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	IBM 700/7000 series - Wikipedia, the free encyclopedia
		The IBM 700/7000 series was a series of incompatible large scale (mainframe) computer systems made by IBM through the 1950s and early 1960s.
		The IBM 7094, with seven index registers had a "compatibility" mode to permit programs from earlier machines that used this trick to continue to be used.
		The IBM 702 and IBM 705 were similar and the 705 could run many 702 programs without modification, but they were not completely compatible.
	en.wikipedia.org /wiki/IBM_700/7000_series (1319 words)

	IBM Archives: 705 Data Processing System
		The IBM 705 was one of the most powerful data processing systems available in the mid-1950s.
		The usual means of input of data to the 705 system was magnetic tape, but entry could also be effected by a punched card reader, or, when special instructions were required, from the operator's console.
		This enables the 705 to increase its ability to read and interpret its instructions by a factor of almost seven with respect to the 702.
	www-03.ibm.com /ibm/history/exhibits/mainframe/mainframe_PP705.html (914 words)

	List of IBM products - Wikipedia, the free encyclopedia
		IBM 5081 — Color and monochrome display; separate RGB connections, capable of 1280x1024 resolution, up to 21 inch diagonal.
		IBM 7606 — IBM 7090/IBM 7094/IBM 7094 II Multiplexer and Core Storage Controller for IBM 7302
		IBM 3370 — FBA devices, they are used to store the microcode and configuration information for the 3090.
	en.wikipedia.org /wiki/List_of_IBM_products (2839 words)

	The history of the Mainframe
		A good source for IBM history is their Reference section.
		In a 1954 IBM publication, the 705 was credited with "Forty thousand or twenty thousand characters of high-speed magnetic core storage; Any one of the characters in magnetic core storage can be located or transferred in 17 millionths of a second; Any one of these characters is individually addressable."
		The IBM 1401 was called the Model T of the computer business, because it was the first mass-produced digital, all-transistorized, business computer that could be afforded by many businesses worldwide.
	www.vikingwaters.com /htmlpages/MFHistory.htm (2504 words)

	The IBM 701
		The first unit was installed in 1952 at IBM Headquarters in New York City, replacing the SSEC.
		The IBM 700 series were binary (as opposed to decimal) vacuum-tube logic computers with 36-bit words.
		The 701's vacuum tubes were collected into "pluggable units", a concept introduced with IBM's 604 Electronic Calculating Punch in 1948, which simplified troubleshooting and service of machines that had hundreds or thousands of tubes.
	www.columbia.edu /acis/history/701.html (853 words)

	BRL Report 1961
		IBM Methods One 8-Hour Three 8-Hour Shift Shift Supervisors 1 3 Analysts 8 Programmers 20 Librarians 1 Operators 6 The data processing organization is composed of four groups: Methods Development Methods Programming Programming Standards Computer Operations All operating people are sent to 705 Programming School for three week period and then trained on-thejob.
		IBM Methods 105; 131; 0.80; Mar 60 to Jun 60; time available to qualified organizations This computer is sometimes used as standby for customer use and customer test.
		IBM Methods A unique system advantage is a 705 III with ability to operate as 705 I, 705-2 or 705-3 with 754 Tape Control or data synchronizers.
	ed-thelen.org /comp-hist/BRL61-ibm0705III.html (5502 words)

	[No title]
		TIMELINE OF THE IBM STRETCH/HARVEST ERA (1956-1961)* PROLOG 1944: Mark I, the first general purpose digital computer was built at Harvard under the direction of Howard Aiken.
		The 705 III was last of the large vacuum tube machines.
		IBM discussed building a "Ten-Megapulse" computer with 60 bit word, 2 microsecond core memory, fast tapes, I/O Exchange, and maybe a magnetic disk.
	archive.computerhistory.org /resources/text/IBM/Stretch/102636400.txt (2269 words)

	Doug Jones's punched card codes
		IBM's BCD codes were all more complex, partly because of a desire to represent the numeral zero with the 6-bit numeric code 000000 (in the IBM 704, 709, 7040 and 7090) or with 001010 (in the IBM 705, 7080, 1401, 1410 and 1414).
		The IBM model 026 keypunch, introduced in July 1949, was the workhorse of much early work in business data processing, and although it was incapable of automatically punching the large character set required by most programming languages, many model 026 punches remained in use into the early 1970's.
		Given the sparse nature of the IBM 026 character set and the larger character sets supported by printers of the era, many computer manufacturers developed proprietary extensions of their own, some with a great degree of compatability with IBM's later character set extensions, and some with little or no compatability.
	www.cs.uiowa.edu /~jones/cards/codes.html (2243 words)

	Mainframe
		The 704 and the 705 were the first commercial machines with core memories.
		The basic IBM 650 has 2000 words of memory and 60 words of core memory.
		The IBM 1401 is called the Model T of the computer business, because it is the first mass-produced digital, all-transistorized, business computer that can be afforded by many businesses worldwide.
	www.thocp.net /hardware/mainframe.htm (3279 words)

