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Summary of Contents for 66

Page 1: ... 3 mama FOR INTERNAL USE ONLY LEVEL 66 66 DPS CONFIGURATION GUIDE ...

Page 2: ...SERIES 60 LEVEL 66 66 DPS CONFIGURATION GUIDE FOR INTERNAL USE ONLY SUBJECT Information for Conﬁguring the Level 66 Processor IOM and System Control Unit ORDER NUMBER DH92 Rev 0 February 1979 Honeywell ...

Page 3: ...ich are designed to be largely self explanatory The charts provide a foundation based on definitions and fundamental rules By following the appropriate flowcharts step charts and tables you will be able quickly and easily to configure any initial system order or add on order accurately This material is divided into gross functional sections Be sure to read the Table of Contents before using the co...

Page 4: ...sical channel and the assignment of the scratchpad feature called DRE data rate expansion Section V provides for configuring optional mainframe functional components processors IOMs SCUs Use this section for both the initial order and for additional orders which involve these components Section VI handles the cases for expanding the size of memory on an installed system Sections VII and VIII relat...

Page 5: ...or Console Subsystems 6O Mainframe Configuration Examples Initial Orders and Additions 56 Configuring Unit Record Subsystems Examples Initial Orders and Additions 66 Configuring Magnetic Tape Subsystems Examples Initial Orders and Additions 72 Conﬁguring Mass Storage Subsystems Not For Use on 66 05 81 Configuring Mass Storage Subsystems on 66 05 Only 105 Mass Storage Configuration Examples 1 14 Do...

Page 6: ...units of 0410 0412 0411 type No other tape units are allowed c Disk maximum of one single channel MSP with maximum of 8 spindles MSU0402 0451 0500 units d Unit record maximum of one URP and 4 unit record devices e FNP INP integrated network processor is included with CPS6058 version only and used only for that version It is supplementable by DN616 6624 6632 6670 The INP cannot be deleted from the ...

Page 7: ...o dual channel MTP allowed c Disk maximum of two MSPs and system total of two simultaneous disk channels and 8 MSUQ462 or MSUﬂ451 or 4 MSUQSEZ disk units or mixtures to a total of 8 spindles d Unit record maximum of one URP and 4 unit record devices e FNP maximum of one DN6616 or DN6624 or DN6632 or DN6670 f Only the ICU based type of mainframe is available 9 Maximum of one DHP0701 h Software rele...

Page 8: ...tion options C Minimum and Maximum Peripheral Subsystems per Level 66 System 1 Lower speed peripheral subsystems a System console CSU6G04 l l 4 or b System control center CSU6005 l l 4 c Card reader or card reader punch 1 As needed 5 d Card punch 0 As needed 5 e Printer 1 As needed 5 f DHP0700 0701 0 1 3 2 4 g FNP G 4 or 8 4 JS 3 Footnotes 1 Every system must contain at least one console subsystem...

Page 9: ... peripherals Min Max a Magnetic tapes 1 3 1 As needed 2 b Disk storage About As needed 2 4 40 50 million char 3 1 Footnotes Check with your GCOS technical support people One tape unit is normally used for the GCOS Statistical Collection File Other tape units may be needed for the GCOS system journal file used by FMS for file recovery for DM IV TP or TDS or TPS journals etc At software release inst...

Page 10: ...or user temporary files It represents the recommended minimum of GCOS residence GCOS scratch files SYSOUT file space and the minimum for other Phoenix supported software You must provide space for GCOS System Scheduler NPS execution modules NPS journal files NPS checkpoint dump areas and user files We feel that there should be at least llﬂMC or 75MB of mass storage total in a Level 66 system to al...

Page 11: ...er All additions at the time of the initial order or after the system has been installed are made to the base CPS system Base CPS system is also known as base system or basic system or base mainframe Base Each CPS number gives Processor you a complete main frame as shown CPA f l L_J 93g processor 933 SCU with a base quantity of memory 9 g_IOM plus one Base Base Central Processor Addressing Memory ...

Page 12: ...OM Addressing feature or port The CPA and MXA are necessary to connect the base processor and base IOM to each extra SCU Note when you use the appropriate Base Mainframe Configurator chart for the model and memory size you want the net base system requirements are included in the type number shown Note the term net base system is not an official term and is used only in this guide for purposes of ...

Page 13: ...tem Base CPS system is also known as base system or basic system or base mainframe Components of each CPS 665 system for any DPS model Base Base The 66 DPS CPS number Processor Processor gives you a complete I 2 mainframe as shown CPA I I CPA 1 Iwg processors one SCU with a base quantity of memory one IOM plus L J L J Egg Central Processor Base Base Addressing features or Memory SCU ports CPA in b...

Page 14: ...s used only in this guide for purposes of clarifying configuring rules Components of each net base system for any DPS model Base Base Processor 1 Processor 2 Base Added Base Added CPA CPA CPA CPA f 1 1 LJ L_l 1lu Base SCU 1 Required SCU Memory I MXC6004 _ _ _1 Memory I l _ J I LJ L_J B we Addci Each MXC6004 includes Integrated MiA MXAe all CPAs and MXAs as Nemnmk needed for all processors Processo...

Page 15: ...e F3 by module 66 17 1 1 ____ Yes 2 96 512KW 1 1 1 3 CPS systems 513 1024KW 2 1 2 0r module F3 by module 66 20 1 1 ____ Yes 2 128 512KW 1 1 1 3 CPS systems 513 1024KW 2 1 2 or module F5 by module 66 27 1 1 ____ Yes 2 128 512KW 1 1 1 3 CPS systems 513 1024Kw 2 1 2 or module FS by module 66 40 1 l ____ Yes 2 128 512KW 1 1 1_3 CPS szsiems 513 1024KW 2 1_2 or 10 U 8 FS by module 66 60 1 ICU 1 ICU ____...

Page 16: ...nd Selective Selective below Tandem Total Memory Processors IOMs Required Optional Systems DPS l O 3 Yes module by module 1024 4096KB 1 1 3 4097 8192KB 2 1 2 DPS 2 0 3 Yes module by module 1024 4096KB 1 1 3 4097 8192KB 2 1 2 DPS 3 2 3 Yes module by module l DPS 4 2 DPS 5 1024 4096KB 1 1 3 4097 8192KB 2 1 2 ll DH92 Rev G ...

Page 17: ... 3 1 1 3 1 1 3 1536KB 384Kw 1 1 1 1 3 1 1 3 1 1 3 2048KB 512KW 1 1 1 1 3 1 1 3 1 1 3 3072KB 768KWa 2 1 2 2 1 2 1 1 3 4096KB 1024KWa 2 1 2 2 1 2 1 1 3 6144KB 1536Kw 2 1 2 8192KB 2048Kw 2 1 2 REQ Quantity of SCUs required to support system total memory size Main frame CPS number includes one SCU OPT Optional extra SCUs addable selectively Always freestanding Applies to freestanding versions Maximum ...

Page 18: ...k Freestanding Peripherals Based Min Max ICU Choose CPS No Choose CPS No r For Model and rFor Model and Memory Size r Memory Size N Tandem DO A B C kSystem Modularly or Buy 2nd CPS N See Next Optional Page Processor Optional 1 9 Order IOM I Processor and Y Crossbar s Order IOM B C Y Optional N Crossbar s SCU ug Order SCU See Next and Crossbars i Page l3 DH92 Rev 0 ...

Page 19: ...s of configuring I O Channels involved within all IOMS i If 2 or more IOMs Split Channels Across IOMs 4 Check Channel Spaces Required Vs Those Provided Channel Spaces Option Assign Logical Channels REGROUP Order Another IOM o Prior Page Ass ign i Enough N DRE Option DRE DRE FS IOM Y Select Configure Order DRE Motor Peripherals Option Generator SEt FNPs Consoles Assign DRE l4 DH92 Rev 0 ...

Page 20: ..._ Enhancement s Desired as NecesSary Memory Size for Performance Level Desired Tandem Y Do A Ba a If yes at B x Main Frame C D means a 3rd or Desired Below 4th processor N I since 2 processors E are included in base main frame BCD Order BCD Option Option Required I If DPS 3 Want Another Processor Order 8m 6 C Order Companion Processor Additional and Related IOM BCD Options if Required l Order Addi...

Page 21: ...RP L Base IOM MSP C See chart on V 1 c Version configuring IOM I ggPSZOZ I l in ICU Section K I I URP0601 J l 13 MSP0605 l L _ _ _ n ICU Cabinet a For 66 60 80 and 66 40 with MXF6004 Channel Expansion feature the SCU will be in an external cabinet in systems with 384 512KW The ICU cabinet will hold first 256Kw the external cabinet will hold the rest SCU is still powered via ICU b MSP0605 on 66 05 ...

Page 22: ...lable only with Model 66 60 which starts at 192KW 768KB C66 60 80 and 66 40 systems with MXF6004 Channel Expansion will have an external cabinet for the SCU ICU contains first 256KW SCU cabinet the remainder ilncludes integrated FNP A DN6616 6624 6632 6670 may be used in addition Procedure 1 Select Model and list appropriate CPS number or Central System Identifier 2 Select the Memory Increment col...

Page 23: ...ailable only with Models 66 10 and 66 17 which start at 96KW 384KB b CMM601O is available only with Model 66 60 which starts at 192KW 768KB Procedure Select Model and list appropriate CPS number or Central System Identifier Select the Memory Increment column containing a maximum size corresponding to total desired memory List the type numbers contained in that column plus the type numbers containe...

Page 24: ... Mainframe Configurator Tables D DPS SyStems 1 Base Mainframe Note 1 _ _ o Base DPS CPS6650 Application Application Processor Processor 1 2 Memory __ 256KW 1024103 SCU INP IOM 32KW 64KB Note 3 See Next Page _ _ u l9 __ _ __ a p DH92 Rev 0 ...

Page 25: ...KWords CMM6054 ORDER 2nd SCU 4096 5120 KBytes CMA6054 MXC6004 UNLESS 1280 1536 KWords CMM6055 ALREADY 5120 6144 KBytes CMA6055 INSTALLED 1536 1792 KWords CMM6056 6144 7168 KBytes CMA6056 1792 2048 KWords CMM6057 7168 8192 KBytes CMA6057 2048 2560 KWords CMM6058 8192 1024 KBytes CMA6058 ORDER 3rd SCU 2560 3072 KWords CMM6059 MXC6004 10240 12288 KBytes CMA6059 UNLESS ALREADY 3072 3584 KWords CMM606O...

Page 26: ...imum 1 CPK6662 per DPS b For DPS 5 add 2 companion processors CPK6666 CPK6667 and 1 CPK6662 to DPS 3 or 1 companion processor CPK6667 to DPS 4 Maximum 1 CPK6662 per DPS 4 Additional Processors SCUs IOMS Note 5 CPK6666 3rd Processor CPK6667 4th ProceSSOr MXC6004 MXU6002 Companion IOM Processors SCU Notes 3 8 We 8 We 8 31 3660 113 2 Maximum 2 t Maximum 3 L Maximum 3 IOMS P CPK6666 gives 1 required i...

Page 27: ...r CPK6666 CPK6667 when base DPS CPS6650 is equipped with base BCD option CPF6650 6 Additional Communication Network Processors ANPs Note 7 I INP ANP Options DCU6651 DCE6651 DCM6651 DCM6652 ANP Performance First Memory Second Memory 32KW 64KB Enhancement Increment Increment 11 3 757 Increment 64KB to 128KB 128KB to 192 Maximum 1 Required Requires DCM6651 for NPS Requires DCE6651 Requires use DCM665...

Page 28: ...d memory to the maximum of 1024KW 4ﬂ96KB per SCU is contained in the SCU cabinet Each processor SCU IOM has own power supply At least one motor generator set is required but is not included in base main price See Section VII For each IOM there are components which must be configured and considerations which apply within the IOM See Section IV Every system must have at least one URP subsystem There...

Page 29: ... necessary to reach a given total size of memory from any starting size Remember that a second system controller must be used to support memory size greater than 1024KW 4096KB To complete the configuring of 66 DPS INP ANP communications processor refer to Section XX Configuring Level 6 Based FNPs Not DN66G0 l All necessary ports to connect all processors and all IOMs to all SCUs are included in th...

Page 30: ...by using the information from 1 above you determine how many logical channels or data paths must be assigned for the quantity of physical I O channels you wish We will also explain the role of logical channels indicate how many may be assigned optionally beyond the quantity required and how they are physically assigned To show how by using the information from 3 above you determine how to assign t...

Page 31: ...ly J Base MXA J MXA6001 24 Logical Channels Paths Included DRE Data Rate Expansion One included Assignable to up to 16 Logical Channels Base IOM F 9 More I O Board I O Channels Board Spaces Board Slots Spaces MXF6004 I I 66 40 only 18 66 10 17 20 27 40 05 07 27 66 60 80 It To Multiple Peripheral Device Processors I 26 DH92 Rev 0 k 3 ...

Page 32: ...d in Step 4 you wish to assign the scratchpad capability which is furnished by DRE feature data rate expansion See Section G Steps for Configuring Within Freestanding IOM 1 Base IOM freestanding systems has no type number All IOMs configured selectively beyond base IOM whether in ICU packaged or freestanding systems are freestanding This chart applies to all freestanding IOMS a Freestanding IOMs m...

