Talk:List of early third-generation computers

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third generation

FOR REFERENCE ONLY

Do not edit or add to this section but work in the article itself not in this talk page

Date	Manufacturer	Model	Comment
Feb 1965	Scientific Data Systems	SDS 92
Apr 1965	Systems Engineering Laboratories, Inc.	810/840
Oct 1965	ASI Computer Division of Electro-Mechanical Research, Inc.	ASI 6070
Dec 1965	Honeywell Information Systems	2200^[1]
1965	Marconi	Myriad I	2nd gen (hybrid)
1965	Spear	Micro-LINC
Jan 1966	Computer Control Company	DDP-124
Jan 1966	Honeywell Information Systems	1200^[1]
Feb 1966	ASI Computer Division of Electro-Mechanical Research, Inc.	ASI 6050
Feb 1966	Honeywell Information Systems	120^[1]
Jun 1966	Honeywell Information Systems	DDP 516^[2]
Jun 1966	Systems Engineering Laboratories, Inc.	840A
Jul 1966	RCA	Spectra 70/35, /45 & /55
Nov 1966	Hewlett-Packard, Co.	2116A
Dec 1966	Business Information Technology	BIT 480^[3]
Dec 1966	Scientific Data Systems	Sigma 7
Jan 1967	Scientific Data Systems	Sigma 2
Jan 1967	Systems Engineering Laboratories, Inc.	810A
Feb 1967	General Electric	GE 4020^[4]
Apr 1967	Electronic Associates, Inc.	EAI 640^[5]
May 1967	Honeywell Information Systems	4200^[1]
May 1967	Interdata, Inc.	Interdata 3
May 1967	Standard Computer Corporation	IC6000^[6]
Jun 1967	Varian Data Machines	620/i
Aug 1967	Burroughs	B2500/3500 ^[7]^: 473
Aug 1967	Xerox Data Systems	Sigma 5
Oct 1967	ASI Computer Division of Electro-Mechanical Research, Inc.	ASI 6130
Oct 1967	Raytheon Computer	703^[8]
Oct 1967	Systems Engineering Laboratories, Inc.	840MP
Dec 1967	Honeywell Information Systems	125^[9]
Jan 1968	General Automation, Inc.	SPC-12
Apr 1968	Computer Automation, Inc.	PDC 808
Apr 1968	Digital Equipment Corp.	PDP-8/I^[10] In article
Apr 1968	Hewlett-Packard, Co.	2115A
Jun 1968	Honeywell Information Systems	1648^[11]
Jul 1968	Hewlett-Packard, Co.	2116B
Jul 1968	Redcor Corporation	RC-70^[12]
Aug 1968	Honeywell Information Systems	1250^[9]
Sep 1968	Honeywell Information Systems	110^[1]
Sep 1968	National Cash Register	Century 100
Sep 1968	Standard Computer Corporation	IC4000^[6]
Oct 1968	Digital Equipment Corp.	PDP-8/L^[10]
Oct 1968	Hewlett-Packard, Co.	2114A
Oct 1968	Varian Data Machines	520/i
Nov 1968	General Automation, Inc.	SPC-8
Nov 1968	RCA	Spectra 70/46
Dec 1968	Bailey Meter	855^[13]
Dec 1968	Computer Automation, Inc.	PDC 816
Dec 1968	Honeywell Information Systems	DDP 416^[14]
Dec 1968	Honeywell Information Systems	632^[15]
Dec 1968	Systems Engineering Laboratories, Inc.	810B
Jan 1969	Microdata Corp.	Micro Systems 800/810
Jan 1969	Scientific Control Corporation	SCC 6700
Feb 1969	Data General	Nova
Feb 1969	Honeywell Information Systems	8200
Mar 1969	Fujitsu, Ltd.	FACOM-R
Mar 1969	Lockheed Electronics	MAC-16
Mar 1969	Raytheon Computer	706^[16]
Apr 1969	Burroughs	B8500^[17]
Apr 1969	Philips Electrologica Limited	P350 series^[18]
Apr 1969	Scientific Control Corporation	SCC 4700^[19]
May 1969	Datacraft Corp.	6024-1^[20]
Jun 1969	Honeywell Information Systems	H316^[2]
Jun 1969	Standard Computer Corporation	IC7000^[6]
Jul 1969	Burroughs	B6500 ^[7]^: 449
Aug 1969	Westinghouse Electric	2500^[21]
Sep 1969	Tempo Computers, Inc.	1/1-A^[22]
Oct 1969	Datamate Computer Systems, Inc.	16^[a]
Nov 1969	Clary Datacomp Systems, Inc.	Datacomp 404
Nov 1969	General Electric	GE 58
Nov 1969	Hewlett-Packard, Co.	2114B
Dec 1969	IBM	360/85
Dec 1969	Xerox Data Systems	Sigma 3
1969	International Computers and Tabulators	1900A
Jan 1970	Business Information Technology	BIT 483^[23] in article
Jan 1970	General Electric	GE 120
Jan 1970	GRI Computer Corp.	GRI 909^[24]
Jan 1970	IBM	System/3
Feb 1970	Digital Equipment Corp.	PDP-15^[10]
Feb 1970	Honeywell Information Systems	3200^[1]
Feb 1970	Rolm Corporation	1601 (AN/UYK-12(V))
Early 1970	U. of Illinois	ILLIAC IV
Mar 1970	Digital Scientific Corp.	META 4^[25]
Apr 1970	Digital Equipment Corp.	PDP-11/20^[10]
Apr 1970	Raytheon Computer	704^[26]
Apr 1970	Viatron Computer Systems Corp.	Viatron 2140 & 2150
May 1970	Data General	SuperNova
May 1970	General Automation, Inc.	SPC-16
May 1970	Systems Engineering Laboratories, Inc.	86
Jul 1970	Unicomp, Inc.	COMP-16
Sep 1970	RCA	Spectra 70/60
Sep 1970	Wang Laboratories, Inc.	Wang 3300
Fall 1970	Datamate Computer Systems, Inc.	70
Nov 1970	Systems Engineering Laboratories, Inc.	88
1970	Unicomp, Inc.	COMP-18
Jan 1971	IBM	370/155
Feb 1971	RCA	Spectra 70/61
Mar 1971	Digital Equipment Corp.	PDP-8/E^[10]
Mar 1971	General Electric	GE 655
Apr 1971	Data General Corp.	Nova 800
Apr 1971	IBM	370/165
Jun 1971	IBM	370/145
Dec 1971	Data General Corp.	Nova 1200
1972	Univac	1100
May 1973	IBM	370/168