	40K to Y2K
		Since the 1930s IBM had built a series of calculators in the 600 series that contributed to the versatility of the card processing equipment that was their major product.
		The IBM 650 was an interesting computer that used a rotating drum for its memory.
		IBM knew because of their punched card business that the computer had to be simpler to operate.
	www.redriverok.com /lwilcox/Techno2000/40K-Y2K.html (6459 words)

	IBM-705-1954
		The IBM 705 Electronic Data Processing Machine was announced in October 1954.
		The 705 was a successor to the IBM 702.
		The 705 used magnetic core memory which could hold 20,000 characters, twice that of the IBM 702.
	www.computermuseum.li /Testpage/IBM-705-1954.htm (73 words)

	BRL Report 1961
		IBM 1401C with 1402, 1403 and two 729 requested (now pending) to replace card reader, punch and EAM equipment and intended to divert from 705 some of smaller jobs.
		The IBM 1401 equipment requested consists of: 1 1401/C3 Processing Unit 1 14021 Card Read Punch 1 14032 Printer 4 729 II Tape Units The IBM 1401 Processing Unit will be equipped with four special devices which provide for high-low-equal compare, multiply-divide, print storage, and advance programming.
		These are to be used in conjunction with the IBM 705 Systems to relieve the large scale computers of the less involved processing, particularly in editing and sorting operations.
	ed-thelen.org /comp-hist/BRL61-ibm0705.html (12402 words)

	IBM Archives: IBM 705 at Banco di Roma
		IBM Archives: IBM 705 at Banco di Roma
		An IBM 705 Electronic Data Processing Machine is seen here in December 1958 at the Banco di Roma.
		The 705 was ideal for nonstop processing of huge financial files.
	www-03.ibm.com /ibm/history/exhibits/italy/italy_3404ph15.html (50 words)

	IBM 705 (Site not responding. Last check: 2007-09-20)
		The 705 was a followon to the 702 with the same type of architecture.
		When offline a tape drive was connected to the control unit which could then read to tape or punch or print from tape.
		These units were also available separately from the 705 and were often used with other 700-series machines as offline peripherals.
	www.piercefuller.com /library/ibm705.html?id=ibm705 (112 words)

	[No title]
		The IBM 705 was a first generation tube based computer.
		The IBM 704 (announced in 1954) also had core memory, but was generally regarded as a scientific computer.
		Below is a 705 operator console as shown in an original 1955 marketing brochure in The Gallery's collection.
	www.thegalleryofoldiron.com /705.HTM (379 words)

	CNN - 1955: IBM customers form the first computer user group - May 5, 1999
		IBM opens its first data center so customers can test programs before their machines are delivered.
		IBM introduces the IBM 705, with magnetic core memory.
		These were very influential in directing IBM as to how they should behave in the technical world.
	www.cnn.com /TECH/computing/9905/05/1955.idg (983 words)

	IBM 704 (Site not responding. Last check: 2007-09-20)
		The 704, and IBM 709 which had the same basic architecture, represented a substantial step forward from the IBM 650's magnetic drum storage as they provided random access at electronic speed to core storage, typically 32k words of 36 bits each.
		The IBM 705 was the business counterpart of the 704.
		Very few 700 series computers remained in service by 1965, but the IBM 7090, using transistors but similar in logical structure, remained an important machine until the production of the earliest integrated circuits.
	burks.bton.ac.uk /burks/foldoc/3/55.htm (616 words)

	Research Notes & Special Studies by the Historian's Office
		This was a machine developed by IBM expressly for the new Social Security program and deployed to this task in early 1937.
		According to the IBM account salesman, H.J. McDonald, IBM President Tom Watson had ordered the development of the Collator because he was concerned that the government would not otherwise be able to meet its obligations under the new Social Security program.
		The 705 gradually took over most of the accounting functions associated with the Social Security program, and continued in use until the 1960s when later generations of electronic computers replaced it.
	www.ssa.gov /history/ibm.html (448 words)

	Statistics: Power from Data! Computers at Statistics Canada
		The IBM 360/65 is replaced by an IBM S/370-165 with a capacity of 1,536,000 bytes.
		The mainframe capacity of the IBM S/370-168 is 3 million bytes and the disk storage capacity is 5.2 billion bytes.
		Fernand Bélisle, born in the Eastern Townships of Quebec in 1889, became a legend in the DBS [Dominion Bureau of Statistics] as a mechanical genius.
	www.statcan.ca /english/edu/power/ch4/stat/computers2.htm (1009 words)

	Mainframes
		The last of IBM's first generation of big scientific vacuum tube computers, this machine was built in 1959.
		Also see the IBM 650 manual project and the IBM pluggable units project in progress.
		The IBM 7094 Model I was a middle member of IBM's second generation of scientific computers, built with discrete transistors.
	www.piercefuller.com /collect/main.html (425 words)