Page 33: ...ng IOM To Base To Additional SCUs SCU f Tﬂ k r I Base 1 I F I F L MXA AL MXA6001 non DPS E l r 24 Logical Channels Paths Included DRE Data Rate Expansion Assignable to up d to 16 Logical Channels I l One required One optional DRE in in Optional in Base and Base IOM L IOMs Optional IOMs DRE MXF6002 DRE MXF6002 r_ Integrated l URP0602 1 Power L1 Base IOM No Type Number Supply OR MXU6001 for Optional...

Page 34: ...rnished by DRE feature data rate expansion See Section G Determining the Quantity of Physical I O Channels Required For Your Peripheral Subsystems Mix 1 Use the table in Section 3 below or use table in Section 4 below a Remember that MSP0602 06D3 can be configured with or without MSUQSDQ spindles If MSUDSGG is not used there can be one or two MSPs per subsystem each with one or two prime channels ...

Page 35: ...the second prime channel is non simultaneous acting as a backup to the first and not effective until aft r a GCOS warm restart or reboot has occurred i This represents the fact that the path from a prime channel can be switched to two different IOM channels The switch can be either electronic controlled transparently by GCOS and contained in the device processor URP MTP MSP0662 0603 or can be an e...

Page 36: ...e used Multiply for each ro and each subsyst m of sam ty e the figure in times the sum of plusgf di as applicabl and as actually configure Multiply the figure pe subsystem of each type in times the figure in Add the figures in all ows for all subsystems and place that figure in d Now go to Section E below to see if the Level 66 model you are bidding has sufficient spaces for the require umber of p...

Page 37: ...M URP 1 1 2 3 RIP 1 1a 1 1 4 3 MSP0602 0603 w o 1 1 1 1 4 3 L___M_ UOSOO MSP0602 0603 with l 1 2 3 MSUOSOO HSP0605 1 10 2 3 66 05 CSU6001 1 1 1d CSU6002 2 2 1e Int FNP 1 1 1 CPS6058 DN6616 6624 6632 1 1b 2 1 6670 DHP0700 1 l 2 1 0701 a Required not optional when more than 8 tape units will be in subsystem 13 Not permitted on DN6616 3 Would be possible only by use of manual switch 1 If used in syst...

Page 38: ...OM channel in its price except two for CSU6905 System Control Center console subsystem _______if_________ _______ _____ 1__ ___ csu Csu MSP FNP HP 6004 6005 N b Additional simultaneous channels can be added to MTP and MSP if no MSUQSQD spindles configured _ _ _ _ c Software switched nonesimultaneous channel features can be added to URP MTP MSP channels E m P DJ E__________________ _ x 33 DH92 Rev ...

Page 39: ...er to the table below Once you have configured two or three systems you will probably be able to come directly to this table for determining both the channel spaces available and the quantity required for each physical channel bypassing Section D above In any event before you use the table below you must know the number of physical I O channels you need for each subsystem i e channel terminations ...

Page 40: ...ding g In case of a freestanding IOM use URPU600 freestanding instead of URP0602 in IOM cabinet Don t forget the impact when the total memory size is greater than 256KW 1024KB Know your prospect customer growth plans Don t be surprised yourself and even worse don t let the prospect customer be surprised Determine next the logical channels or data paths which must be assigned to each physical chann...

Page 41: ... 18 g g 66 40 18 9 MXF6004 27 d U 66 60 27 27 66 80 27 27 MTP 1a 3 3 1n 2a 6 6 a 66 10 17 35 35 H g 66 20 27 35 35 MSP 1a 3 3 g 3 66 40 35 19 MXF6005 54 MSP 2a 6 6 5 66 60 35 19 MXF6005 54 FNP 1C 1 l g 66 80 35 19 MXF6005 54 5 66 DPS 35 19 MXF6005 54 300 2 2 3 csueoos With cs 5 a 6004b 53 3 66 10 17 35 35 H 3 66 20 27 35 35 g g 66 40 35 35 Syst Con 1 1 2 S 66 60 35 35 CSU6004 With 081 g 3 66 80 35...

Page 42: ...en to GCOS at system startup time Accordingly GCOS always knows what logical channels to use thus physical channels to reach a given device processor console FNP or document handler processor 1 In effect GCOS sees the peripherals it wants to reach via the logical channels 2 The logical channel concept provides a link to slave program buffer areas their size and locations Without such a link the tr...

Page 43: ...to gain access to the single channel The intended effect here is potentially greater subsystem throughput by using the physical channel more efficiently stacking commands in front of the subsystem at any time as long as a logical channel is available Looking at it another way the use of more than one logical channel per physical channel block multiplexing allows multiple I O operations to be in so...

Page 44: ...ical channel is assigned to each device 1 2 URP can handle up to 7 unit record devices URP in combination with its channel and 1 7 logical channels in IOM performs a block unit record multiplexing function allowing up to 7 devices to run simultaneously URP buffers a full physical record from for each device and assigns each record to the IOM physical channel as soon as last record has transferred ...

Page 45: ...ly from the command standing by in the second logical channel GCOS could then send another command to the first logical channel which is now open again etc If only one logical channel is used GCOS cannot have any next command standing by when a command is already in operation This can potentially increase subsystem throughput appreciably c Disk subsystems 1 2 A normal useful maximum of logical cha...

Page 46: ...he usable number of logical channels The greatest benefit from multiple logical channels occurs on single channel MSP With two channel subsystems commands tend to be serviced almost as soon as they are delivered to the subsystem in most cases As a result there is not as much chance to have command queues build up thus there is less relative effect from multiple logical channels in a dual channel s...

Page 47: ...ts a Multiple logical channels paths per physical channel LOGICAL MEMORY CHAN E 5 2 PROGRAM A PHYSICAL CHANNEL PIPELINE f ______________ Fm ﬂ I CESSOR goclcgts I COMPLETE N LJZII THE DATA PATHS T0 MEMORY DEVICES C D O N j 2 _ TOTAL DATA TRANSFER PATH I 42 DH92 Rev Q U ...

Page 48: ...AL CHANNELS A ADDRESS LIMITS ALLOCATED BY GCOS rt x memmx PHYSICAL r I __DCL PERIPHERAL CHANNELS E BUFFBR SUBSYSTEMS 1 LDC SIZE 1 1 g 1 I o _ BUFFER BUFFER I 2 LOG SIZE a E M 3 3 D 3 2 10 I I BUFFER I S v r I CENTRAL I I BUFFER I r m 4 I a I BUFFER I I 2 l I BUFFER I m I N 3 M Vi mM mmmr 43 DH92 Rev 0 ...

Page 49: ..._I9 1 I U ll H I J I ll Required J l I Optional IOM Logical _ i i I Logical Channel 5 I l I 7 l Channels Path g g g Paths 2 pl Physical Channel for MSP or MTP l IOC I O command 2 In MSP case the holding place Combination useful normal maximum of IOCs forms a command stack MTP number of optional or queue or logical channels is 3 MSP but up to 7 might be useful 2 In MTP 1x8 useful normal maximum num...

Page 50: ... Physical Channel for Physical Channel for MEPLTSP l IOC I O command hold ing place Combination of 1003 forms command stack or queue 2 In MTP 2x16 useful normal maximum number of op tional logical channels is 2 one per physical channel MTP or MSP Tape or Disk Units 45 2 In dual channel MSP the useful normal maximum of optional logical channels is 2 one per physical chan nel but up to 3 more on eac...

Page 51: ... 66 Buffer Buffer Buffer Area Area Area ________ 7 h gjf _u What V GCOS sees IOC IOC IOC IOC 2 2 2 2 l l 1 l l 1 Logical Channel Required No Optionals IOM 2 1 0 Command Holding 7 2 Place V V Physical Phys cal Physical Channel Cha ls Channel V System System DHPO700 0701 Console Control Any FNP CSU6004 Center CSU6005 46 DH92 Rev 0 ...

Page 52: ...unch CCU0401 logical channel must be assigned one E O x Card Card Printer Reader Punch Buffer Buffer Buffer Area Area Area IL What GCOS sees IOC IOC IOC 2 2 2 1 One Logical Channel Required H Per Unit Record g D 1 0 Device Maximum L j is 7 lNo Optionals v 7 Ex 2 I O Command Holding Place URP Physical Channel CR URP PR 06OX ﬁ ﬂ Ks 47 DH92 Rev G ...

Page 53: ...I 1 1 8 per MSP per MSP MTP 1x8 PSI 1 1 2 2x16 2 2 4 SYSTEM CONSOLE CSU6001 SPECIAL l l SAME SYSTEM CONTROL CENTER CSU6002 SPECIAL 2 2 SAME Any FNP DIRECT 1 1 SAME DHPO700 070l DOC HDLR PROC DIRECT 1 1 SAME CPIa 1 l SAME This type of channel is used for certain peripherals from G400 and Series 600 purchased systems where these are allowed in certain cases on Level 66 Applies to such users who move...

Page 54: ...t you define to him There are 24 logical channels per IOM DRE scratchpad assignment must be used on the involved logical channels when a FNP is used b Disk spindles are used c Peripheral with transfer rate greater than 500KC 355KB is configured on a physical channel d Combined data transfer rates of all I O subsystems planned to be in operation simultaneously on the IOM exceed 1 3 million characte...

Page 55: ...ignificantly cuts memory accesses by each logical channel assigned to it by as much as 3 to 1 This frees memory cycles for use by processor or IOM When do you need more than one DRE Permitted only on freestanding IOM Determine your total logical channel assignments to physical channels using Section F 8 1 If the combined FNP DHP disk and tape logical channel requirements exceed 16 order another MX...

Page 56: ...med in Step 1 above You will save yourself problems from incorrect incomplete excessive ordering of type numbers Check your block diagram against the configurator below in Section 8 5 Remember that the base CPS system components have no individual type numbers Every component added beyond the base CPS system has a specific type number which must be used on any order In ordering optional processors...

Page 57: ...PU66G1 66 27 CPU6207 66 20 CPU62Q1 66 80 CPU6801 for CPS682E 66 80 CPU6802 for CPS6821 b Configuring optional processor involves only two type numbers one for appropriate processor and one for processor addressing port feature s c Ability to configure optional processors on a standard basis begins with 66 G5 for which one may be configured All ICU versions may have one more 66 60 80 freestanding v...

Page 58: ... including any IOMs ordered under Step 3 above Don t forget to count the IOM in any ICU included in the system a Configuring optional SCUs involves only three type numbers one for the SCU itself and one each for processor and IOM addressing port features to connect IOM and processor to extra SCU An SCU must be ordered for each 512KW 2ﬂ48KB of memory net base system In some models SCUs can be order...

Page 59: ...b above The power supply is also used for the memory contained in the SCU cabinet e Each free standing SCU provides up to 8 active module ports for connecting processors and IOMs Processors and IOMs in turn must contain an addressing port feature for each SCU in system f Maximum number of SCUs for any free standing mainframe is four or two in any system containing an ICU 54 DH92 Rev ...

Page 60: ...rm ﬁrm ﬁr m rmm LJLJLILJ LJLILJ LJLJLJ UUUU Base MXC6001 MXC6001 MXC6001 HUI 1H I ll 1171 HUI 1 DELUH UkLJtJ LJJ kLJLJLJJ LJLJLL LJLJLJLUI V d d f C MXA6001 d MXA6001 MXA6001 MXA6001 Base IOM MXU6001 MXU6001b MXU600lb a CPU 6801 applies to 66 80 CPS6819 cpseszo CPU6802 applies to 66 80 CPS6821 b Only freestanding 66 60 and 66 80 systems can have 3 or 4 processors and or IOMs One required for each ...

Page 61: ... a 66 1 from 128KW 512KB to 256KW lﬂ24KB order the hardware listed in the square for the 128Kw to l92KW column plus the square for the 192 to 256Kw column When your memory upgrade or add on crosses a 512KW 2048KB boundary on the MUC marked by the triangle at the top you must also configure an SCU plus CPA6001 and MXA6001 to link the SCU to the base processor and base IOM in the installed system Ho...

Page 62: ...001 CMM6002 CMM6003 CMM6004 66 17 CPS617O CMA6003 CMA6004 66 10 or CPS6120 CMM6000 CMM6001 CMM6002 CMM6003 CMM6004 CMM6005 CMM6006 66 17 CPS6180 CMA6003 CMA6004 CMA6005 CMA6006 D 66 20 or CPS6210 CMM6001 CMM6002 CMM6003 CMM6004 66 27 CPS6270 CMA6003 CMA6004 66 20 CP86220 CMM6001 CMM6002 CMM6003 CMM6004 CMM6005 CMM6006 or CMA6003 CMA6004 CMA6005 CMA6006 2 66 27 CPS6280 66 40 CPS6410 CMM6001 CMM6002...

Page 63: ...28KW 192K 256KW 384KW SlZKW 768K lOZbKU 66 60 CPS6610 CMM6010 CMM60ll CMM6012 CMA6011 CMA6012 CPS6620 CMM6010 CMM6011 CMM6012 CHM6013 CHH6014 CMA6011 CMA6012 CMA6013 CMA6014 2 66 80 CPS6810 CMM6011 CMM6012 CMA60ll CMA6012 CPS6820 CMM60ll CMM6012 CHM6013 CHM6014 CP86821 CMA6011 CMA6012 CMA6013 CHA6014 2 1 Add contents of each square horizontally for a given total memory size for a given model 2 See...