second generation

FOR REFERENCE ONLY

Do not edit here but add to List of transistorized computers

Date	Manufacturer	Model
Feb 1965	Control Data Corp.	CDC 3100
Mar 1965	ASI Computer Division of Electro-Mechanical Research, Inc.	ASI 6020
Mar 1965	Computer Control Company	DDP-224
Apr 1965	Computer Control Company	DDP-116
Apr 1965	Digital Equipment Corp.	PDP-7
Apr 1965	Digital Equipment Corp.	PDP-8
Apr 1965	General Electric	GE 625
May 1965	IBM	360/30
May 1965	IBM	360/40
Jun 1965	Electronic Associates, Inc.	EAI 8400^[27]
Jun 1965	General Electric	GE 4060
Jul 1965	ASI Computer Division of Electro-Mechanical Research, Inc.	ASI 6040
Jul 1965	National Cash Register	315 RMC
Aug 1965	General Electric	GE 435
Aug 1965	Univac	1108 II
Sep 1965	Decision Machines Inc. (Varian)	611/612^[28]
Sep 1965	IBM	1130
Sep 1965	IBM	360/50
Sep 1965	National Cash Register	590^[7]^: 900
Oct 1965	ASI Computer Division of Electro-Mechanical Research, Inc.	ASI 6240
Oct 1965	RCA	Spectra 70/15
Oct 1965	Univac	491 & 492
Nov 1965	IBM	360/75
Nov 1965	Varian Data Machines	DATA/620
Dec 1965	Control Data Corp.	CDC 3800
Dec 1965	RCA	Spectra 70/13
Jan 1966	Control Data Corp.	CDC 6400
Jan 1966	Friden	Friden 6010^[29]
Jan 1966	IBM	360/20
Feb 1966	IBM	1800
Feb 1966	Univac	1005 I
Feb 1966	Univac	1005 II, III
Mar 1966	IBM	360/65
Mar 1966	Univac	494
Apr 1966	Scientific Data Systems	SDS 940
May 1966	Control Data Corp.	CDC 1700
Jul 1966	General Electric	GE 645
Sep 1966	Digital Equipment Corp.	PDP-8/S Linc-8
Oct 1966	IBM	360/44
Oct 1966	Philco	200-213^[30]
Nov 1966	Gameco Industries	ECP-18A^[31]
Dec 1966	Digital Equipment Corp.	PDP-9^[10]
Dec 1966	General Electric	GE 4050
1966	Control Data Corp.	CDC 6416
1966	Scientific Control Corporation	SCC 650^[32]^: 64
Jun 1967	IBM	1401 Model H
Sep 1967	Control Data Corp.	CDC 3500
Nov 1967	IBM	360/90 Series
before 1968	General Electric	GE 53
1967	Digital Equipment Corp.	DECSYSTEM 10 KA10^[10]
Oct 1968	IBM	360/25
Nov 1968	Digital Equipment Corp.	PDP-9/L^[10]
Jan 1969	Control Data Corp.	CDC 7600
Mar 1969	General Electric	GE 105
Apr 1969	General Electric	GE 30
Jun 1969	Digital Equipment Corp.	PDP-12^[10]
Jun 1969	General Electric	GE 615
Oct 1969	Control Data Corp.	CDC 6700
Dec 1969	Univac	1106
1969	Control Data Corp.	CDC 7600

Unknown generation

These manufacture/models appeared in one of the several lists combined for this article but RS's were not found as to the generations and so are listed here in the talk page. If generation becomes known delete from this list and add to appropriate article. ONLY ADD NEW COMPUTERS OF UNKNOWN GENERATION'

