Year |
Country |
Innovation |
Person |
Company |
Detail |
1600 |
UK |
Multiplication tool |
John Napier |
|
Napier's Bones are an aid to memory facilitating multiplication. They are... |
1623 |
Germany |
First calculator |
Wilhelm Schickard |
|
The Calculating Clock is a 6 digit machine that can add and subtract? |
1644 |
France |
Pascaline invented |
Blaise Pascal |
|
The Pascaline was a 5 digit machine that used a different carry machanism? |
1668 |
UK |
First English calculator |
Samuel Morland |
|
Sir Samuel Morland produced a non-decimal adding machine? |
1674 |
|
Stepped reckoner |
Gottfried Wilhelm von Leibniz |
|
Leibniz designed his stepped reckoner with a moveable carriage? |
1775 |
UK |
Multiplying calculator |
Charles, Earl of Stanhope |
|
Charles, third Earl of Stanhope produces a successful multiplying calculator that is similar to Leibnitz's. |
1776 |
Germany |
Multiplying calculator |
Mathieus Hahn |
|
Mathieus Hahn also produces a successful multiplying calculator |
1786 |
|
Concept of a difference engine |
J H Muller |
|
J H Muller first conceptualised the idea of a difference engine? |
1801 |
France |
Punch cards |
Joseph-Marie Jacquard |
|
Joseph-Marie Jacquard ran a textile company and invented the first punch cards to operate looms? |
1820 |
France |
Arithmometer - First mass produced calculator |
Charles de Colmar |
|
Charles de Colmar designed the Arithmometer to be the first mass produced calculator? |
1822 |
UK |
Revised difference engine |
Charles Babbage |
|
Charles Babbage takes Muller's concept of a difference engine and reinvents it? |
1832 |
UK |
Prototype difference engine |
Charles Babbage, Joseph Clement |
|
By 1932 Babbage and engineer Joseph Clement had built a prototype of part of the difference engine? |
1834 |
Sweden |
Wooden difference engine |
George Scheutz |
|
In 1834 George Scheutz, a Swedish engineer produces a small version of the difference engine? |
1834 |
UK |
Analytical engine |
Charles Babbage |
|
Babbage conceives and begins to design the analytical engine; a new computer based around punch cards and operating on 40 digit numbers? |
1843 |
Sweden |
Difference engine |
George Scheuz, Edvard Scheutz |
|
George Scheutz and his son Edvard produce a version of the difference engine with a printer? |
1847 |
UK |
Difference engine - improved |
Charles Babbage |
|
Babbage designs more improvements into the difference engine that will operate on 7th order differences? |
1853 |
Sweden |
First full scale difference engine |
George Scheuz, Edvard Scheutz |
|
George Scheutz and his son Edvard finally complete a full scale difference engine? |
1854 |
UK |
Publication - Laws of Thought |
George Boole |
|
George Boole published his work "An Investigation of the Laws of Thought..." when he was 39? |
1856 |
UK / USA |
First Transatlantic cable |
|
|
|
1858 |
USA |
First Tabulating Machine sold |
|
|
The first Tabulating Machine is purchased by the Dudly Observatory in Albany, New York? |
1868 |
|
First QWERTY keyboard |
|
|
First QWERTY keyboard |
1871 |
UK |
Prototype analytical engine |
Charles Babbage |
|
Babbage produces a prototype of the Analytical Engine's printer and mill |
1874 |
Sweden |
Odhner calculator invented |
W T Odhner |
|
|
1878 |
Spain |
First calculator with internal multiplication table |
Ramon Verea |
|
Ramon Verea, living in New York City, invents a calculator? |
1879 |
UK |
Analytical engine |
|
|
A committee investigates the feasibility? |
1885 |
USA |
First printing adding machine |
William Burroughs |
|
William Burroughs patents an adding machine that prints lists of added numbers? |
1885 |
USA / Sweden |
First variable toothed gear calculator |
Frank Baldwin (USA) W T Odhner (Sweden) |
|
A multiplying calculator more compact than the Arithmometer enters mass production? |
1886 |
USA |
American Arithmometer Company founded |
William Burroughs |
|
Burroughs patents an adding machine that prints lists of added numbers. The following year, he founds the American Arithmometer Company? |
1886 |
USA |
Comptometer |
Dorr E Felt |
|
Dorr E. Felt (1862-1930), of Chicago, makes his "Comptometer"? |
1889 |
USA |
First printing desk calculator |
Dorr E Felt |
|
Felt invents the first printing desk calculator |
1890 |
USA |
US Census calculated on punch cards |
Herman Hollerith |
MIT, Cambridge, Mass. |
US Census results are tabulated for the first time with significant mechanical aid? |
1892 |
USA |
First commercially successful desk calculator |
William Burroughs |
|
Burroughs invents a machine similar to Felt's? |
1893 |
|
Millionaire calculator |
|
|
The Millionaire calculator is introduced? |
1906 |
UK |
Analytical engine mill |
Henry Babbage |
R W Munro |
|
1914 |
USA |
|
Thomas Watson Sr. |
Tabulating Machine Company |
Thomas Watson Sr. joins the Tabulating Machine Co and reinvents it as IBM |
1918 |
Germany |
Enigma machine used to code messages |
|
|
|
1919 |
|
Flip top circuit design |
W H Eccles, F W Jordan |
|
W H Eccles and F W Jordan publish the first flip-flop circuit design |
1928 |
|
Teletype |
|
|
Teletype introduced |
1928 |
USA |
Differential computer |