Page 64: ...ur configuration to your pertinent branch field engineer He will use his data on the KVA load applied by each component in your configuration Adding the individual KVA loads gives a total figure which determines which MGS type number to order Do not skimp on the MGS to use Talk over with your field engineer the need or desirability of using two units in the specific customer case The price of thes...

Page 65: ...rd _Screen 1 23 Remote Slave Screen 2 _ CSF6002 l 1 I Base SCC CSU6005 Serial Printer 30 cps standard 120 cps optional Channels to IOM are not switchable 3 Type number list Type Number CSU6005 CSF6002 CSF60Q23 Description Base System Control Center with power supply 2 12 CRT screens 1 30 cps serial printer 2 Level 66 IOM channels operator control indicator panel 64 key keyboard Remote 23 CRT remot...

Page 66: ...t matrix serial printer in place of TN30 printer and optional speed increase to 12 cps CSU6001 can be field modified to provide for an increased printing speed to lZﬂ cps N 2 Block diagram To IOM Channel Standard CSF6001 _ 23 Remote ___ ___ Base CRT SlaVe 1 Console 9 Q__ z CSU6004 30 cps standard 120 cps optional Channel to IOM is not switchable 3 Type number list for System Console CSU6064 Type N...

Page 67: ...f 5 CRT screens in any combination per system Where five CRT screens are used one must be used for VIDEO If more than one CSU6OZS is used VIDEO is displayed once on the master console subsystem In large systems which have multiple devices requiring operator file mounting dismounting it is desirable to have more than one console subsystem One would be the master console subsystem for the system ope...

Page 68: ...CMM6ZQI 128 to l92KW 512 to 768KB 1 CMM6002 192 to 256KW 768 to 1024KB 1 CMM6003 256 to 384KW lﬂ24 to 1536KB 1 CMA6ZZ3 l CPU6201 Extra 66 26 processor FS 1 CPA6001 Extra processor and IOM l MXA6901 addressing for base SCU 3 Customer wants tandem 66 20FS with 384KW 1536KB l CPS6210 l CMM6001 128 to l92KW First CPS 256KW 1024KB 1 CMM60 2 192 to 256KW l CPS621 2nd CPS l28KW 512KB 2 CPA6G01 2 processo...

Page 69: ...s ports Customer wants DPS 4 system with 768KW 3072KB memory and a tandem configuration He will use some of our Management Sciences applications software presently BCD mode 1 l l HFH l 1 Customer has a l processor with l92KW 768KB 256KW 1024KB l CPK6658 CPK6662 CPK6666 CMM6013 CMA6013 CPF6650 CPF6651 MXU6092 CMM6902 Use example 4 above and add DPS 2 to DPS 3 3rd processor and attachment for DPS 3 ...

Page 70: ...al SCU and memory upgrade to 512KW 2ﬂ48KB Also wants to upgrade performance of his INP l MXC60Q4 2nd SCU with all addressing features ports for base processors and IOM l CMM6922 384 to 512KW 1536 to 2Q48KB l DCE6651 INP performance upgrade 1 DCM6651 INP 64KB to 128KB required to use DCE6651 Customer has a l processor l IOM 66 26FS installed with 256KW 1024KB and 2 SCUs 1 optional Wants to make it ...

Page 71: ...Stem l 2 URP unit record processor choose one of three models URA unit record addressing for each unit record unit device select the specific URA for that unit device Card reader at least one card reading device must be in each Level 66 system Printer at least one high speed printer must be present in each Level 66 system 66 DH92 Rev 0 ...

Page 72: ...n freestanding IOM l IOM Card Reader CRU1050 1 2a 1050 cpm Card Punch PCU0121 1 2a 100 400 cpm Card Reader CR 400 cpm a Punch 0401 1 2 CP 100 400 cp Printers PRUllOO Drum 1 3a To 1100 1pm PRU1200 Belt To 1200 1pm PRU1600 Belt To 1600 1pm a Maximum number of unit record devices per URP is 7 except that limit is 4 on 66 05 07 Maximums may be chosen from combinations shown immediately below 2 CRUlﬂSQ...

Page 73: ...s except that every Level 66 system must contain at least one card reader and one printer Every unit record device in URP subsystem must be configured with a specific unit record adapter or addressing feature URA Options are identified by dotted lines or boxes In general options are priced features beyond the standard complement included in basic URP or device price 68 DH92 Rev 0 ...

Page 74: ...pter Handles 4 URAs in Any Combination 4 Devices URA URA URA URA Space Space Space Space URAOOSO URA0052 URA0053 PCUOlZl CRUlOSO PRUllOO 1720 93 69 URFOOAl Switchable Channel Non SimultaneouS Order 1 URFOO4O to Handle Over 4 Devices or if Printer Types are _MEXEQ_ 12 2LH2 EWLPEH_ Elt URF0040 Handles 3 More URAs in Any Combination V URAOOSO URA0054 URAOOSS PRUlZOO PRU1600 PRBOXXX PRBOXXX 1 1 LEBEQQ...

Page 75: ...Switchable URP Channel Path Includes PSI IOM Channel for switched channel path termination PCUUlZl lam 409 cpm Card Punch URAUGSU Unit Record Addressing for PCUZlZl 1 Required Per PCUUlZl CRUlﬂSU lﬂSﬂ cpm Card Reader URAUUSZ Unit Record Addressing for CRUlﬂSU 1 Required Per CRUIUSU CRFUGUB Sl Column Card Feature for CRUlUSZ No software support CCU04U1 Card Reader Punch Unit URAUUSU Unit Record Add...

Page 76: ... character Belt 200 0 char set OCR B numeric font E Example of URP configuring 1 Qty HHHHHHHH HH H Assume you want a URP subsystem with a card reader card punch one 1100 1pm printer and one 1600 1pm printer The 1600 1pm printer is to have both 64 character BCD and 96 character ASCII printing capability The URP is to be integrated within the mainframe ICU You would order as follows Type No Descript...

Page 77: ... any combination except for MTUﬂ4ll which must be used only with MTU0412 MTUG4ZD is used outside U S and Canada in place of MTUﬂ4lﬂ 0412 G4ll It has same characteristics as MTUZ4lZ 0412 Z4ll in table below except that MTUﬂ4ﬂﬂ provides automatic threading of tape reel push on reels and optional tape cartridge feature Must be a minimum of 1 3 tape units per Level 66 system Review Section I C for min...

Page 78: ... unit characteristics Automatic threading Inches second forward speed Cartridge load option Rewind speed inches second Power windows NRZI or PE recording PE for 1660 bpi 7 track operation Inter record gap 260 bpi character rate 556 bpi character rate 8 6 bpi character rate 9 track operation Inter Record Gap 29 bpi byte character rate 556 bpi byte character rate 410 _ﬂ1gb0412 MTUQSﬂﬂ MTU06lﬂ 0411 S...

Page 79: ...66KC 426KC C Configurator for Single Channel MTP l x 8 subsystem To IOM Channels A r MTF1040 Switchable 4 Basic MTP Channel with One Channel Path With IOM Channel Included One IOM Channel F 1 F _ l F 7 F _ _ﬁ Options _ _ _ _ _ MTP0601 2 d MTA See Table in MTA1042 ifnneeded Section E 2 below 1 4 1 4 Units Units Select Density Feature Lgequired Per Tape unit See Table in Section F 2 below 74 DH92 Re...

Page 80: ... 1 MTF1040 MTF1040 Switchable Basic MTP MTF1042 Switchable Channel Path Channel With With Channel Path With One IOM One IOM One IOM With One IOM Channel Channel Channel Channel r _ F l r MTFlOAS MTF1046 MTF1047 I MTFlOlS I Code Conversion L L L J Options 2nd MTA 3rd MTA 4th MTA MTA1042 if needed if needed if needed See Table in Section E 2 below 1 4 1 4 1 4 Units Units Units L _J V Select Density_...

Page 81: ...tched channel path MTF1042 Dual Simultaneous Channel Required to device processor channel support more than for MTP0601 Includes 8 units IOM Channel Optional otherwise MTA1042 Magnetic Tape Addressing l per 4 Adapter for MTPEGGl MTUs l 3 MTFlﬂ45 ASCII Code in Tape to from 6 bit X 2 BCD Code Translator 9 track tape 3 MTF1046 Unpacked EBCDIC Code in Tape to X 2 from 6 bit BCD Code Translator 9 track...

Page 82: ...al simultaneous channel MTP 3 May all be present in same MTP No software support for these except MTFlﬂlS 2 Table showing quantities of required magnetic tape unit addressing adapters MTA1042 Each MTAlZ42 interfaces to up to 4 tape units and to a device processor channel Two MTAs are required for the first 8 tape units in a dual simultaneous channel MTP MIA Table NO f MTPO601 Tape Unlts 0 MTP 1x8 ...

Page 83: ...sfer rate Description 75 ips lSKC to 160KC 15KB to lZﬂKB Not usable in 0 8 and Canada 75 ips lSKC to l6ﬂKC 15KB to 120KB More expensive than MTU0412 04ll but with identical characteristics Same characteristics as MTU0410 MTUZ412 is available only as a 2 unit cluster 2 cabinets Your lowest price per tape unit is provided by MTU0412 Same characteristics as MTUZ410 but available only when MTU0412 has...

Page 84: ...6 800 bpi MTF0112 9 track density 800 1600 bpi aMTF0117 9 track density 800 1600 bpi aMTF0118 8 track density 556 800 bpi MTF0013 7 track density 200 556 800 bpi MTF0016 7 track density 556 800 bpi MTF0012 9 track density 800 1600 bpi MTF0017 9 track density 200 556 800 1600 bpi MTF0018 Cartridge Load factory installed option MTF0019 Cartridge Load field installed Option MTFOOZO Optional High Alti...

Page 85: ... answer is to use 3 MTU0412 clusters 2 units each You would order as follows Txpe Number Description MTP0601 Magnetic tape processor with one IOM channel MTF1042 Second simultaneous channel for MTP Includes one IOM channel MTA1042 Magnetic tape addressing features or ports on MTP Each handles 4 tape units MTU0412 6 units 2 units per cluster MTF0ll7 9 track density feature 800 1600 bpi one per tape...

Page 86: ...451 spindles or one consistent with MSUQSQE spindles whichever spindle type is used If MSUESGE is mixed with other spindle types both device adapter types must be in each MSP used with the subsystem These features supply the proper personality for the MSP to interface to each spindle type MSAlGXX device addressing choose one for each four spindles of MSU0451 or MSUﬂ402 type and one for each four M...

Page 87: ...one MSPD663 required per ICU Standard channel can be used with Neither can be used MSUDSﬂﬂ 0402 0451 disk spindles Maximum on 66 05 system of 8 MSUDSDD l6 spindles or 16 MSU0402 MSP06ﬂ2 not usable 451 disk spindles and 8 MSUZSUU disk units on DPS systems 16 spindles in one subsystem If MSUQSZG spindles are not used a second simultaneous prime channel MSF1028 can be included If MSUGSDE spindles are...

Page 88: ...1924 Device adapter for MSUBSZO when MSUOSEO units configured MSFlZ26 Non simultaneous switched standard MSP channel Software switchable channel makes MSP channel switchable to two IOM physical channels Use MSF1026 where it is desired to switch between two IOM channels when MSUQSGQ spindles are in 83 One required for each 4 MSU0402 ﬂ451 spindles for each MSP in a subsystem Two required for each 4 ...

Page 89: ...SGG spindles spindles MSFlﬂ28 Dual simultaneous channel in same MSP Option only if no MSUDSZG spindles used Max of 16 MSUﬂ4G2 ﬂ451 spindles MSF1033 Spindle expansion for MSU0402 ﬂ451 Required when more than 16 MSU04ﬂ2 ﬂ451 spindles used MSF1035 Device adapter for MSUﬂ402 ﬂ451 when One required per such spindles exist in subsystem MSP MSF1936 Dual MSP crossbarring Required when 2 MSPs crossbarred t...

Page 90: ...SFﬂﬂ06 Dual access spindle feature for MSUM462 04Sl 85 One required for each MSUQSGQ disk unit 2 spindles when 2 MSPs are crossbarred to MSUGSGM units in subsystem MSUﬂ402 or MSU0451 required if removable storage wanted Required per MSUG4QZ 0451 disk spindle on all but 66 ﬂ5 systems One per MSU0462 ﬂ451 spindle in two MSP subsystems Allows crossbarring a channel from each of 2 MSPs for non simulta...

Page 91: ...Channel IOM Channel or FNP Standard MSP I 7 Channel and MSF1019 optional non included IOM simultaneous switched channel channel path and in Standard MSP Channel cluded IOM channel Base MSP 0602 ICU or MSPO603 F5 MSF1035 Device Adapter Required for use with MSU0402 0451 Required if more than 16 spindles One required for each 4 spindles MSF1033 Spindle Expansion _ MSA1027 Device Addressing 4 MSFOOO7...