Date	Manufacturer	Model	Comment
Nov 1965	Bailey Meter	756^[33]	2 likely^[a]
Nov 1968	Burroughs	B 500	2 likely
Jan 1970^[b]	Compiler Systems, Inc.	CSI-16	3 likely
Jan 1970^[b]	Compiler Systems, Inc.	CSI-24	3 likely
Sep 1970	Computer Logic Systems, Inc.	CLS-18
Oct 1969	Control Data Corp.	CDC SC1700
Oct 1967	Digital Electronics, Inc	Digiac 3080C
Dec 1968	Dynamic Research DRC-44	DRC-44 ^[34]	3 likely
Aug 1969	Foto-Mem	Centaur
Jul 1969	General Automation, Inc.	GA-18/20
Aug 1969	General Automation, Inc.	SA 18/30
Nov 1968	Hewlett-Packard, Co.	2000A	3 likely^[a]
Jul 1968	Interdata, Inc.	Interdata 2
Aug 1968	Interdata, Inc.	Interdata 4
Jan 1969^[c]	Scientific Control Corporation	SCC 6700	Is this a 3 gen?
Oct 1969	Datamate Computer Systems, Inc.	16^[35]	likely 3
Nov 1969	Clary Datacomp Systems, Inc.	Datacomp 404^[36]	likely 3
Nov 1969	General Electric	GE 58	3? No supporting references found
Jan 1970	General Electric	GE 120	3? no supporting references found
Nov 1970	Interdata, Inc.	Interdata 15
Oct 1970	Lockheed Electronics	MAC Jr
Dec 1969	Microdata Corp.	Micro Systems 812
Sep 1970	Mini Comp, Inc.	MS 232^[37]	3 likely
Aug 1970	Monitor Data Corp.	MD708^[38]	3 likely
Nov 1970	Systems Engineering Laboratories, Inc.	SEL 88^[a]	3 likely, no supporting reference found
Feb 1969	Motorola, Inc.	MDP-1000^[39]	3 likely
May 1970	Multidata, Inc.	Model A
May 1970	Systems Engineering Laboratories, Inc.	SEL 86^[40]^[a]	3 likely
Nov 1965	Philco	102 (CPS)
Oct 1965	Raytheon Computer	520^[41]	2 likely^[a]
Jan 1970	Recor RC-77	Recor RC-77	No references
Mar 1969	Sanders Associates	SANDAC 200^[42]	Not a gp computer?
May 1969	Scientific Control Corporation	DCT-132	Not a gp computer
Nov 1969	Scientific Control Corporation	DCT-32	Not a gp computer
Jun 1969	Spiras Systems, Inc.	Spiras-65^[43]
Apr 1970	Unicorn, Inc.	CP-8C
Sep 1967	Westinghouse Electric	250 (S-2)	No references
Jun 1969^[a]	Xerox Data Systems	CE16	3 likely
Dec 1969^[a]	Xerox Data Systems	F16	3 likely
c. Feb 1966	Information Technology, Inc.	4900
before Mar 1969	Beckman Instruments, Inc.	816
c. Mar 1969	Decade Computer Corporation	70/2
before 1970	Atron Corporation	501 Datamanager
c. Apr 1970	Victor Comptometer Corporation	820/10,/20
before Nov 1970	IMLAC Corporation	PDS-1
before Nov 1970	Applied Systems Corporation	ASC·1100
before Nov 1970	Cincinnati Milacron	CIP 2000/2100
before Nov 1970	Computer Development Corporation	CD-200
before Nov 1970	Data Technology Corporation	DR-1600
before Nov 1970	Dresser Systems Inc.	8000
before Nov 1970	Infotronics Corporation	mini/max
before Nov 1970	IRA Systems	SP-65
before Nov 1970	Motorola Instrumentation and Control, In	MDP-I000
before Nov 1970	Philco-Ford Corporation	1216/1220·F
before Nov 1970	Electronic Engineering Company of California	EECO-1600
Aug 1967	EMR Computer	Advance EMR·6120/6130
Jun 1968	Computer Automation, Inc	PDC-108/208/808
Mar 1969	Computer Automation, Inc	PDC-116/216/816

Notes

1 2 3 4 5 6 7 8 Estimated based upon dates of other older models from manufacturer
1 2 Generation estimated from first shipment date
↑ Ship date, actual announcement was Nov 66

