 Mbyte memory^^1^^
=A1149A||Series 980/200 preconfigured system w/256 Mbyte memory^^1^^
=A1150A||Series 980/300 preconfigured system w/320 Mbyte memory^^1^^
=A1151A||Series 980/400 preconfigured system w/384 Mbyte memory^^1^^
Option Number||∅
=015||380V/50Hz System Operation
=016||415V/50Hz System Operation
=0E3||200 &endash; 240 VAC operation
=500||Add-on 16 Mbyte memory
=502||Add-on 64 Mbyte memory
=550||Substitute 1 HP-FL for 1 HP-IB
=910||SQL only system (deletes TurboIMAGE)
=915||TurboIMAGE - only system (deletes SQL)
=920||MPE only system (deletes TurboIMAGE and SQL)

^^1^^All preconfigured systems include software and a class license to
use MPE/iX FOS, TurboIMAGE/XL, and SQL software on the specified HP 3000
computer system.


Upgrade Options
Use the specific Series 9xx product number with the following option numbers
for the appropriate upgrade, consult the  HP 3000 Computer Systems Price
Guide or CPL for pricing information.


Common Upgrade Option Structure
Option Number||Description
=700||Return credit 4 Mbyte memory w/MICRO LX/GX/RX
=701||Return credit 81 Mbyte disk w/MICRO LX
=702||Return credit 152 Mbyte disk w/MICRO LX/GX/RX
=703||Return credit 304 Mbyte disk w/MICRO LX/GX/RX
=704||Upgrade MICRO 3000 or 3000LX w/2 Mbyte
=705||Upgrade MICRO 3000 w/4 Mbyte 3000GX/RX w/2 Mbyte
=706||Upgrade MICRO 3000XE
=707||Upgrade pre-Series II/30/33, HP 2000
=708||Upgrade from Series III
=709||Upgrade from HP 250
=710||Upgrade from HP 260
=711||Upgrade Series 37,37XE,39,40 w/no memory
=712||Upgrade from Series 39HP, 42, 44
=713||Upgrade from Series 48 with 1 Mbyte
=714||Upgrade from 42XP, 52 with 4 Mbyte
=715||Upgrade from 58 with 4 Mbyte
=716||Upgrade from Series 64 with 2 Mbyte
=717||Upgrade from Series 68 with 2 Mbyte
=718||Upgrade from Series 70 with 4 Mbyte
=719||Upgrade from Series 925LX with 24 Mbyte
=720||Upgrade from Series 925 with 32 Mbyte
=721||Upgrade from Series 935 with 48 Mbyte
=722||Upgrade from Series 949 with 64 Mbyte
=723||Upgrade from Series 922LX
=724||Upgrade from Series 922RX
=725||Upgrade from Series 922
=726||Upgrade from Series 932
=727||Return 304 Mbyte disk mechanism
=728||Return 670 Mbyte disk mechanism
=729||Return Series 948
=730||Return Series 958
=731||Return Series 920



Field Upgrades
 Product/Option||Description
=A1137A^^1^^||Field upgrade to Series 980/100
=871||Upgrade from Series 950, includes 128 Mbyte memory
=872||Upgrade from Series 955, includes 96 Mbyte memory
=873||Upgrade from Series 960, includes 64 Mbyte memory

=A1138A^^1^^||Field upgrade to Series 980/200
=020||Power option for Series 980/100 SPU with serial code prefix of 2844 or
less
=021||Power option for Series 980/100 SPU with serial code prefix of 2845 or
greater
=874^^2^^||Upgrade from Series 980/100, includes 64 Mbyte memory
=875^^3^^||Upgrade from Series 980/100, includes 64 Mbyte memory

=A1139A^^1^^||Field upgrade to Series 980/300
=020||Power option for Series 980/100 SPU with serial code prefix of 2844 or
less
=021||Power option for Series 980/100 SPU with serial code prefix of 2845 or
greater
=875||Upgrade from Series 980/200, includes 64 Mbyte memory
=876^^2^^||Upgrade from Series 980/100, includes 128 Mbyte memory
=877^^3^^||Upgrade from Series 980/100, includes 128 Mbyte memory

=A1140A^^1^^||Field upgrade to Series 980/400
=020||Power option for Series 980/100 SPU with serial code prefix of 2844 or
less
=021||Power option for Series 980/100 SPU with serial code prefix of 2845 or
greater
=252||Card cage upgrade option for system serial number prefix ≤3006
=253||Card cage upgrade option for system serial number prefix ≥3007
=878||Upgrade from Series 980/300, includes 64 Mbyte memory
=879||Upgrade from Series 980/200, includes 128 Mbyte memory
=880||Upgrade from Series 980/100, includes 192 Mbyte memory

=503||Delete 16 Mbyte memory
=509||Delete 64 Mbyte memory
=704||Return of MICRO 3000,3000LX with 2 Mbyte
=705||Return of MICRO 3000 with 4 Mbyte, MICRO 3000GX,RX with 2
Mbyte
=706||Return of MICRO 3000XE
=707||Return of pre Series II,30,33,HP 2000
=708||Return of Series III
=709||Return of HP 250
=710||Return of HP 260
=711||Return of Series 37,37XE,30,40 with 0 Mbyte
=712||Return of Series 39HP,42,44 with 0 Mbyte
=713||Return of Series 48 with 1 Mbyte
=714||Return of Series 42XP,52 with 4 Mbyte
=715||Return of Series 58 with 4 Mbyte
=716||Return of Series 64 with 2 Mbyte
=717||Return of Series 68 with 2 Mbyte
=718||Return of Series 70 with 4 Mbyte


1The field upgrade requires the return of the original processor
board.  With the 950, 955 and 960, the return of the PDH
board is also required.

^^2^^Required option if the Processor Reference Label, PRL-V2, does not exist
on the Series 980/100.

^^3^^Required option if the Processor Reference Label, PRL-V2, does exist on
the Series 980/100.  This would be located near the SPU serial number.



HP's policy for upgrading HP 3000 systems mandates that systems must
be returned for credit and must have been installed at customer's
site at least 6 months.  Customer must provide documentation of installation
date or proof of support for at least 6 months.