Page 92: ...em MSU0402 MSFOOO7 MSF1035 MSA1027 MSF1019 MSF1033 MSU045 1 RPS Device Device Switch Spindle Adapter_ Addressing Chanel E an o 1 1 1 l 2 2 1 1 3 3 1 l MSP 4 4 l 1 0602 5 5 l 2 ICU or 6 6 1 2 7 7 l 2 MSP 8 8 1 2 0603 F8 9 9 1 3 1 1o 10 1 3 g 11 11 1 3 3 12 12 1 3 g 0 13 13 1 4 o 14 14 1 4 5 15 15 1 4 16 16 1 4 17 20 17 20 1 5 1 21 24 21 24 1 6 1 25 28 25 28 1 7 1 29 32 29 32 1 8 1 87 DH92 Rev 0 ...

Page 93: ... To IOM To IOM To IOM or FNP K MSF ﬁ r MSF 1028 4 MSF1019 non simultaneous 1019 switched channel path and included IOM channel Standar Optional SP MSP Cha nel Prime Cha n or MSP0603 FS Required for use with MSF1035 Device MSUO402 0451 Adapter MSA1027 MSA1027 Device Addressing feature 2 for each t _ _ ___ 4 4 spindles Base MSPO602 ICU SFOOO6 Dual Access spindle feature MSFOOO7 MSUO402 0451 spindles...

Page 94: ...19 MSU0451 RPS Dual Device Device Dual Switch Spindle Adapter Addressing Channel Channel Amms M5 1 1 1 1 2 1 0602 2 2 2 1 2 1 ICU 3 3 3 1 2 1 4 4 4 l 2 1 H or m 5 5 5 1 4 1 8 6 6 6 1 4 1 3 MS 7 7 7 1 4 1 1 0603 8 8 8 1 4 1 3 F3 9 9 9 1 6 1 H 10 10 10 1 6 1 11 11 11 1 6 1 m 12 12 12 1 6 1 g 13 13 13 1 8 1 14 14 14 l 8 1 15 15 15 l 8 1 16 16 16 1 8 1 Note Maximum of 8 spindles per system on 66 07 89...

Page 95: ... 27 27 27 27 27 27 3 MSF1036 F0006 2 MSP Cross 1 4 bar if no MSF A D 1028 used D 0402 2x32 0451 Lé SF0007 27 MSA1027 for 4 spindles Each symbol represents Note any one MSP IOM channel con _up to 4 spindles nects to 16 spindles Channels A or A and C or C connect to same For maximum 4x32 subsystem order 16 B or B1 and D or D1 to the other 16 Each ygg connects to all 32 2 MSPs max of 1 MSP0602 per IC...

Page 96: ...451 RPS Dual Adapter Addressing Dual Switch Access Channel Channel 1 1 1 2 2 2 2 2 2 2 3 3 3 2 2 4 4 4 2 2 5 5 5 2 4 g 6 6 6 2 4 H 7 7 7 2 4 3 8 8 8 2 4 g g 3313 g 9 9 9 2 6 3 83 H 25 10 10 10 2 6 5 a 2 TL 11 11 11 2 6 9 m 3 88 12 12 12 2 6 38 u 88 1 New 8 94 13 13 13 2 8 Q éﬁ M 5 14 14 14 2 8 N g 8 w 15 15 15 2 8 8 u D4 16 16 16 2 8 818 3 9 836 cu N 17 20 17 20 17 20 2 10 g 8 a 8 21 24 21 24 21 2...

Page 97: ... To IOM Channels Runs non simultaneous J MSF1026 Non ly with standard MSP I simultaneous switched channel Required for g 7 channel path and IOM NPS l 7 channel included Optional MSF1027 Standard MSP FNP Channel Channel Base MSP0602 ICU or MSP0603 FS ____Required for use MSF1024 Device Adapter with MSUOSOO MSA1029 Device Addressing One required per 2 units 4 spindles Maximum 8 units 16 SUOSOO spind...

Page 98: ...UESEG Spindles 1x8 units or 1x16 Spindles For 66 07 the maximum number of units is 4 8 spindles per system MSUOSOO MSF1024 MSA1029 MSF1026 NSF1027 Units Dev1ce Device Switched FNP ANmnua mmmmL__ 16 1 2 1 1 0602 2 4 1 1 m ICU s H or 3 6 1 2 4 8 1 2 MSP g 8 0603 3 6 FS 5 10 1 3 1 16 12 1 3 1 3 H 3 U 0 7 14 1 4 8 16 1 4 93 DH92 Rev 0 ...

Page 99: ... system To FNP Channel To 10M Channels To FNP Channel To 10M Channels 4 I A I u MSF1026 I LMSFloze l I l I J MSF1027 Standard MSF1027 Standard FNP Channel MSP Channel FNP Channel MSP Channel Base MSP0602 ICU Base MSP Maximum or MSPO603 FS 1 MSP0602 per ICU MSF1024 Device MSF1024 Device Adapter for MSUOSOQ Adapter MSA1029 Device MSA1029 Device Addressing Addressing L l in each MSP per 2 units 4 spi...

Page 100: ...siderations b Maximum number of units on 66 07 is 4 8 spindles per system 2 MSPs MSPO602 ICU or MSP0603 PS Maximum of One MSPO602 per ICU MSUOSOO MSFOOll MSF1024 MSA1029 MSF1026 MSF1027 MSFIO36 Units Dual Adapter Addressing Sw 10M FNP Crossbar Spindles Access Channel Channel 1 2 2 or 4 1 2 2 2 3 3 1 3 4 6 or 8 3 4 2 4 5 S g g 1 5 6 10 or 1 5 6 2 6 o 0 1 3 q o 3 1 7 8 14 or 1 7 8 2 8 8 3 8 g a g 1 ...

Page 101: ...us simultaneous wit switched channel path standard MSP channel with IOM channel included MSF1027 FNP Standard MSP Channel Channel Base MSP0602 ICU or MSP0603 FS MSF1024 Device Adapter Required for MSUOSOO MSF1035 Device Adapter Required for MSUO402 0451 MSA1027 Device MSA1029 Device ___ 1 required per Addressing Addressing 1 required per 2 4 MSU0402 0451 MSUOSOO units 4 spindles spindles MSFOOO7 2...

Page 102: ...27 MSA1029 MSF1026 MSF1027 SU0451 Units RPS Adapter Adapter ddressing Addressind SW IOM Chan FNP Chan 02 451 402 451 snn 4n21491 500 __5Q21551 o 1 4 1 2 2 or 4 1 4 1 1 1 1 3 4 6 or 8 1 1 1 2 5 6 10 or 12 1 1 1 3 7 8114 or 16 1 1 1 4 g 5 8 1 2 2 or 4 5 8 1 1 2 1 g 1 3 4 6 or 8 1 1 2 2 0 5 6 10 or 12 1 1 2 3 v m 7 8 14 or 16 1 1 2 4 g g 3 8 9 12 1 2 2 or 4 9 12 1 1 3 1 é 3 4 6 or 8 1 1 3 2 w 8 5 6 1...

Page 103: ...MSF1026 I l l I MSF1027 FNP Standard MSP MSF1027 FNP Standard MSP Channel Channel Channel Channel Base MSPO602 ICU Base MSP Maximum or MSP0603 FS 1 MSP0602 per ICU MSF1024 Device MSF1024 Device Adapter Adapter MSF1035 Device MSF1035 Device A Adapter Adapter MSA1027 MSA1029 MSA1027 MSA1029 Addressing Addressing Addressing Addressing MSF1036 2 MSP Crossbar MSFOOO6 MSFOOO6 SFOOll MSFOOll SF0007 J MSF...

Page 104: ...6 LSF1027 MSF1036 MSUOéSl x2 RPS D Access D Access Adapter Adapter Address Address g SW IOM CH FNP CH Crossbar Spindles 402 451 402 451 500 402 451 500 402 451 500 402 451 500 402 451 500 1 4 1 2 1 4 1 4 1 2 2 2 2 2 1 3 4 3 4 2 2 2 4 1 5 6 5 6 2 2 2 6 1 7 8 7 8 2 2 2 8 1 5 8 1 2 5 8 5 8 1 2 2 2 4 2 m U 1 3 4 3 4 2 2 4 4 g g 1 5 6 5 6 2 2 4 6 1 1 1 7 8 7 8 2 2 4 8 a 2 1 H 0 9 12 1 2 9 12 9 12 1 2 2...

Page 105: ...environment 2 Possible delta link configurations a Single MSP with no MSUMSBG spindles 1 32 Spindles Lower cost higher contention approach MSP MSPO602 O603 0605 Max 0f 8 spindles for MSPO605 MSFlOl9 Non simultaneous Switched Channel Path L66 FNP DN6616 By Option DN6624 DCF6043 DN6632 DN6670 DPS INP ANP By Option DCF6601 100 DH92 Rev ...

Page 106: ...8 MSF1019 Backup L66 FNP DN6632 By Option DCF6043 DN6670 DPS INP ANP By Option 2 X DCF6601 Note Since NPS cannot support more than one MSP channel at a time the failure of the one channel declared at NPS bootload time would require a new NPS bootload In the second bootload the alternate channel would be declared as effective Bootload time of NPS is about one minute or less lﬂl DH92 Rev 0 ...

Page 107: ...s in the subsystem solely or mixed with MSU04ﬂ2 0451 spindles 1 32 Spindles Lower COSt higher contention approach MSP MSP0602 0603 0605 Max of 8 spindles on MSP0605 MSF1027 Non simultaneous channel to FNP L66 FNP DN6624 6632 DN6670 DPS INP ANP By option DCF6601 EEDN6616 By option DCF6043 162 DH92 Rev 0 ...

Page 108: ...aded into MSP declared as the prime MSP If there is a failure in MSPl or in the switched path to FNP from MSPl the lock byte firmware must be loaded into MSPZ A new NPS bootload must be executed to define the backup path to MSP2 as the path to be used by NPS In normal operation this approach gives GCOS the benefits of dual channel simultaneity when NPS is not using the path to MSPl On the other ha...

Page 109: ...MSU0402 G451 spindles This configuration has identical approach to the one immediately prior except that the switched paths are furnished by MSF1027 instead of MSF1619 1 32 Spindles j 2 MSP Crossbar MSPl Prime MSF1036 MSPZ a L66 3 aMSFlOZ non simultaneous channel to FNP Backup FNP 104 DN6670 with 2 DCF6601 DN6632 with 1 DCF6043 DPS INP ANP with 2 DCF660 DH92 Rev 0 ...

Page 110: ... spindles and one for each four MSUZSQG spindles 2 units MSUQXXX mass store unit with announcement of MSUDSGﬂ an ambiguity was introduced in use of word unit Prior to MSUQSQZ a unit was equal to a spindle but an MSUGSMﬂ unit provides 2 spindles In this configuration section spindle will be used as the unambiguous term for the device which contains one disk reading writing pack or module RPS rotati...

Page 111: ...402 ﬂ451 device address capability MSA1029 MSUQSZQ device addressing capability MSF1027 Additional non simultaneous channel in MSP to allow NPS delta link to disk For CPS6958 version of 66 ﬂ5 must terminate in a supplemental FNP since the 66 ﬂ5 integrated FNP does not support a disk channel MSF1037 Device adapter for MSUGSZE MSF1038 Device adapter for MSU0451 0402 106 Required or Option MSP0605 mu...

Page 112: ...II Configuring Mass Storage Subsystems on 66 05 Only MSF6005 Upgrade kit to MSPQ602 See Section Needed when 66 05 XII for MSPG602 is upgraded Use MSPGGGZ adapters and addressing features as necessary lﬂ7 DH92 Rev ...

Page 113: ...1 spindle MSU0451 Removable pack disk unit 1 spindle Same essentially as MSU0402 except with doubled capacity MSUBSZQ Fixed module disk unit 2 spindles Includes rotational position sensing RPS feature lﬂ8 Required or Option Option l per spindle when used Two spindles of some type are required as normal minimum per subsystem May be freely inter mixed with MSU0451 and MSUDSGD disk spindles Ditto Dit...

Page 114: ... l X 8 subsystem 1 Block diagram To FNP Channel To IOM Channel included with MSP0605 A A MSF1027 Standard MSP0605 Optional FNP MSP Channel Channel MSF1038 Required if Dev1ce Adapter MSU0451 0402 used MSA1027 D f Addressizgce One per 4 MSU0402 0451 disk units f Msu 0402 0451 MSFOOO7 RPS optional j iv Maximum 8 units 8 spindles 109 DH92 Rev ﬂ ...

Page 115: ...r One Single Channel MSPZ605 With Use of MSUG402 0451 Spindles Only 1 X 8 subsystem MSPO6OS MSUOAOZ MSFlO38 MSA1027 MSFOOO7 MSF1027 MSU0451 DEVICE DEVICE RPS FNP ADAPTER ADDRESSING OPTION CHANNEL 1 l l 1 2 l l 2 3 1 1 3 4 1 1 _ E 5 1 2 5 a 6 1 2 6 g 7 1 2 7 4 8 1 2 8 110 DH92 Rev 0 ...

Page 116: ...Channel Channel MSP 6 5 M3F1037Ad m Required if usuosoo Dev ce apter used MSAi 29Add 1 r One per 2 usuosoo Dev ce ress mg units 4 spindles J Maximum 4 Units 8 spindles 2 Configuration Table for One Single Channel MSP0605 With Use of MSUDSDD Spindles Only 1 X 8 subsystem MSPO605 MSUOSOO MSF1037 MSA1029 MSF1027 2 DRIVES DEVICE DEVICE FNP EACH ADAPTER ADDRESSING CHANNEL 1 l 1 1 2 l l 3 l 2 OPTIONAL 4...