References

1 2 3 4 5 6 "Honeywell Series 200 and 2000" (PDF). Bitsavers. DataPro Research Corp. April 1974. p. 2-3. Retrieved March 21, 2019.
1 2 "Early Honeywell Mini-Computers". Retrieved March 20, 2019.
↑ Datamation, April 1968, p.19
↑
↑ EAI 640
1 2 3 "Documents on Standard Computer Corp Models 4000, 6000 and 7000". Bitsavers. c. 1968. Retrieved March 26, 2019.
1 2 3 Auerbach Computer Notebook International 1969. 1969.
↑ "703 IC Systems Computer, Reference and Interface Manual" (PDF). Bitsavers. Retrieved March 18, 2019.
1 2 "BULL computers chronological history, Honeywell (1955-1985)". www.feb-patrimoine.com. Virtual Museum of French computers. April 22, 2002. Retrieved March 21, 2019.
1 2 3 4 5 6 7 8 9 G Bell; et al. (1978). Computer Engineering - A DEC View Of Hardware Systems Design (PDF). Digital Press. p. 116. ISBN 0-932376-00-2. {{cite book}}: Explicit use of et al. in: |last= (help)
↑ "HONEYWELL SERIES 16 LOW-COST TIME-SHARING SYSTEM" (PDF). Computers And Automation. March 1969. p. 55. Retrieved March 21, 2019.
↑ "RC 70 Computer Reference Manual". Redcor Corporation. March 1969. Retrieved March 28, 2019.
↑ An IT expert's view on climate modelling states ICs used
↑ "u-Comp DDP-416 General Purpose I/C Computer" (PDF). Bitsavers. Honeywell Computer Control Division. 1967. Retrieved March 21, 2019.
↑ "Model 632-001 Series 32 Technical Bulletin" (PDF). Bitsavers. Honeywell Computer Control Division. 1968. Retrieved March 22, 2019.
↑ "Raytheon 706 Users Manual" (PDF). Bitsavers. Retrieved March 18, 2019.
↑ Lynch, John T (August 1965). "THE BURROUGHS B8500". Datamation. pp. 59–60.
↑
- Dummer, G. W. A.; Thomson, F. P.; Robertson, J. Mackenzie (2014). "PHILIPS P350 OFFICE COMPUTERS". Banking Automation: Data Processing Systems and Associated Equipment. Elsevier. pp. 782–787. ISBN 9781483160238.
  - De Accountant (in Dutch). Vol. 75. Nederlandsch Instituut van Accountants. 1968. p. 337. In de Philips Office Computer worden, waar mogelijk, hoog gekwalificeerde integrated circuits toegepast. Daardoor krijgt u de voor uw toepassingsgebied kleinst mogelijke computer. De P352 vraagt bijvoorbeeld slechts 1 m2. (Where possible, highly qualified integrated circuits are used in the Philips Office Computer. That way you get the smallest possible computer for your area of application. For example, the P352 only requires 1 m2.)
- Philips product overview 1971.
- "PHILIPS-ELECTROLOGICA P350 Series". Auerbach Guide to Small Business Computers Feb75. Auerbach. 1975. pp. 226-231 (234-239).
↑ "SCC 4700 Computer Reference Manual" (PDF). Bitsavers. 1969. Retrieved March 29, 2019.
↑ "Series 6000 Computer System (logic diagrams)" (PDF). Bitsavers. Datacraft Corp. c. 1970. Retrieved March 28, 2019.
↑ "Westinghouse 2500 Computer Reference Manual" (PDF). Bitsavers. Westinghouse Computer and Instrumentation Division. September 1971. Retrieved March 29, 2019.
↑ "Tempo I system Reference Manual" (PDF). Bitsavers. Tempo Computers, Inc. November 25, 1969. Retrieved March 29, 2019.