	IBM launches 'Blue Hammer' Web server cluster
		IBM said Blue Hammer will allow e-commerce companies to more easily manage their multiple, high-performance IBM computers used to host Internet sites.
		IBM said the Blue Hammer system allows e-commerce firms to manage all the S80 servers in the cluster simultaneously from a single point of control.
		IBM said it also plans to expand the S80 cluster system to include its 80-class Unix midrange servers – the M80 and H80 – by the end of the second quarter next year.
	www.networkworld.com /news/2000/0911ibmhammer.html (598 words)

	Computer History Museum - International Business Machines Corporation (IBM) - IBM Personal Computers For the Office, ...
		IBM is, perhaps, the best known computer company in the world.
		Their first large contract was to provide tabulating equipment for the tabulation and analysis of the 1890 US census.
		IBM was the world leader in providing computer systems for both business and scientific applications.
	www.computerhistory.org /brochures/companies.php?alpha=g-i&company=com-42bc1c9094e22 (214 words)

	Digital Chameleon Series
		IBM practically ruled the American computer and data processing industries from the end of World War II to the early 1980s.
		Even today, the phrase "IBM compatable" remains with us long after their dominant days are over, and the concepts that underlie that phrase were set during this time.
		IBM was understandably upset at this, so in order to maintain their technological lead they initated a study known today as the SPREAD report.
	www.zophar.net /articles/dc/dc_article1.html (1363 words)

	ThirdAge Discussions - Computers: The Good Old Days
		IBM 704 - 1955-60; a redesigned 701; 123 made; both CRT and mag-core memories, latter making rejuvenation cycle unnecessary; added index registers for faster instruction modification.
		IBM 705 mod I - 1954-?; successor to 702; 20,000-char magnetic-core mem; faster access cycle; convention to enter 5-char instructions on word boundaries yielded one fetch cycle per instruction.
		IBM 1401; 1960-?; 'mini-computer'; solid state transister circuitry; familiar punch card in/out; HS Printer.
	www.thirdage.com /WebX?14@5.7HRqblweYDZ^0@.ee8beb5 (756 words)

	IBM 704 Definition. Define IBM 704. What is IBM 704?
		A large, scientific computer made by {IBM} and used by the largest commercial, government and educational institutions.
		The IBM 704 had 36-bit memory words, 15-bit addresses and instructions with one address.
		The 705 was a decimal machine with a circular register which could hold several variables (numbers, values) at the same time.
	www.learnthat.com /define/view.asp?id=889 (671 words)

	SI - readmsg.aspx msgid=3176008
		I suspect that the 3083s are pre 360s and were not installed to replace any IBM 360s.
		I could be mistaken but I think the 3083s (or was it the 3085) was a one for one transistored version of the vacuum tube IBM 705.
		The first programming gig I did was at NSA on an IBM 705 and at that point there was NO assembler language.
	www.siliconinvestor.com /readmsg.aspx?msgid=3176008 (367 words)

	[No title]
		I can't remember the model number for the other one (5110?), although someone else here probably can.
		IBM RT, the first of the RISC machines (may it rest in hell).
		This would have been around the same time as the Apple I but after the Altair.
	fms.komkon.org /comp/misc/List.txt (617 words)

	The Sohio News May, 1955
		The 705 actually consists of a number of machines.
		As an indication of this change, 20 Sohioans already have taken four-week training courses at the IBM school in Cleveland.
		And the tape can be fed into the 705 in 30 minutes, while it would take 40 to 50 hours with cards and present equipment.
	www.dantiques.com /sohio/sohionews/9-5/p1.htm (2779 words)

	IBM Processor Related Documents
		IBM Printer Type 719-720-730 with Type 760 Control and Storage Unit
		IBM System/360 Component Descriptions – 2841 Storage Control Unit, 2302 Disk Storage, 2311 Disk Storage, 2321 Data Cell Drive, 7320 Drum Storage
		IBM Data Synchronizer Type 767, Circuit Diagrams, Vol.2
	www.thegalleryofoldiron.com /Documents.htm (549 words)

	2001 Newsgroup postings (01/19 - 02/20) Lynn Wheeler
		It probably wasn't until near the end of the summer that anybody from ibm bothered to even mention that there was something else besides OS/PCP (and the BPS loader deck that I had accidently stumbled across).
		For cp/67 and vm/370 the method used was to run the hypervisor in non-translate (real) addressing mode and rely on the PSW bit to switch from relocate mode and non-relocate mode and at the same time for a PSW bit to switch between supervisor state and problem state...
		Each could do I/O. At the time, the IBM shop next door had "clusters" of processors that shared peripherals but not memory (Attached support processors - ASP) and I believe there was a some model of the 360 that supported "attached proccesors" which were sort of like the predecessors of numeric co-processors (no I/O capabilities).
	www.garlic.com /~lynn/2001b.html (16715 words)

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