Page 117: ...l included with MSP0605 MSF1027 Standard Optional FNP MSP Channel Channel P MSF1038 MSPO605 __ _ Required if MSU0451 0402 Device Adapterl used I 47 I MS 1Q37 Required for Msuosoo Device Adapter I i Mggigg M32 2 Z ____ One per 2 Msuosoo Addressing Addressing units 4 spindles MSF0007 RPS Optional on MSUO402 0451 Spindles F l_E E z llﬂﬁilll MSU 0402 H 0402 0500 0500 0451 0451 2 Spindles 2 Spindles Y ...

Page 118: ...500 Spindles l X 8 subsystem MSPO605 MSUO402 MSUOSOO MSF1037 MSF1038 MSA1027 MSA1029 MSF0007 MSF1027 MSUO451 2 Spindlea ADAPTER ADAPTER ADDRESSING ADDRESSING RPs FNP Each 500 402 451 402 451 500 OPTION CHANNEL 1 1 1 1 1 1 IIER 1 1 2 2 1 1 1 1 MSU0402 OPTIONAL 1 2 3 1 l l 2 0451 2 4 1 1 1 1 1 SPINDLE 2 4 2 1 1 1 1 5 6 1 1 1 2 1 113 DH92 Rev 0 ...

Page 119: ...s 5 units 5 MSFGﬂll Dual access spindle feature per MSUGSGB unit 2 spindles 2 MSF1024 Device adapter per MSP for MSUGSGG 6 MSAlﬂ29 Device addressing for MSUDSGD 3 per MSP for 10 spindles 5 units crossbarred Each MSAlQ29 addresses 2 units 4 spindles per MSP thus 6 MSAlﬂ29 needed 2 MSF1327 Non simultaneous channel to FNP from each MSP Only one effective from a given FNP NPS bootload starting operati...

Page 120: ...ce Optional DCF6041 DIA DIA h Channel included nf xv _ J Control _____1 Tape Cassette Unit Console Included included DHP07OO f 1 4 CFC m 4 DHF6004 optional I ﬂ _ l L DHF6004 _ o Document Handler DHF DHF h DHF Document 6001 6001 6001 contml cons ﬂe Handler I 6003 6003 6003 L J J _ _ _ J Channels 1 per DHU l 2 6 1 6 DHU1600 0800 Maximum of 4 concurrently 115 DH92 Rev D ...

Page 121: ...e DHF60Z3 is required for each DHUﬂ8ﬂ3 0814 handler Maximum of 6 DHF6003 or DHF6001 or combined document handler channels can be configured Maximum of 4 channels in any combination 4 document handlers operational concurrently in one DHP Document handler channel One DHF6001 is required for each DHU1600 handler Maximum of 6 DHF6001 or DHF6603 or combined document handler channels can be configured M...

Page 122: ...sired to connect DHP07GQ to a second Level 66 IOM or second channel in first IOM as a backup provision At startup time one of the two is designated as logically connected and is used for communication between DHP0700 and Level 66 mainframe 117 DH92 Rev 0 ...

Page 123: ...al ____ DIA DHP0701 Console lIncluded DCF6041 _ _ _J I _ _____ 1 _ ____ F ll Z GPCB _ D_H 6004 JOptional l r _ __ _I DHA Addressing 3 P I I 1 DHU 1 DHU _ _ _ 4 I 1 optiona1 DHA6002 160 1 dogoo DHF6004 l c I for Second n u e Document Handler DHUO8O3 0814 Control Consoles I DHF6001 n DHF6001 I or or l DHF6003 DHF6003 1 2 Document Optional 1F Handler Channels _______ 7 GPCB I DCU6202 u u 1 16 LIUs 1 ...

Page 124: ...determining the maximum 4 FNPs allowed on a Level 66 system Use of one DHP e g means a maximum of 3 FNPs Device handler addressing One must be ordered when no DHUl660 is configured and two DHU0803 or DH00814 or combination are to be used Document handler channel One DHF6OZ3 is required for each DHU0803 or DHUE814 Maximum of two DHUs may be connected and running l DHU1600 plus DHU0803 or DHU0814 or...

Page 125: ...nfigured as if for a GPCB in a DN6632 FNP Usual line interface units LIU for GPCB must be configured for the communication lines Use the DN6632 FNP configurator portion of this outline to configure the GPCB Don t forget to configure an asynchronous speed adapter ASA DCF6001 or DCF6002 even though no asynchronous only LIUs will be used DCF60l0 DCF60ll See Section XVIII B Configuring DHUl600 and DHU...

Page 126: ...e 4 pocket expansion module for DHUl6l6 pocket expansion Maximum of four allowed Requires DHF16D4 Mobile Carrier Holds one storage document tray Short Document Read Enables the handling of Sl column size MICR documents applies to sorting in first four pockets Short documents are handled at the rate of 1760 documents per minute Presence of this option slows processing of normal size documents Batch...

Page 127: ...onsecutive code appears in the field Field Edit Document will be sorted to a regular pocket if an 8 digit preset code appears in the field No Field No Digit Outsort Document will be sorted to a specific pocket if the field being sorted is not present or to another pocket if no digit appears in the sorting position Stacker Overflow Enables documents which are intended for the last offline pocket ma...

Page 128: ... The items fully enclosed in balloons and boxes must be ordered the DHU16GX models shown DHPO700 O70l DHF600l 3f Document Handler Channel u fl x DHUl604 DHF1603 DHF1606 DHFl63O 123 DHF1607 DHF1609 DHF1610 __ Basic 4 pocket handler DH92 Others are optional for Rev 0 ...

Page 129: ...07 DHF1609 DHF1610 DHF1611 ___ Basic l6 pocket FBHF1603 DHF1604 DHF1606 DHF6001 DHF1630 DHFl6l7 DHF1609 DHF1610 DHF1611 bu 124 TBHF1612 DHF1613 DHF1614 DHF1615 DHF1616T DHF1617 DHF1618 DHF1619 DHF1620 DHF1621 handler 7BHF1612 DHF1613 DHF1614 DHF1615 DHF1616 DHF1617 DHF1618 DHF1619 DHF162O _2hFl621 handler DHF1605 DHF1612 DHF1613 DHF1614 DHF1615 DHF1616 DHFl6l7 DHF1618 DHF1619 DHF1620 DHF1621 1 6 M...

Page 130: ...BOZ 0H30804 0310806 OCT IMO DHU1604 4 DHU1608 8 1620 5 75 2 5 U to DHF1630 NA NA 93111612 12 5 75 Doc 9 75 4 25 01 009 2131 DHU1616 16 a 1000 dpm and 1200 dpm can be ordered by RPQ Must have 1000 dpm option to grow to 1200 dpm 3 DHUBBGB family a Comes in 2 models which differ only in number of pockets included not included but must be ordered Each model provides for MICR OCR and OMR capability l M...

Page 131: ... Selection is made as the program is loaded into the DHP07QX and initialized Applicable feature is called Autoload Data Format Control c Several types of font support are available OMR is obtainable for either lﬁ level or 12 level marking 12 level is IBM type lﬂ level is CIIHB type Read zones per DHUO8ﬂﬁ 1 2 Each DHU is divided into 3 read zones one for MICR font reading magneticallY one for mark ...

Page 132: ... each station depends on whether the pertinent read feature has been configured The figure below shows the read zones and stations together with the type numbers configurable to give document reading capability R1 R2 R3 R4 I MICR OMR och ZONE ZONE ZONE DHFO80l El3b DHF0805 CIIHB EF0803 DEF or _ or 0 10 DHFO802 CMCI DHF0806 IBM DH 3 5iC 2nd line OCR A OCR Alpha numerlc I 127 DH92 Rev G ...

Page 133: ...mbers and their functions Description 3 pocket document handler No font reading capability included but at least one font or mark reading feature must be configured l4 pocket document handler No font reading capability included but at least one font or mark reading feature must be configured No offline document sorting capability is included but is available optionally Required options at least on...

Page 134: ... Sort for MICR font For use with DHU0814 this option provides the ability to fine sort documents encoded in E13b font per the ABA American Bankers Association check format If sorting is to be of MICR font read magnetically you must also configure DHFOSOl If sorting is to be of E13b font read optically OCR A or OCR B you must also configure either DHF0803 or DHF0804 If you wish to sort MICR font on...

Page 135: ...th MICR capability to read up to two separate field locations within a single line of print Requires DHF08ﬂl Autoload Data Format Control Line l OCR Provides the ability for the DHP program to precondition the DHUDBZB or DHU0814 with OCR capability to read up to two separate field locations within a single line of print Maximum of 2 DHFG84ls allowed Autoload Data Format Control Line 2 OCR Same fun...

Page 136: ...E1313 OCR Numerlc OCR A A N OMR IO or 1 ___ ____ or DHFOSOZ l _ DHF0806 CMC7 I DHFOSSO OMR 12 OCR A 1 or 4 I I I I DHF0841 1 DHFOBSl I Autoload OCR OCR B Sym J I Max of 2 F 1 J u DHF0840 DHFO852 Autoload MICR I _____ OCR B Ch I DHF0810 j 3 2nd line OCR MUSC DHF0853 Order u 407 1 1 3 I I 1 DHF0842 I DHF0854 Autoload OCR 73 Max of 2 DHF0855 E13b DHF0856 12F J m 131 DH92 0 Rev 0 ...

Page 137: ...r channels for 2 DHUG6125 2 DHU1612 2 MICR sorter reader for CHECS 2 DHF163G El3b font recognition for 2 DHU1612 2 DHFl6ll Basic offline sort for DHU1612 for 1 2 fields 2 DHF1615 Zero kill feature for 2 DHU1612 l DHU08G3 Document handler for turnaround application 1 DHFﬂ8ﬂ3 OCR recognition for R3 1 DHFD852 OCR B plus characters font handling 1 DHF6604 Document handler control console DHPG7G1 Confi...

Page 138: ...hannel in DHP Document handler OCR recognition R3 OCR A size 1 font handling Offline fine sorting for DHUﬂ814 DCU6202 DCF6 G1 DCF601D DCF6013 GPCB for communlcations ASA for 3ﬂﬂwbps lines on DCFGGlﬂ Asynchronous only LIU for 2 390 bps T 3 0 lines Synchronous only LIU for 2 24ﬂﬂ bps VIP lines 133 D392 Rev 0 ...

Page 139: ...to switch to a device processor Does not include a channel in IOM Usable with URP and MTP devices only Could also be used to switch a PSI channel in IOM between 2 device processors URP MTP or MSP Manual switch unit to switch a device processor to one of two IOM PSI type physical channels Includes one IOM PSI channel Usable with URP MTP MSP only 134 Remarks Every manual switch subsystem must includ...

Page 140: ...SUZZQQ Manual Peripheral Switch Subsystem Standard To 15 More Optional Switch Units J A f r N r 1 r ﬂ r ﬁ aIOM a I a t IOM Channels in I a Channel u PSFOSlZ Price L _ J 1 J L _J PSUOZOO 1 JSF ____1____1 P_ _ _ _ Power Supply 0511 0512 l 0512 I 0511 0512 I J KL Vt 7 7 135 DH92 Rev 0 ...

Page 141: ...tandard To 15 More Optional Switch Units A N f A_ _ _ F a g a IOM Channels in a 1 I n n PSF0512 Price I L J L_ J L _ PSU0201 ___ _ _ ___ _ ________ r I 1 Console PSF PSF PSF I______ PSF I PSF Power Supply 0511 0512 0512 0511 0512 I J 7Y J J 7 a3 channel spaces board slots required in the IOM See Section IV E 136 DH92 Rev 0 ...

Page 142: ...ce processors Could use for example to switch a tape unit between two MTPs or a card reader between two URPS The reverse approach could also be used i e to select one of two devices to connect a device processor IOM PSI Channel Device Processor 1 IOM PSI Channel Device Processor PSU 1 l 0201 Device 137 2 PSFOSll aInterfaces included in each switch unit DH92 Rev 0 ...

Page 143: ...hannel is required and one each would have been included in the prices of the device processors P800201 would be the lower priced approach PSUQZﬂl price does not include an IOM channel which would be superfluous in this case Memory Memory May be on same IOM PSI Channel IOM PSI Channel IOM different IOM in same sys a a tem or in differ ent systems One IOM channel comes with the device processor one...

Page 144: ...d order one PSFDSll switch unit in addition to the PSUGZDD console which includes one PSFDSll Note that this example could be handled by configuring a PSUDZGl console and one PSF0512 switch unit at a slightly higher cost Memory Memory l m IOM PSI IOM PSI Device Device Channel Channel Processor Processor PSUOZOO PSF PSF Console 0511 0511 Device Processor Device aInterfaces included in switch unit 1...

Page 145: ...T i l Modem Modem J erm na Bypass Bypass v LIU AC8 K I l or 1 org T l M d M d More More ermina o em I ________ o em a I l ACU I Overall FNP L __ __ _ ___ a Provided only in DN6624 6632 b In plant connection Also obtainable by current loop interface terminals Level 10M Chan nel Level IOM Chan nel MSP B Summary of functions of generic components and their potential configuration effects 1 Based on b...