↑ Chuck(G) (November 15, 2009). "Thread: Bits 483". Retrieved March 25, 2019. the logic appears to be commodity TTL,...
↑ GRI 909 manuals
↑ J McDonald; et al. (September 25, 1973). "THREE ECL DESIGNS FOR MICROPROGRAMMABLE WRITABLE CONTROL STORES". MICRO 6 Conference record of the 6th annual workshop on Microprogramming. ACM: 26–43. {{cite journal}}: Explicit use of et al. in: |last= (help)
↑ "704 IC Systems Computer, Technical Manual" (PDF). Bitsavers. Retrieved March 18, 2019.
↑ EAI 8400
↑ "DMI 610 611 612 Computers". Archive.org. Data Machines Inc. October 1964. Retrieved March 23, 2019.
↑
↑ A Philco multiprocessing system
↑ "computersAndAutomation :: 196711". {{cite journal}}: Cite journal requires |journal= (help)
↑ 1969 Computer Annual
↑ Power Plant Automation by Bailey 700 Multi-Computer Control.
↑ Datamation, October 1968, p.117
↑ Datamation, January 1970, p 128. Picture of 5U rack mounted size
↑ "commercial processor,"Datamation, December 1069, p.237-8, "The Datacomp 404 is a minicomputer with a miniprice and a bent for doing business. ...minimum of hardware ..."
↑ SIDOWSKI, JOSEPH B. (1970). "Minicomputers" (PDF). Behav. Res. Meth.& Instru. Retrieved March 20, 2019.
↑ "New Products, General purpose minicomputer MD708". July 1970. Retrieved March 29, 2019.
↑ Datamation, Nov 1968, p.77, "the MDP-1000, a 4K (8-bit) word memory (expandable to 16K) and 12-bit register words, ... Cycle time is 2.16 usec ... small"
↑ Datamation, September 1969, p. 86, "Two approaches for the seventies, SEL 86"
↑ "The Raytheon Computer Armchair Shopper | 102646192 | Computer History Museum". www.computerhistory.org.
↑ "Advertisement for SANDAC 200". Old Computer Ads. April 1970. Retrieved March 28, 2019.
↑ "Spiras 65" (PDF). Bitsavers. Spiras Systems, Inc. January 1, 1970. Retrieved March 29, 2019.
"Minicomputers - EDP Series, No. 4" (PDF). Bitsavers. Auerbach. March 1971. Retrieved March 19, 2019.
"Seymour Cray Interview". May 9, 1995. Retrieved March 5, 2019. All of the machines that I designed at Control Data were based on discrete components and in 1972 there was an opportunity to use something called an "integrated circuit"
Dead Medium: Dead computational platforms, dead mainframes, and their dates
"DataMate Complex Reveals $194,000 Plant Expansion". Newspaper Archive. Big Spring Daily Herald, Big Spring, TX. June 25, 1969. Retrieved March 28, 2019. Prime products of the division are the ECP-16 and ECP-18 computers, primarily used for instructional purposes and the new DataMate-16 scientific- industrial digital computer line, the nation's first fully IC computer features MSI devices (...)
"Datamate 70 Computer Reference Manual" (PDF). Bitsavers. Datamate Computer Systems, Inc. 1970. Retrieved March 28, 2019.
if you can find a better mainframe for the price ... get it. July 1965. p. 62. Retrieved March 21, 2019. Silicon Hybrid Circuits with low active component count ... {{cite book}}: |magazine= ignored (help)

