$Id: 10periphs,v 1.39 2020/06/14 01:51:37 phil Exp $ Phil Budne Entries one-per line to facilitate sorting Wanted: date of introduction! prices other old device numbers more specifics cpu names for "Dolphin" PDP-10 devices; AD10 analog/digital interface AN10 ARPAnet IMP interface BA10 hard copy control for CR10, LP10, XY10 BS10A Memory cableset for MD10 CP10 card punch (and controller?) CP10A Card punch (200CPM 80 cols, 365 CPM @16 cols) 1000 card hopper CP10D card punch 100CPM CR10A card reader (Soroban Model ERD) 1000CPM 60Hz power CR10B card reader (Soroban Model ERD) 830CPM 50Hz power CR10E card reader 1200CPM CR10F table top card reader 300CPM DA10 12/18-bit (PDP-8/9) computer interface DA28A PDP-8/12 interface on DA28C DA28C PDP-8/11/12/15 interprocessor channel (for upto 16 processors) DA28F PDP-11 interface on DA28C DAS33 buffered data channel DAS78 IBM bisync support (up to 16 360, 370, and/or 2780's) (PDP-11 via DL10) DAS82 11/40 remote station via KG11(DQ11?) 9600 sync, CR11 300CPM CDR, LP11 250LPM LPT, 2xDH11 32 async lines (c.f. DN82) DAS85 11/40 via DL10 upto 16 DQ11 sync lines at 9600 (max 50kb agregate) c.f. DN85 DC10 async data line scanner (direct IO) DC10A DC10 scanner and control unit for DC10 communications controller (4 units of cab spave & power) DC10-H 2741 ON DC10 DC10B 8-line group unit on DC10: full or half duplex teletypes; requires 1 unit of cab space on DC10A or F DC10C 8-line telegraph relay assmebly: provides conversion from local to long lines (TWX or half duplex wired scanner): requires 2units of cab space in DC10A or F DC10D Telegraph Power Supply: standard line voltage supply used with DC10C (120VDC at 2A) no space required DC10E Expanded Data set control group on DC10 (2 units of cab space) DC10F Expander cabinet (provides 8 units of cabinet space) on DC10A DC44 TYPESET-10 front end (PDP-11) for PTR (PA611R), PTP (PA611P), CAT? photocomposition machine (LPC11) DC68A PDP-8(/I) 680(/I) communications system (via DA10): PDP-8/I-D w/ 4K memory DC71 ANF10 PDP-8/I remote station: CTY, DP01 sync, CR08 CDR, LP08 140LPM 64-char LPT, upto 16xDC02F async lines DC72A ANF10 PDP-8/E remote station: DP8E sync, CDR, 170LPM 96-char LPT, upto 2xDC72L DC72B ANF10 PDP-8/E remote station: DP8E sync, CDR, 240LPM 64-char LPT, upto 2xDC72L DC72C ANF10 PDP-8/E remote station: DP8E sync, CDR, 53LPM 64-char LPT, upto 2xDC72L DC72L 8 FDX async lines on DC72A/B/C DC75 sync (PDP-11/15 & DS11's via DL10) DN8x code base! (cf DAS85?) DC76 communications (PDP-11/40 via DL10) upto 128 async lines (50-9600bps) DC76F 16 async lines on DC76 (DH11 + DM11?) DF10 data channel (18 bit addr) for RC10, RB10, RP10 DF10C data channel (22 bit addr) DK10 real-time clock (KA/KI) DL10 PDP-11 Data Link interface (upto 4 memory mapped PDP-11's) DN20 sync/async (11/34 via DTE) front end [ie; DECnet MCB] (KMC11,DUP11,DMC11,DZ11,LP20,!KG11) DN200 ANF10 remote station (11/34) (Updated DN82) *or* DECnet remote station DN22 ANF10 remote station (11/04) (DMC11,DZ11,!KG11) w/ MOP ROM DN61 TOPS-10 Bisync; PDP-11/40 via DL10; 12 2780/3780 RJE stations or emulated 2780/3780 RJE stations DN61S TOPS-10 Bisync; PDP-11/40 via DTE; 2780/3780 RJE stations or emulated 2780/3780 RJE stations DN62 DN61 with HASP support DN62S DN62 via DTE DN64 TOPS-20 Bisync; PDP-11/34 via DTE; 2780/3780 RJE stations or emulated 2780/3780 RJE stations DN65 DN64 with HASP support DN71 remote station (PDP-8/I) (c.f. DC71?) DN72 remote station (PDP-8/E) (c.f. DC72?) DN80 ANF10 remote station (11/40) w/ DQ11; CDR, LPT, CTY DN81 ANF10 remote station (11/40) w/ DQ11; 32 TTYs DN82 ANF10 remote station (11/40) w/ DQ11; 32 TTYs, CDR, LPT, CTY (cf DAS82) DN85 ANF10 sync (11/40 via DL10) (cf