Page 146: ...r asynchronous physical transmission technique Affects modem type and choice of LIU and communications base in FNP e Code set used May affect LIU choice in FNP f Line discipline or link protocol used by terminal May affect LIU and communications base choices in FNP may determine whether synchronous or asynchronous transmission technique is to be used BSC Binary Synchronous Communications protocol ...

Page 147: ...aph refers to line in the sense of links provided directly or indirectly by public service carriers such as telephone comp ies Such companies are also known as common carriers In we will show inéplant type links or lines which do not 1nvolve public service carriers and do not require modems Some line considerations affecting configuring are j Whether 2 wire or 4 wire lines are used May affect mode...

Page 148: ...rammer to keep asking about status of his job as to whether output is ready Line interface unit LIU is contained within a communication base which in turn is in an FNP LIU is a generic term used in this material and not found in published Honeywell FNP or Level 66 material There is a specific Honeywell name for LIUs used in our GPCB general purpose communications base and a different name for LIUs...

Page 149: ... in the Level 66 IOM The link allows use as a front end processor to the information processor Level 66 Link to mass store processor is required in NPS environment The channel logic to receive the MSP channel is included in base price of DN6624 and DN6632 FNPs It is available as an option on DN6616 6670 and DPS INP ANP Not available on 66 ﬂ5 CPSGESB INP Modem Bypass Used for in plant connection No...

Page 150: ...ier Connection line must not by law cross a public boundary otherwise the line must be furnished by a regulated common carrier company directly or indirectly Advantage lower costs Disadvantage no access to telephone network no way to dial another destination 145 DH92 Rev 0 ...

Page 151: ...r ACB Lines terminated in ACB cannot run at more than 30 bps each One or more in plant connection features if lines are not furnished by common carrier companies In plant connection is by use of modem bypass or direct features Each must connect to an appropriate LIU Depending on the terminal and distance current loop interface LIUs can be used with no need for specific direct connect or modem bypa...

Page 152: ...2 Direct Interface Adapter DIA Link to Level 66 IOM I_ i i a ﬁ _ _ _ _ r _ _____ _ _ _ __ r 2nd PSA Channel for DN6632 1 PSA Channel for _DCF6043 l DN6616 DCF6043 Base GPCB Up to 32 Lines via up to 16 LIUs DN6624 6632 1 8 Lines via up to 4 LIUs DN6616 Second GPCB DN6632 Only r __ ______ ___ I Third GPCB DN6632 Only l__ _ _ _ __D 6 2_92_ _ __ ___________ J ACBl DN6624 6632 Only Up to 24 Lines Via u...

Page 153: ... 1_3 GPCBs___ CONNECTIONS DIA GPCB ma E TO 32 LINES K 2 SPACES K 1 SPACE _ _L__7 150 50 ooo BPS _ ____ DIA r 2 EPACEE 1 6 ACBs MSP PSA ACB Y L__ TO 52 LINES 3 SPACES I 1 SPACE LIUS 50 00 BPS PSA I LIU LINE INTERFACE UNIT LSEAQES INTERVAL CNA TIMER 1 SPACE TAPE CASSETTE TTY CONSOLE CASSETTE CONSOLE ADAPTER ADAPTER 1 SPACE 1 SPACE NOTE If you attempt to configure a DN6632 with all possible options i...

Page 154: ...624 DIA CMA DCF6030 1 Cassette Console 9 2 2nd DIA DCF6041 2 l GPCB l AGE 1 PSA DN6632 DIA CMA DCF6030 l Cassette 2nd DIA 2 Console 10 ll DCF6041 2 GPCB 1 5 ACBZ 1 each 1 ACB DCU6201 l PSA 3rd GPCB 1 each DCU6202 2nd PSA Channel 3 DCF6043 NOTE If you attempt a DN6632 with all possible Options in addition to standard complement of features connected along I O bus the total The limit of adapter conn...

Page 155: ...IUs 4 To 4 in DN6616 See also Section H if bypass Any Mix 4 T0 16 in DN6524 6632 or direct connect features will be used with these MUIti qL Two lines each LIU Function DCF605 la a Footnotes DCF6057a as Available status ImF6064 A Section K b HDLC protocol DCF6065 C BSC Protocol DCF6066 Synchronous Only One or two lines each LIU DCF6013 6014 6040 DCF6OSO 6053 6054 6058 6059 6019 DCF6052 Section K C...

Page 156: ...CBl AsynchronOus Speed Any Mix E Speed determined by ASA ASA Adapter E 5 be To 13 each ACBZ one only per ACB DCF 6026 3 lines each Se Section DCF6027 XVIII k ___ DCF6022 W DCF6028 4 lines each DCF6023 L 4 line DCF6029 DCF6024 Speeds supported See section XVIII G If modem bypass r DCF6025 by each or direct connect used See Section XVIII K Determine maximum lines q See Section XVIII F connectable on...

Page 157: ...s in Section C 2 above I L_ heLQW __ _ _ J I L__ __ _I__ _ ____ J __ H_ _L_ _______ __ _ _ _ _ _ I T 1 _ J___ __J l 1 F 7 I DN6616 I l DN6624 l I DN6632 I 3 Spaces I l 2 Spaces I I 11 Spaces I SECTION XVIII Configuring Original DN6616 6624 6632 FNPs Configurator Flowchart for Original DN6616 6624 6632 I___3 v_ailal_ __1e____I r I _ _ _ _ _ _ _ ___ 4 ﬁ PSA Channel I For DN6616 6632 1 DCF6043 DCF604...

Page 158: ... a direct function of the line speed i e how many characters that line can deliver in a lﬂﬂﬂ ms period Message Frame 52 character spaces 1 W7 2 3 3R37 4 5 6 xV l 7 8 51 52 V 3 3 spaces per line at 200 or 300 bps per line 2 spaces per line at 134 5 or 150 bps per line _ 1 space per line at 50 75 100 or 110 bps per line Each ACU automatic calling unit takes one space Determining Line Mix Capacity of...

Page 159: ...le using all 52 character spaces Time division multiplexer aspects affect configuring by limiting the number of lines configurable on an ACE as a function of mix of line speeds involved NPS or GRTS does the demultiplexing on input from ACB separating characters into their respective buffer areas in memory one for each line On output NPS or GRTS does the combining multiplexing composing data frames...

Page 160: ...d to a given line Depending On its speed each line is allotted l 2 or 3 character spaces time divisions for the l 2 or 3 characters which could arrive on that line within the frame time 2E2 1 2 3 50 51 52 k Data Message Portion of full Frame Di 52 time divisions One frame sent automatically every 100 ms whether or not any data has arrived from terminals or from FNP Full ACB message frame actually ...

Page 161: ...peeds The frame time is lﬂﬂ ms 1 cps asynchronous terminals TTY 33 35 106 ms character 1 character arriving per line in one frame time thus up to 52 such terminals simultaneously One time division allocated per line 15 cps asynchronous terminals TTY 37 T 300 IBM2741 DATEL 66 7 ms character 1 5 characters arriving per line in one frame time thus up to 26 such terminals simultaneously 2 time divisio...

Page 162: ...Connections I I Direct Modem IA A Connect or B Bypass C Modem 30 Current Option U g J Loo __J Cable Cablea WE Private or Public Common Carrier Lines Modem Bypass Modem Option Terminal Subsystem Terminal Terminal Subsystem Subsystem a2500 cable feet between successive modem bypass features Multiple bypasses can be used Mixtures of approaches A B C can be used in a multiline LIU one approach per lin...

Page 163: ...b c DCF6027 DCF6060 B DCF6029 I DCF6O62a DCF6063 L I DCF6064 I DCF6065 U DCF6066 l J Synchronous Asynchronous Direct Direct 1 Connect Connect DCF6021 DCF6020 erminal Subsystem Terminal Subsystem 1 Direct Connect Feature Per Line Involved Cable Length Determined By Subsystem Controller Synchronous Asynchronous G G DCF6012 P DCF6010 DCF6013 c DCF6017 P DCF6014a B DCF6018 DCF6015 DCF6051 C DCF6017 DC...

Page 164: ...upgraded on site to a base DN6632 capability 3 Installed DN6632 can be upgraded on site with extended memory capacity 4 Any installed FNP of DN6616 6624 5632 type can be upgraded on site to the maximum DN6632 capability 5 All upgrades are achieved via standard upgrade kits 6 All above FNPs retain original DN66XX identity after being upgraded A DN6616 raised to maximum DN6632 capability is still a ...

Page 165: ...Kw DCK 6603 DN6624 24 KW 1 Note Each box with DN66XX in it implies the full capability is present for the DN66XX model shown Each DN66XX retains its original designation even though upgraded to capability of a higher model DN6624 24HKW DCM 0001 DN6624 BZIUJ DCK 6602 DN6632 3210J DCK 6601 DN6632 32104 DCM 0002 DN66XX fﬂtKW DCM 0003 DN66XX 12810J DH92 Rev G ...

Page 166: ...riginal DN6632 currently Original DN6624 does not offer enough memory to support current NPS versions 2 Required components a CMA Computer Monitor Adapter One for each of if the two FNPs Type number is DCF6030 b LTD Line Transfer Device One required for each 15 LEFs c LEF Line Expansion Function Select at least one Choose type apropos to line switching function and type of line wanted 3 Check your...

Page 167: ... For 1 6 asynchronous lines with lines without supervisory out supervisory channels Lines channels Lines switched be switched between 2 sets of modems tween 2 communications bases and a communications base DCF6036 is for switching up to 24 2 wire current interface lines 1 4 modems ACB or GPCB ACB ACB 1 4 or DCF6034 or Modems DCF6035 MOdemS GPCB GPCB For 1 4 synchronous or asynchronous lines with w...

Page 168: ...mum of 4 8 lines No LIUs included Memory size insufficient for NPS Same as DCP6616 plus PSA channel for direct link to MSP one full GPCB equipped to handle 1 16 LIUs for a maximum of 16 32 lines one ACBl equipped to handle 1 6 LIUs for a maximum of 18 24 lines No LIUs included 24KW 48KB memory insufficient for NPS 32KW 64KB maximum memory of DN6624 is marginal for NPS 2 H or NTl Not usable for NPS...

Page 169: ...be ordered Upgrade on site from DCP6624 having 24KW 48KB memory to 32KW 64KB and with full capability content of standard DCP6632 Can also be applied to DCP6616 with DCK66Q3 as prerequisite For DCP6624 or DCP6616 both with DCM0001 as prerequisite If DCP6616 DCK6603 also a prerequisite Upgrade on site to full capability content of standard DCP6632 Special Options to Base FNP other than GPCB ACB Whe...

Page 170: ...except that it switches 1 4 asynchronous or synchronous lines with or without supervisory channels between two GPCBs or ACBs Cannot be used with current level terminals DCP6035 LEF same as DCF6032 above except that it switches 1 4 asychronous or synchronous lines with or without supervisory channels from GPCB or ACB between two sets of modems or asynchronous Direct Connect features DCF6020 or sync...

Page 171: ...FNP for greatest flexibility Terminates 2 lines EIARSZBZC interface Any code 5 8 bits HDX or FDX Synchronous to 9600 bits per second or asynchronous to 24 0 bits per second Either line can be used either way On As Available status Same as DCF6051 except ACU is included to support one of the two data lines ACU support requires NPS On As Available status Terminates 2 lines EIARSZ32C interface Any co...

Page 172: ...Honeywell logical HDLC link protocol Software support via NPS NT2 and DPl DPS and GRTS II lQ79 Any code Bit oriented protocol EIA RSZ32C interface HDX or FDX Terminates 2 lines at up to 9 600 bits per second Military standard 188C interface HDX or FDX Any code 5 8 bits On As Available status Terminates 1 line at up to 9 600 bits per second Honeywell logical HDLC link protocol Software support via ...

Page 173: ...bits per second Honeywell logical HDLC link protocol HDX or FDX HDLC software support via NPS NT2 or DPl DPS and GRTS II lQ79 V 35 interface CCITT standard analogous to EIA interface in 0 8 DCF6059 Terminates 1 line at up to 50 000 bits per second Wideband line military standard 188C interface Honeywell logical HDLC link protocol Software support via NPS NT2 and DPl DPS and GRTS II lQ79 DCF6060 Te...

Page 174: ...IUs do that ASA provides the mix of speeds at which lines connected to the asynchronous type LIUs can run ASA asynchronous speed adapter Same as DCF6001 except that it provides standard support for 6 specific asynchronous line speeds 50 110 200 300 600 1200 bits per second DCF6002 intended for European use since in U S A we do not have 50 or 200 bits per second speeds See DCF6001 description also ...

Page 175: ... only 1 5 DCU6201 ACBs can be configured Each is equipped to handle 1 13 LIUs for a maximum per ACBZ of 17 52 lines Each must be equipped with one ASA from list below ACB ASAs asynchronous speed adapters for DCP6624 6632 only Every Asynchronous Communications Base ACB must be equipped with one only ASA regardless of whether asynchronous lines are used on ACB Remember that ASAs do not terminate or ...