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[DateEstOlder-23] 1 2 3 4 5 6 7 8 Estimated based upon dates of other older models from manufacturer

[DateShip-35] 1 2 Generation estimated from first shipment date

[37] Ship date, actual announcement was Nov 66

[HIS200-1] 1 2 3 4 5 6 "Honeywell Series 200 and 2000" (PDF). Bitsavers. DataPro Research Corp. April 1974. p. 2-3. Retrieved March 21, 2019.

[HIS516-2] 1 2 "Early Honeywell Mini-Computers". Retrieved March 20, 2019.

[Datamation6804-3] Datamation, April 1968, p.19

[GE4020-4] ↑

[EAI640-5] EAI 640

[SCC-6] 1 2 3 "Documents on Standard Computer Corp Models 4000, 6000 and 7000". Bitsavers. c. 1968. Retrieved March 26, 2019.

[Auer69-7] 1 2 3 Auerbach Computer Notebook International 1969. 1969.

[Ray703-8] "703 IC Systems Computer, Reference and Interface Manual" (PDF). Bitsavers. Retrieved March 18, 2019.

[HIS125-9] 1 2 "BULL computers chronological history, Honeywell (1955-1985)". www.feb-patrimoine.com. Virtual Museum of French computers. April 22, 2002. Retrieved March 21, 2019.

[Bell1978-10] 1 2 3 4 5 6 7 8 9 G Bell; et al. (1978). Computer Engineering - A DEC View Of Hardware Systems Design (PDF). Digital Press. p. 116. ISBN 0-932376-00-2. {{cite book}}: Explicit use of et al. in: |last= (help)

[HIS1648-11] "HONEYWELL SERIES 16 LOW-COST TIME-SHARING SYSTEM" (PDF). Computers And Automation. March 1969. p. 55. Retrieved March 21, 2019.

[RC70-12] "RC 70 Computer Reference Manual". Redcor Corporation. March 1969. Retrieved March 28, 2019.