DAS85?) DN87 ANF10 sync/async (11/40 via DL10) front end DN87S ANF10 sync/async (11/40 via DTE) front end (DL11,DH11,DM11,DN11,DQ11) DN92 ANF10 remote station (PDP-8/A); (Updated DC72) DS10 sync (direct IO) 600-20000bps DX10 Data channel for TU70-73 tapes (via TX01 or TX02) PDP-8/A based GP10 General purpose interface to PDP-10 I/O bus: cabinet, 2x720 P/S, 1x844 KA10 Original PDP-10 CPU; used in 1010/1020/1030/1040/1050/1055 KC10 "Jupiter" CPU [cancelled] to be used in 2080 (later 4050) KE10 KA10 byte instruction option ("extended order code") KI10 Second PDP-10 CPU ("I" for Integrated Circuits); used in 1070/1077 KL10 Third PDP-10 CPU (ECL logic) used in 108x/109x/2040/2050/206x KM10 KA10 16 Word 0.21 microsecond fast memory (ACs) option KO10 "Minnow" deskside CPU (cancelled before TOPS-20 debug complete) KP10 KA10 power fail/restart option [I/O Bus & 7 level PI?] KS10 Fourth PDP-10 CPU ("Small") used in 2020 KT10 KA10 single protection/relocation reg [never sold] KT10A KA10 dual protection/relocation regs LP100 line printer LP10A 300LPM Line printer (Anelex) 64chars x 132col LP10B 600LPM Line printer (Anelex) 64chars x 132col LP10C 1000LPM Line printer 64chars x 132 col LP10D 600LPM Line printer 96chars x 132 col LP10E 500LPM Line printer 128chars x 132 col MA10 16KW 1.00us core (18 bit addr) can add up to 3 MC10 memory ports MA10A 8KW 1.00us core (18 bit addr) [never sold?] can add up to 3 MC10 memory ports MB10 16KW 1.65us core (18 bit addr) [also type 164?] MC10 MA10/ME10 memory port MD10 32/64/96/128KW 1.8us core (18 bit addr) [built by Ampex] w/ 4 memory ports MD10E 32KW expansion module for MD10 ME10 16KW 1.00us core MF10 32/64KW 1.00us core MG10 128/256/384/512KW 1.00us core (parity) MH10 64-4096K 1.18us core (parity) MS10 "multiplexor/selector channel" MX10 memory multiplexor for DF10 MX10-C memory multiplexor for DF10-C PC04 PDP-10 paper tape reader/punch (300cps) [Raytron model 500 punch] PC05 PDP-10 paper tape reader/punch (300cps) [Raytron model 500 punch] PC09 PDP-10 paper tape punch?? RA10 Controller for "Giant Bryant" (moby?) disk (mass disk file) RB10 Bryant disk (only 1 shipped?) on RA10 RB10A Dual Positioning storage disk; 20,971,520 to 104,857,600 words in 8,388,608 word multiples. xfer 22.5us to 72us/w depending on zone. overlapped transfers w/ dual heads. basic unit includes 6 disks. RB10C Additional disk (to maximum of 20) each w/ 4,194,304 words. Ordered in pairs. RC10 Disk/Drum Synchronizer-Adaptor (for RD10/RM10B) 4 units, any mix RD10 Burroughs disk (on RC10) 512000W 76000W/s xfer rate; 17ms latyencey, 13.3us/w xfer rate RH10 Data Control (Massbus) RM10B Bryant drum (on RC10) RP10 disk pack system for ISS/Memorex RP01/2/3 (upto 8 units) $29K c. 1969 TC10C Special Systems Tape Controller for TU42/43 TD10 DECtape control for TU56 (2 to 8 TU55's) TM02 Massbus tape controller for TU16/45/77 (on RH10/RH20/RH11) TM03 Massbus tape controller for TU16/45/77 TM10A I/O Bus type Controller for NRZI only tape drives (TU10,TU20,TU30,TU40) TM10B Tape Controller for NRZI only drives (on DF10 channel) TM10C TM10B modification kit: converts TM10A to TM10B TX01 TU70-73 tape control unit (on DX10) TX02 TU70-73 tape control unit (on DX10 or DX20) VB10C display VP10 point plotting display control (100us/dot or 20us/dot, 1024x1024) VR30 display XY10 plotter (Calcomp 502, 518, 563, 565, 602, 618, 663, 665 or similar) control XY10A (565) plotter with .01" .005" .1mm step size @18000steps/min, 12" paper XY10B (563) plotter .01" steps@12000s/m or .005"/.1mm steps @18000s/m, 31" paper KL10 options; CD20 card reader controller CD20-A card reader (table top) cap=1000; 285 cards/min (via RSX20F Unibus) CD20-C card reader (console) cap=2250; 