Page 176: ...n at different speed HDX or FDX Any code 5 8 bits 20 milliampere current level interface No modem used For in plant cable connection Terminates 4 asynchronous lines at speeds limited by ACE ASA configured Military Standard 188C interface Each line can run at different speed HDX or FDX Options for in plant Line Connections that is without use of public carrier company lines See Terminals For All Le...

Page 177: ...6l6 6624 6632 That You Propose 1 Due to great modularity of these FNPs you have various ways to configure for the same set of line requirements Some configuration approaches will price out less than others Pricing at lowest cost may be one of the optimization objectives you may have FNPs can be configured to optimize toward lowest price or toward maximum terminals connectivity or toward line type ...

Page 178: ...Example Assume prospect plans 30 TTY lines at 11 bps each and 15 T 3ﬂﬂ lines at 3 bps each You are considering a DN6624 in response Remember that ACBl provides max of 24 lines or 52 time divisions character spaces whichever limit is reached first Solution A if you configure the 15 T 300 lines first 15 x 3 time divisions 45 leaving 7 unused 24 lines max minus 15 9 lines left for 9 TTYs x 1 time div...

Page 179: ...rice of the ACBZ itself ACBZ is for DN6632 only M Configuring Example Prospect wants original DN6624 for 10 asynchronous lines 5 at 30 bps 5 at 120 bps using ASCII code Also wants 10 synchronous lines at 240 bps each 5 using ASCII 5 using EBCDIC and BSC link protocol Will use GRTS 1 DCP6624 l DCF6625 2 DCF6027 l DCFGZZI 3 DCF601Z 3 DCF6Z13 5 DCF6015 Wants to minimize his costs Base DN6624 24KW 48K...

Page 180: ...of possible 24 lines and 5 x 3 15 of 52 possible character spaces time divisions 175 DH92 Rev E ...

Page 181: ...undue effect on customer s software Contact Steve Wales 8 341 7808 if clarification is needed Apply to all orders and contracts for DN6616 6624 6632 after 8 15 78 a Have same price and performance b New FNPs have smaller floor space c New FNPs have different cabinetry Level 6 minirack d New DN6632 has maximum and standard capacity of 88 lines versus theoretically 352 on old DN6632 e New DN66l6 662...

Page 182: ...l 6 type mother board Line connectivity is determined by the size of LIU boards quarter or half required for line speed transmission type protocol and the quantity of GPCBs included in FNP price 1 7 ll Depending on their type LIUs can support one or two lines each One or more in plant connection features if lines are not furnished by common carrier companies In plant connection is by use of specif...

Page 183: ...l for Channel from MSP DN6624 6632 Direct Interface Adapter DIA Link to Level 66 IOM 2nd PSA Channel for DN6632 PSA Channel for MSP Link DCF6043 2nd MSP Link DN6616 DCF6043 l ______________ J L _______________ l GPCBs All Included r _ DN6616 1 GPCB To 4 LIUS To 8 Lines DN6624 7 GPCBs To 28 LIUs To 56 Lines DN6632 11 GPCBs to 44 LIUs To 88 Lines r LIUs As Required __________ I 1 Must Be Configured ...

Page 184: ...tionI I XLL K I I _Max 1 I I I I DCP6616 48KB DCP6624 48KB DCP6632 64KB Base FNP 2nd Direct I Interface I L _Aﬂa tsr_ 21 9_u L DCF6041 For DN6624 6632 For 2nd Non simultaneous Link to IOM th 1 r_ ___ 1 Capability I Upgrade I F I I I I I To Raise New DN6616 6624 to new DN6624 6632 Capability A Levels See Section XVIII H 179 FNP Console Standard rr J 1 Memory I Expansion I L ______ J L DN6624 DCMOOO...

Page 185: ... per GPCB Synchronous LIUs Asynchronous LIUs See Section E 7 See Section E DCF6067 DCF60539 DCF6010 2 lines 1 line 1 line DCF60ll 2 Lines g DCF6013 DCF6054e DCF6039 2 lines 2 lines 1 line 0 DCF6014 DCF6055d I 2 lines 1 line I ACU DCF6058f Footnotes a Dﬁﬁ6iiie Dé 6 gi c e I a BSC Protocol DCF6016C I b ACU Counts as LIU 1 line 2 lings c 1 0 Broadband Speed DCF6019e I DCF6O 2 l d BSC Broadband Speed ...

Page 186: ...rect A Modem I Connect or J C A B Bypass C Modem Current U I Option Loo L__J ﬂ Cable Cable a _ MFE E LQE___ Public Common Carrier Lines Modem Bypass Modem Option Terminal Terminal Terminal Subsystem Subsystem Subsystem a 2500 cable feet between successive modem bypass features Multiple bypasses can be used Mixtures of approaches A B C can be used in a multiline LIU one approach per line See next p...

Page 187: ...2 G DCF6010 P DCF6013 P DCF6039 P DCF6013 P DCF6039 DCF6014a DCF6014a C DCF6015 C C DCF6015 C B DCF6019 B B DCF6017 B DCF6050 DCF6019 DCF6053a DCF6050 DCF6060b DCF6053a a b L DCF6062 L L DCF6060 L DCF6062a I I I I U U U U l Synchronous Asynchronous Modem Modem Direct Direct Bypass Bypass Connect Connect d c DCF6021d DCF6020 DCF6927 DCFd927 Terminal Terminal Terminal Terminal Subsystem Subsystem Su...

Page 188: ...d that each LIU requires two quarter boards ACU logic occupies a quarter board separate from the LIU quarter board ACU supports one line for automatic callout ACU support requires NPS in FNP The ACU board must be on same GPCB mother board as the LIU board Note that on Table 2 the DCF6E60 LIU requires two quarter boards One quarter board is for the v 35 wideband line second quarter board is for one...

Page 189: ...so MIL 188C HDLC to 9600 bps 1 2 2 FDX a 2 2 FDX 4 4 F0X a_4 4 F0x 8 8 r0x a 8 8 F0x16i 1 4 DCF6053 HDLC EIA to 9600 bps with 2 2 FDX 2 2 FDX 4 4 F0x 4 4 F0X 8 8 FDX 8 8 FDX 2 1 4 Auto Call 1 DCF6062 Bisynch to 9600 with Auto Call 1 2 5 2 5 5 1 5 1 10 1 10 1 2 1 4 DCF6039 Dual Asynch MIL STD 2 1 1 2 0 2 3 4 1 4 5 8 2 1 4 TOTAL LOAD FACTOR pea cpcs 99 on LESS Notes Factors are for half duplex or FD...

Page 190: ...ginning of line One Channel is for the v 35 wideband line and the second channel is for an EIA synchronous line at up to 9600 bps Load factors shown are for the v 35 wideband line Use the factors for DCF6013 for the EIA synchronous line 185 DH92 Rev 0 THROUQﬂPUT LOAD FACTORS PER LINE T0 19 2K BPS T0 40K BPS TO 56K BPS LIU LIU BOARD LIU DESCRIPTION no ccr CCTb no ccr ccrb no CCT CCTb ssz n DCF6016 ...

Page 191: ...8KB memory size is insufficient for NPS 32KW 64KB maximum memory is marginal for NPS 2 H and NTl insufficient for NT2 NT3 DPl DPS Same as DCP6616 but with 32KW 64KB memory plus PSA channel for interfacing to disk channel from MSP ll GPCBs each equipped to handle 1 4 LIUs for a maximum FNP total of 88 lines No LIUs included 32KW 64KB base memory size is marginal for NPS 2 H and NTl 64KW 128KB memor...

Page 192: ...6632 DIA direct interface adapter for DCP6624 or DCP6632 Provides link to a second Level 66 IOM or second IOM physical channel Price includes IOM channel Remember that each FNP includes one DIA on standard basis Use of DCF6ﬂ4l provides a backup connection to Level 66 effective only after a warm start following malfunction of standard DIA PSA peripheral subsystem interface adapter for DCP6616 Provi...

Page 193: ... up to 9 600 bits per second Honeywell logical HDLC link protocol Software support via NPS NT2 and DPl DPS and GRTS II lQ79 Any code Bit oriented protocol Military standard 188C interface DCF6053 Same as DCF6019 for Honeywell logical HDLC link protocol but includes ACU support ACU support requires NPS HDLC software support by NPS NT2 and DPI DPS and GRTS II lQ79 ACU occupies space equal to a quart...

Page 194: ... Terminates 2 lines at up to 9 600 bits per second Each line can run at different speed Any code 5 8 bits EIA RSZ32C interface HDX or FDX DCF60ll Terminates 2 lines at up to 9 600 bits per second Each line can run at different speed Any code 5 8 bits HDX or FDX 20 milliampere current loop interface No modem used DCF6039 Same as DCF6010 except Military Standard 188C interface 6 Options for In plant...

Page 195: ... terminals cable connect directly to a current loop oriented LIU DCF6011 Up to 1000 cable feet Configuration example for new DN FNP Prospect wants DN6624 for 10 asynchronous lines 5 at 300 bps 5 at 1 200 bps using ASCII code Also wants 5 synchronous lines at 2 400 bps for VIP terminals 3 synchronous lines at 2 400 bps for BSC terminals 3 synchronous lines for HDLC FDX TWS links to Level 6 systems ...

Page 196: ...ther daughter board allotments assumed are shown below CCT use also assumed where it is applicable 2 Board space and throughput load factor calculations based on distribution of quarter boards assumed as shown below Maximum load factor per GPCB C18 is 99 191 DH92 Rev 0 ...

Page 197: ...s x2 0 16 0 2 l 2 lines up to 1200 bps x2 0 4 0 2 1 line up to 2400 bps x2 5 2 5 3 1 line up to 2400 bps x2 5 2 5 4 No load factor for ACU 9 0 3 2 1 line up to 2400 bps x2 5 2 5 5 2 lines up to 2400 bps x4 4 FDX 8 8 6 2 lines up to 2400 bps x2 0 4 0 15 3 4 7 1 line up to 4800 bps x4 4 FDX 4 4 8 No load factor for ACU 6 2 lines up to 2400 bps x2 0 4 0 9 1 line up to 2400bps x2 0 2 0 Last DCF6013 ca...

Page 198: ...les available One is for the GRTS environment One is for the heavier duty environment of NPS b DPS INP ANP console is the heavier duty device c During 1978 1979 time period it is the plan for new shipments to use the teleprinter from our dot matrix series of terminals as FNP consoles This is a heavy duty printer One or more line interface units LIUs a Every line sometimes called a subchannel or ch...

Page 199: ...mponent of GPCB s Additional GPCBs can be configured on DN667Q if needed DPS INP ANP models do not include any GPCBs in base price but one or more GPCBs must be configured in order to provide for the LIUs needed to connect the lines to INP ANP One or more in plant connection features if lines are not furnished by common carrier companies In plant connection is by use of modem bypass or direct conn...

Page 200: ... System Support Controller DCF6603 LDiskette Interval Timer Level 66 IOM Direct Interface Dir Adapter DIA C l GPCB Channel Interface Base 1 8 Lines Via 1 4 LIUs I DCK 6604 UPGRADE KIT I I TO DCP 66l6 DCP 6616 1 I One to F ur Line Int rface Un4ts LI 8 To Be Con igured Communication Lines by Common Carrier or In plant Connection Maximum of 4 8 Lines a DCF6608 console system must be ordered Not inclu...

Page 201: ... Interface l L __ Adapter DIA DCF6602 Ch Ch Ch _ __ _ ___________ r I I PSA Channel for Link to MSP for NPS Max of 2 DCF6601 MSP 6 GPCBs Channel Interface Bases for 1 8 lines Each Via 1 4 LIUs Each I ____ L __ _ __ __ _ _1 1 6 Optional v GPCBs P 3 DCF6607 C T fZ jf _ jj _l a DCF6608 or DCF6606 must be ordered No console included in FNP price Line Interface Units 1 4 per GPCB for 1 8 Lines Maximum ...

Page 202: ...e L Diskette 2nd Direct Interface Adapter DIA DCF6602 __ _ _ a _ _ _ n __ _ _ IPerformance Peripheral Interface Enhancement DCF6601 for Level 66 IOM s Ch Ch Ch DJ Requires Maximum 2 See DCM6651 Section XII K _ _ I I l DCE6651 NPS Link to MSP I l GPCBs CIBs 1 12 Permitted Minimum of 1 required Each handles 1 4 LIUs w Line Interface Units 1 4 per GPCB for 1 8 lines per GPCB At least one LIU required...

Page 203: ...S See Section D below 1 LIU 1n INP l Synchronous LIUs Asynchronous LIUs See Section D See Section D DCF66ll DCF66l6b Dcoseiof 2 Lines 1 Line 2 Lines DCF6614 DCF66l7d DCF6612 1 Line 1 Line 2 Lines DCF66183 DCF6622d DCF6615 2 Lines 1 Line 2 Lines DCF66l9b DCF6623d e 1 Line 1 Line DCF6621 DCF6629b 1 Line 1 Line e FOOtnOteS F6626e D F6620d D31 Line 31 Line a BSC Protocol J J b Broadband 7 c BSC Broadb...