[Bailey855-13] An IT expert's view on climate modelling states ICs used

[HIS416-14] "u-Comp DDP-416 General Purpose I/C Computer" (PDF). Bitsavers. Honeywell Computer Control Division. 1967. Retrieved March 21, 2019.

[HIS632-15] "Model 632-001 Series 32 Technical Bulletin" (PDF). Bitsavers. Honeywell Computer Control Division. 1968. Retrieved March 22, 2019.

[Ray706-16] "Raytheon 706 Users Manual" (PDF). Bitsavers. Retrieved March 18, 2019.

[Bur8500-17] Lynch, John T (August 1965). "THE BURROUGHS B8500". Datamation. pp. 59–60.

[P350-18] 
Dummer, G. W. A.; Thomson, F. P.; Robertson, J. Mackenzie (2014). "PHILIPS P350 OFFICE COMPUTERS". Banking Automation: Data Processing Systems and Associated Equipment. Elsevier. pp. 782–787. ISBN 9781483160238.
De Accountant (in Dutch). Vol. 75. Nederlandsch Instituut van Accountants. 1968. p. 337. In de Philips Office Computer worden, waar mogelijk, hoog gekwalificeerde integrated circuits toegepast. Daardoor krijgt u de voor uw toepassingsgebied kleinst mogelijke computer. De P352 vraagt bijvoorbeeld slechts 1 m2. (Where possible, highly qualified integrated circuits are used in the Philips Office Computer. That way you get the smallest possible computer for your area of application. For example, the P352 only requires 1 m2.)

Philips product overview 1971.

"PHILIPS-ELECTROLOGICA P350 Series". Auerbach Guide to Small Business Computers Feb75. Auerbach. 1975. pp. 226-231 (234-239).

[mwA1g] Dummer, G. W. A.; Thomson, F. P.; Robertson, J. Mackenzie (2014). "PHILIPS P350 OFFICE COMPUTERS". Banking Automation: Data Processing Systems and Associated Equipment. Elsevier. pp. 782–787. ISBN 9781483160238.
De Accountant (in Dutch). Vol. 75. Nederlandsch Instituut van Accountants. 1968. p. 337. In de Philips Office Computer worden, waar mogelijk, hoog gekwalificeerde integrated circuits toegepast. Daardoor krijgt u de voor uw toepassingsgebied kleinst mogelijke computer. De P352 vraagt bijvoorbeeld slechts 1 m2. (Where possible, highly qualified integrated circuits are used in the Philips Office Computer. That way you get the smallest possible computer for your area of application. For example, the P352 only requires 1 m2.)

[mwA2Q] De Accountant (in Dutch). Vol. 75. Nederlandsch Instituut van Accountants. 1968. p. 337. In de Philips Office Computer worden, waar mogelijk, hoog gekwalificeerde integrated circuits toegepast. Daardoor krijgt u de voor uw toepassingsgebied kleinst mogelijke computer. De P352 vraagt bijvoorbeeld slechts 1 m2. (Where possible, highly qualified integrated circuits are used in the Philips Office Computer. That way you get the smallest possible computer for your area of application. For example, the P352 only requires 1 m2.)

[mwA20] Philips product overview 1971.

[mwA3M] "PHILIPS-ELECTROLOGICA P350 Series". Auerbach Guide to Small Business Computers Feb75. Auerbach. 1975. pp. 226-231 (234-239).

[SCC4700-19] "SCC 4700 Computer Reference Manual" (PDF). Bitsavers. 1969. Retrieved March 29, 2019.

[DataCraft-20] "Series 6000 Computer System (logic diagrams)" (PDF). Bitsavers. Datacraft Corp. c. 1970. Retrieved March 28, 2019.

[West2500-21] "Westinghouse 2500 Computer Reference Manual" (PDF). Bitsavers. Westinghouse Computer and Instrumentation Division. September 1971. Retrieved March 29, 2019.