1200 cards/min (via RSX20F Unibus) CI20 "KLIPA" CI channel (takes RH20 slots 6&7) DC20-F DH11's in KL front end (available in 8 or 16 ports) DIA20 KI10 I/O bus adaptor (on 1090) DIB20 KI10 I/O bus adaptor (on 1091) DMA20 KL10D S-Bus to KI10 external memory bus controller DX20 Massbus RP20, TU70-73 data controller (on RH20) PDP-8 (micro?) based LP05 Line printer on LP20 (Modified DPC 2230) LP07 Line printer on LP20 (Modified DPC 2550) LP10 Line printer on LP20 (Modified DPC 2470) no software defined DAVFU LP14 Line printer on LP20 (Modified DPC 2290) LP20 Unibus Line printer interface (RSX20F or DN20/21) LP26/27 LP29 MA20 32-256KW 1.0us parity internal memory (2 ctrls w/ 4 modules of 32K) MB20 64-512KW 1.2us parity internal memory (2 ctrls w/ 4 modules of 64K) MCA20 pager/cache memory (109x/2060) MCA25 pager/cache memory (2065) MF20 256K-1563KW 667ns ECC (36+6ECC+1parity+1spare) internal MOS (16K chips) MG20 1-4MW 467ns ECC (36+7ECC+1spare) internal MOS (64K chips) NIA20 "KLNI" Ethernet channel (takes RH20 slots 4&5?) RH20 Massbus (internal) channel TM78 Massbus tape controller for TU78/TU79 (on RH20 or RH11) KS10 options; AN22 IMP interface (NCP era) RH11 Massbuss controller (Unibus) for TU45 tape, or RP/RM disk RX20 RX02 on Unibus RX211 controller comm gear? lpt? System configurations (see posting by Joe Smith, Sept 94); CPU mem system device notes 1010 KA 8K paper tape never sold; price $100K 1020 KA 8K DECtape never sold 1030 KA >8K DECtape different disk format? 1040 KA 16K+ DECtape or disk no LOGIN/LOGOUT, unreliable? 1050 KA 32K+ disk, swapping 1055 KA*2 Master/Slave 1070 KI 1077 KI*2 Master/Slave (nearly-SMP in 7.00) 1080 KL Model A, External channels only, tall cabs, DECtapes 1088 KL*2 Master/Slave 1090 KL Model B, tall cabs, DECtapes 1090T KL ARPAnet 2060 1091 KL blue 2060 1099 KL*N SMP, tall cabs 2040 KL no cache, no I/O bus 2050 KL cache, no I/O bus 2060 KL 2065 KL improved pager/cahe 2020 KS non-dec; ================================================================ MK10 Music Kludge attached to MI lights of KA for Samson Music player ARM10 Ampex "moby" memory (256KW) ARM20 Ampex external memory for 2050 S-Bus [for CompuServe] Systems Concepts; SA10 PDP-10 memory & I/O bus to IBM Selector Channel (for disk/tape) SC20? SC25?? SC30M "MARS" system (ran unmodified TOPS-20); 68k front end SC40 8*KL, FDDI, SCSI, SPARC console-front-end! licenced by CompuServe IU10 port selector for SC30 FA10 Disk interface on IU10 DK10 16-line async interface (see AIM-238) DC10 2314 compatible disk interface (see AIM-238) MIT; CH10 CHAOSnet via PDP-10 I/O bus TK10 TTY controller Stanford; MEIS Massbus (RH20) Ethernet; looked like magtape? FOONLY; F1 Stanford "Super-Foonly" design. only one built. hardwired TTL logic, faster than KL, unreliable. Used to animate The movie "TRON". Used KA10 for front end! (design was taken by DEC used as basis for KL) F1B proposed update (1984) for Stanford F2 small; one or two 19" racks; Ran TENEX, WAITS (S1-A); 6502 front end F3 Designed as F1 Front-end Tymshare uCode: KA w/ BB&N Pager (ran TENEX) TYMCOM-X ucode: single section KL Joe Smith has a front pannel? F4 F2 offspring (for Tymshare, Inc.); more KL compatible ethernet; single rack Ran TENEX (FOONEX)-- many on ARPAnet WAITS (CCRMA.STANFORD.EDU) TOPS-10? F4X (aka Tymshare-26KL) ran TOPS-20 (August) w/ extended addressing no cache; memory cycle time 350-425ns; approx 60% of KL cancelled 1986 by McDonnel/Douglas F5 desktop F4 (never built?); designed by Phil Gossett Xerox PARC; MAXC PDP-10 clone (two built) XKL; TOAD-1 aka TOED/TD-1 CompuServe; JRG-1 processor (never completed) MBX-20 SMD disk to KL C/E bus channel TELEFILE: DC10 IBM Disk controller