Page 204: ... I Adapter I I or I L _KQIA _ _ _J DCF6601 I I I Link to I I I _ _ DCMOOO3 MSP Channel I I DCF6602 I 64KW 128KB Required for I _ Cable égd I Max of 3 NPS max I 12nd IOM I L of 2 See I Channel I _ DCMOO3 Section XII K I ﬁax of i I Applies only I I to DN6670 I I r _____ _1 rnis xﬁpmp 1 I I I L P S lNﬁ AINP Performance L L I M I I Enhancement emory I _____ Expansion I _ _ _ _ _J _ _ DCE6651 L _ DCM66...

Page 205: ...upport requires ms k 1 __ 1 1 1 4 LIUS Per GPCB I Each ACU GPCB Any DCF6607 DCF6613 Mix I 1 4 LIUs l Counts L Any Type _J as 1 L10 l T l Synchronous LIUs Asynchronous LIUs See Section D See Section D DCF66ll DCF6616b DCF6610f 2 Lines 1 Line 2 Lines DCF6614 DCF66l7d DCF6612 1 Line 1 Line 2 Lines DCF6618a DCF6622b d DCF6615 2 Lines 1 Line 2 Lines DCF6619b DCF6623d e 1 Line 1 Line DCF6621C DCF6629b 1...

Page 206: ...l Unit DCF6613 Support requires NPS automates I I I Each ACU DCF6613 Counts as 1 L10 Synchronous LIUs See Section D Asynchronous LIUs See Section D DCF6611 DCF6616b 2 Lines 1 Line DCF6614 DCF66l7d 1 Line 1 Line DCF6618a DCF6622b d 2 Lines 1 Line DCF6619b DCF6623d e 1 Line 1 Line DCF6621 DCF6629b 1 Line 1 Line e DCF6627 DCF6620d 1 Line 1 Line L ________ _ In plant Connection Options to Current Loop...

Page 207: ...re on your order b Terminals using 20 ma current loop interfaces cable connect to current loop oriented LIUs ApprOpriate LIUs Synchronous Asynchronous Synchronous Asynchronous DCF6611 DCF6612 DCF6611 DCF6612 DCF6614 DCF6615 DCF6614 DCF6615 DCF6617 DCF6617 DCF6618 DCF6618 DCF6620 DCF6620 Synchronous Asynchronous Modem Modem Direct Direct Bypass Bypass Connect Connect DCF6927a DCF6927b DCF6625a DCF6...

Page 208: ...6 GPCBs equipped to handle 1 4 LIUs each of any type except HDLC Can be equipped with up to 6 more GPCBs DCF6605 or DCF6609 or DCF6607 or combination No LIUs included ACU feature DCF6613 counts as one LIU 32KW 64KB is marginal for NPS 2 H or NTl NPS NT2 NT3 DPl DPS require 64KW 128KB minimum memory size Maximum useful memory size for NPS NT2 NT3 DPl DPS is 128KW 256KB No type number Included with ...

Page 209: ...6 DPS base price Maximum of 3 DCU6651 for maximum of 4 network processors per DPS system Description otherwise is identical to 66 DPS INP above Performance Enhancement for 66 DPS INP ANP Performance enhancement for any 66 DPS INP or ANP Increases INP ANP processor performance by 75 Requires DCM 6651 Memory Increment below Can be added to one network processor or all Memory Expansion 64KW 128KB inc...

Page 210: ...synchronous Line Interface Units LIUs DCF6610 Terminates 2 asychronous lines at up to 9 600 bps each Current loop interface 20 milliamps for in plant connections HDX or FDX Any code 5 8 bits No modem used Level 66 FNP software not quality assured for asynchronous speeds above 2 400 bps See Terminals For All Levels Bulletins 10 1 6 78 and 14 3 17 78 for current loop cabling information DCF6612 Term...

Page 211: ...es at up to 9 600 bps each running under BSC protocol ASCII or EBCDIC code transparent or non transparent mode Each line can run at different speed EIA R8232C interface HDX or FDX Terminates one line in broadband wideband synchronous range up to 56 000 bps Telpak interface Any code 5 8 bits HDX or FDX Type 301 or 303 modems or equivalent Terminates one line at up to 9 600 second For Honeywell HDLC...

Page 212: ...ility itself but it counts as one LIU in the LIU complement allowed on any GPCB Thus when used this feature cuts the line connectivity maximum of a GPCB by two lines The call out capability of DCF6613 applies to lines terminated by some LIU external to DCF6613 Requires NPS Delta link Mass Storage MSP required to use NPS Peripheral interface adapter for receiving delta link channel cable from MSP M...

Page 213: ...Minimum of two per line one at FNP end other at terminal end Maximum cable length between 2 successive bypass units is 2500 feet Intermediate bypass units can be used as line signal repeaters or strengtheners Check your Level 6 technical support people for maximum cable lengths and maximum number of bypass units in a line at satisfactory line noise levels Speed to 9 600 bps Cannot be used with cur...

Page 214: ...IU GPCB or Channel Interface Board in official terminology throughput calculations load factors and LIU board packaging tables 1 Configurability of LIUs is affected by two facts a The fact that each GPCB is a mother board IC board in Level 6 type circuit packaging Each mother board supplies common power and common logic to 1 4 daughter boards packaged on top of the mother board Daughter boards rep...

Page 215: ... 2 1 2 Kr LIU LIU LIU 1 4 1 4 1 4 The fact that each GPCB mother board has a throughput limit more accurately called load limit for the bit stream s from lines serviced by its cluster of LIU daughter boards Throughput of a GPCB is expressed as the sum of load factors related to its LIU daughter boards Maximum permissible throughput load factor for any GPCB mother board is 99 Any combination of LIU...

Page 216: ...guring whether CCT will be used assume it will to give your worst case protection It is used in supporting certain link protocols such as BBC and for other uses Note that especially where broadband wideband speeds are used second part of table below the actual number of GPCBs required can be affected by both the half board LIUs involved and or the high value of their throughput factors Remember th...

Page 217: ... 4 4 Fox a 4 4 FDX 8 8 FDX a 8 8 FDX 1 4 DCF6617 MIL 188C HDLC to 9600 bps 1 2 2 FDx a 2 2 FDX 4 4 Fox a 4 4 FDX 3 3 pr a 8 8 FDX 1 4 DCF6613 ACU for 2 lines Not an LIU itself 1 4 DCF6615 Dual Asynch MIL STD 2 1 1 2 0 2 3 4 1 4 5 3_2 1 4 TOTAL LOAD FACTOR PER GPCB 99 OR LESS Notes Factors are for half duplex or FDX transmission THA Two Hay Alternate pg line unless otherwise stated a FDX indicated ...

Page 218: ...F6623 HDLC v 35 1 13 5 r0xf 13 6 1 DX a 223 com I 28 6 F010a 410 0 F0xfi1 40 0 F0xf 1 1 2 DCF6627 v 35 1 11 9 18 7 25 39 3 35 0 55 0 1 4 DCF6613 ACU for 2 Lines Not an LIU 1 4 TOTAL LOAD FACTOR PER GPCB 99 OR LEss NOTES Factors are for half duplex or FDX transmission THA Two Hay Alternate Egg_line unless otherwise stated a FDX indicated in Table means THS Two Hay Simultaneous use of the Fox line I...

Page 219: ...evice required DCF6612 Asynchronous LIU for TWU1005 terminals DCF6927 Modem bypass units for two TWU1005 lines Cable length assumed not greater than 2500 feet DCF6611 Synchronous LIU for VIP7760 terminals DCF6618 BSC LIU for remote batch terminals DN6670 Configuration Sample Prospect for 66 20 will use GRTS and wants 20 lines as follows 5 lines for VIP7200 terminals asynchronous to 2 000 bits per ...

Page 220: ...s Type N 1 16 22 O DCF6601 DCF6007 DCF6611 DCF6612 DCF6618 DCF6620 lines for VIP7200 terminals asynchronous to 2 600 bits per second ASCII code lines for TWUlZGB terminals asynchronous to 369 bits per second ASCII code lines for Level 6 RBF remote batch facility terminals synchronous to 4 800 bits per second ASCII code HDLC protocol lines for BSC CRT terminals synchronous to 2 bits per second EBCD...

Page 221: ...assume distribution is as follows and that CCT table will be used Remember that maximum throughput factor load factor GPCB l 2 3 LIUs 4 DCF66ll 4 DCF6611 3 DCF6611 l DCF6612 4 DCF6612 3 DCF6612 l DCF6618 4 DCF6618 3 DCF6620 Load Factor 8x2 0 8x2 6x2 0 12 ﬂ 2X2 4 ﬂ 8X2 G 5x2 ﬂ l 0 2x2 5 5 8x2 5 3x4 4 FDX 216 is 99 per GPCB CIB Total GPCB Factor 16 0 ok 16 0 ok 16 ok l6 ok 15 ﬂ ok 20 ok 13 2 ok DH92...

Page 222: ...her cases the BCD option is required In general BCD oriented software is that associated with GMAP COBOL 68 I D S I JOVIAL FORTRAN Y original FORTRAN ALGOL 1 Examples of BCD oriented software which is bundled and does not require BCD option GCOS SR 4 J S time sharing BASIC compiler GMAP assembler Sort Merge TPE I BCD version With regard to time sharing a general rule is that if software executes i...

Page 223: ... will be OTHER SYSTEM SOFTWARE SEU61Q1 SEJ6001 Coming SES6192 SFP6001 SEP6001 SEU6091 AESﬂﬂlQ SEL6G18 SEL6019 AESZQIB SEU6003 File Generations ADFZ TPE II TPS COBOL 68 TPAPs TPE II TPE II TPS COBOL 74 TPAPs TPE II TPE I TPS COBOL 68 TPAPs TDS TDS T S Load Generator HONEYEDIT T S Library TEX TEX Library Concordance T S Text Editor Peripheral 218 ASCII DPS Priced DPS BCD Non DPS BCD Mode Option Need...

Page 224: ... SpP6004 DM IV Basic Data Manager I D S II DM IV TP DM IV QRP DM IV PLP DM IV Full Pkg DM IV Coexistence TDS I D S I I D S II COBOL 74 Subschema Translator I D S II FORTRAN Subschema Translator Use with FORTRAN I D S II DML MDQS II MDQS IV I D S I I D S DQS Both Both BC D BC D BC D BC D SCII ASCII Both Both ASCII SCII ASCII ASCII SCII ASCII SCII SCII SCII SCII BCD ASCII ASCII BCD BCD BCD BCD 219 B...

Page 225: ... S I BCD Both Yes Yes AMFGG61 IMS I D S II ASCII Both Yes No AMFEG62 IMS I D S II ASCII Both Yes No AMFQG63 IMS I D S II ASCII Both Yes No AMF 065 PSC I D S II ASCII Both Yes No AFSGG35 APT 66 BCD Both Yes Yes AFSQB36 APT 66 BCD Both Yes Yes Distribution AEDEQQl SOPS BCD Both Yes Yes AFDGQﬂl PROFIT 66 ASCII Both Yes No Financial AEB6QQ4 CHECS Complete BCD Both Yes _ Yes AEBSQQI DES BCD Both Yes Ye...

Page 226: ...Vendor NISA BCD Both Yes Yes AES6GE9 ADA BCD Both Yes Yes Vendor SPSS BCD Both Yes Yes AESQBIS MPS BCD Both Yes Yes AES601Q SPM BCD Both Yes Yes AESGle SPM BCD Both Yes Yes AES6012 SPM BCD Both yes yes Financial Management AEFZ004 Payroll ASCII Both Yes No AEF6904 Payroll Tax Rtn ASCII Both Yes no AEFﬂﬂﬂl Accounts Rec ASCII Both Yes No AEFGGGZ Accounts Pay ASCII Both Yes No AEF0003 General Ledger ...

Page 227: ...Host File Trans ASCII Both Yes No ceiver for Level 6 FTF Host Resident ASCII Both Yes No Level 6 Remote Program Dev System RPDS Includes Assembler Macro Preprocessor and linkers Host Resident ASCII Both Yes No Level 6 FORTRAN Cross compiler Requires SEL6Q15 Host Resident ASCII Both Yes No Level 6 COBOL 74 Cross Compiler Requires SEL6615 1 Not pertinent Software runs in FNP 2 Permitted in DPS or br...

Page 228: ...RORS IN PUBLICATION I D U I I I I I I I I I I I I I I I I I I I r I SUGGESTIONS FOR IMPROVEMENT TO PUBLICATION I _ _ o D as required If you require a written reply check here and furnish complete mailing address below FROM NAME TITLE COMPANY ADDRESS ___ __ __ _ _ _ ___ __ Your comments will be promptly investigated by appropriate technical personnel and action will be taken D DATE ...

Page 229: ...AM MA 02154 ATTENTION PUBLICATIONS MS 486 Business Reply Mail Postage Stamp Not Necessary if Mailed in the United States Postage Will Be Paid By HONEYWELL INFORMATION SYSTEMS 200 SMITH STREET WALTHAM MA 02154 Honeywell K __ ____ o _ L__ ____ __ CUT ALONG Ll ___ __ ___ _____ FOLD ALONG LINE I FOLD ALON G LINE l ...

Page 230: ...rmation Systems In the USA 200 Smith Street MS 486 Waltham Massachusetts 02154 In Canada 2025 Sheppard Avenue East Willowdale Ontario M2J 1W5 In Mexico Avenida Nuevo Leon 250 Mexico 11 D F 23040 1379 Printed in USA DH92 Rev 0 ...

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