[Tempo-22] "Tempo I system Reference Manual" (PDF). Bitsavers. Tempo Computers, Inc. November 25, 1969. Retrieved March 29, 2019.

[BIT483-24] Chuck(G) (November 15, 2009). "Thread: Bits 483". Retrieved March 25, 2019. the logic appears to be commodity TTL,...

[GRI909-25] GRI 909 manuals

[DSC-26] J McDonald; et al. (September 25, 1973). "THREE ECL DESIGNS FOR MICROPROGRAMMABLE WRITABLE CONTROL STORES". MICRO 6 Conference record of the 6th annual workshop on Microprogramming. ACM: 26–43. {{cite journal}}: Explicit use of et al. in: |last= (help)

[Ray704-27] "704 IC Systems Computer, Technical Manual" (PDF). Bitsavers. Retrieved March 18, 2019.

[EAI8400-28] EAI 8400

[DMI6xx-29] "DMI 610 611 612 Computers". Archive.org. Data Machines Inc. October 1964. Retrieved March 23, 2019.

[Fri6010-30] ↑

[Phil200-31] A Philco multiprocessing system

[ECP18A-32] "computersAndAutomation :: 196711". {{cite journal}}: Cite journal requires |journal= (help)

[CompAnn69-33] 1969 Computer Annual

[Bailey756-34] Power Plant Automation by Bailey 700 Multi-Computer Control.

[DR44-36] Datamation, October 1968, p.117

[DM16-38] Datamation, January 1970, p 128. Picture of 5U rack mounted size

[DC404-39] "commercial processor,"Datamation, December 1069, p.237-8, "The Datacomp 404 is a minicomputer with a miniprice and a bent for doing business. ...minimum of hardware ..."

[Mini1970-40] SIDOWSKI, JOSEPH B. (1970). "Minicomputers" (PDF). Behav. Res. Meth.& Instru. Retrieved March 20, 2019.

[MD708-41] "New Products, General purpose minicomputer MD708". July 1970. Retrieved March 29, 2019.

[Moto-42] Datamation, Nov 1968, p.77, "the MDP-1000, a 4K (8-bit) word memory (expandable to 16K) and 12-bit register words, ... Cycle time is 2.16 usec ... small"

[SEL86-43] Datamation, September 1969, p. 86, "Two approaches for the seventies, SEL 86"

[Ray520-44] "The Raytheon Computer Armchair Shopper | 102646192 | Computer History Museum". www.computerhistory.org.

[SA200-45] "Advertisement for SANDAC 200". Old Computer Ads. April 1970. Retrieved March 28, 2019.

[Spiras-46] "Spiras 65" (PDF). Bitsavers. Spiras Systems, Inc. January 1, 1970. Retrieved March 29, 2019.

[Auer71-47] "Minicomputers - EDP Series, No. 4" (PDF). Bitsavers. Auerbach. March 1971. Retrieved March 19, 2019.

[CDC76_/-48] "Seymour Cray Interview". May 9, 1995. Retrieved March 5, 2019. All of the machines that I designed at Control Data were based on discrete components and in 1972 there was an opportunity to use something called an "integrated circuit"

[DeadMainframes-49] Dead Medium: Dead computational platforms, dead mainframes, and their dates

[DM18-50] "DataMate Complex Reveals $194,000 Plant Expansion". Newspaper Archive. Big Spring Daily Herald, Big Spring, TX. June 25, 1969. Retrieved March 28, 2019. Prime products of the division are the ECP-16 and ECP-18 computers, primarily used for instructional purposes and the new DataMate-16 scientific- industrial digital computer line, the nation's first fully IC computer features MSI devices (...)

[DM70-51] "Datamate 70 Computer Reference Manual" (PDF). Bitsavers. Datamate Computer Systems, Inc. 1970. Retrieved March 28, 2019.

[HIS21-52] if you can find a better mainframe for the price ... get it. July 1965. p. 62. Retrieved March 21, 2019. Silicon Hybrid Circuits with low active component count ... {{cite book}}: |magazine= ignored (help)

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