|
|
|
1931 |
UK |
Binary digital counter |
E Wyn-Williams |
Cambridge University |
E Wynn-Williams at Cambridge University, UK, uses thyratron tubes? |
1935 |
USA |
IBM 601 |
|
IBM |
IBM introduces the IBM 601? |
1937 |
USA |
1-bit relay adder |
George Stibitz |
Bell Telephone Lab. |
Stibitz, constructs a demonstration 1-bit binary adder using relays. |
1937 |
UK |
Paper - "Computable Numbers" |
Alan Turing |
Cambridge University |
Turing publishes a paper on "computable numbers"? |
1938 |
|
Concept - Symbolic logic |
Claude E Shannon |
|
Shannon publishes a paper on the implementation of symbolic logic using relays |
1938 |
Germany |
Z1 |
Konrad Zuse, Helmut Schreyer |
|
Zuse and Schreyer complete a prototype mechanical binary programmable calculator... |
1938 |
USA |
Vacuum tube adder |
John Atanasoff, Clifford Berry |
Iowa State College |
Atanasoff and Berry complete a prototype 16-bit adder? |
1939 |
Germany |
Z2 prototype |
Konrad Zuse, Helmut Schreyer |
|
Zuse and Schreyer begin work on the Z2 (V2)? |
1939 |
USA |
Hewlett Packard formed |
David Packard, William Hewlett |
Hewlett Packard |
David Packard and William Hewlett start a company in Hewlett's garage? |
1940 |
USA |
Model 1 Relay Calculator |
Samaul Williams, George Stibitz |
Bell Labs |
Samuel Williams and Stibitz complete a calculator which can operate on complex numbers? |
1940 |
|
Concept - Boolean logic |
Claude E Shannon |
|
Claude Shannon writes about Boolean logic |
1940 |
Germany |
Z2 completed |
Konrad Zuse |
|
Zuse is released from the army and completes the Z2. It works better than the Z1, but isn't reliable enough. |
1941 |
USA |
ABC Computer |
John Atanasoff, Clifford Berry |
|
Atanasoff and Berry complete a special-purpose calculator for solving systems of simultaneous linear equations? |
1941 |
Germany |
Z3 |
Konrad Zuse |
German Aeronautical Research Institute |
Working with limited backing from the DVL (German Aero Nautical Research Institute), Zuse completes the "V3" (later "Z3")? |
1943 |
|
ASCC Mark 1 |
Howard Aiken |
Harvard University / IBM |
Aiken and his team complete the "ASCC Mark I" ("Automatic Sequence-Controlled Calculator Mark I"), also called the "Harvard Mark I".. |
1943 |
UK |
Colossus - First programmable electronic computer |
Tommy Flowers |
Bletchley Park (GCCS) |
Colossus begins decoding German Enigma messages.... |
1943 |
|
Relay Interpolator (Model 1 Relay Calculator) |
Samaul Williams, George Stibitz |
|
Williams and Stibitz complete the "Relay Interpolator |
1944 |
USA |
ENIAC project started |
John W Mauchly, J Presper Eckert |
|
|
1944 |
Germany |
Z4 |
Konrad Zuse |
|
Zuse almost completes his first full-scale machine |
1944 |
USA |
Harvard Mark 1 |
Howard Aiken |
|
Harvard engineers complete the Mark I |
1945 |
Germany |
Plankalkul language |
Konrad Zuse |
|
Konrad Zuse invents a programming language called Plankalkul. (Germany) |
1945 |
USA |
Concept Paper - EDVAC |
John von Neumann |
|
John von Neumann (1903-1957), having joined the ENIAC team |
1945 |
USA |
ENIAC completed |
John W Mauchly, J Presper Eckert |
|
John W. Mauchly and J. Presper Eckert and their team at the Moore School of Electrical Engineering |
1945 |
USA |
First computer bug |
Grace Hopper |
|
Grace Hopper, a computer scientist and mathematician |
1946 |
USA |
ENIAC revealed to public |
|
|
The ENIAC is revealed to the public |
1947 |
USA |
Harvard Mark II |
Howard Aiken |
|
Aiken and his team complete the "Harvard Mark II |
1947 |
USA |
Patent on magnetic core memory |
Frederick Viehe |
|
Frederick Viehe of Los Angeles, applies for a patent on an invention which is to use magnetic core memory |
1947 |
USA |
Predicts that USA will need total of 6 electronic computers |
Howard Aiken |
|
Howard Aiken predicts that the United States will need a total of six electronic digital computers |
1947 |
USA |
Transistor invented |
William Schockley, Walter Braitton, John Bardeen |
Bell Labs |
Bell Telephone Laboratories invent the transistor |
1947 |
UK |
Binary display tube |
Frederick Williams |
|
Sir Frederick Williams creates a tube for binary display (GB) |
1948 |
USA |
SSEC |
Wallace Eckert |
IBM |
Wallace Eckert of IBM, with his team, completes the "SSEC" ("Selective Sequence Electronic Calculator" |
1948 |
USA |
Cybernetics developed |
|
MIT, Cambridge, Mass. |
Cybernetics developed at MIT (Massachusettes Institute of Technology) |
1948 |
UK |
SSEM (Baby) - First stored program computer |
Frederick Williams |
Manchester University |
Newman, Freddie C. Williams, and their team at Manchester University |
1948 |
USA |
ENIAC |
Richard Clipper, Nicholas Metropolis |
BRL |
The ENIAC is improved, using ideas from Richard F. Clipper of the BRL |
1948 |
Poland |
Curta calculator |
Curt Herzstark |
|
The Curta mechanical calculator is introduced. |
1948 |
USA |
IBM 604 |
|
IBM |
IBM introduces the "IBM 604", a programmable calculator and card punch using vacuum tubes |
1948 |
USA |
Company formed |
John Machly, J Presper Eckert |
Eckert-Mauchly Computer Company |
John Mauchly and Presper Eckert found the Eckert-Mauchly Computer Company |
1948 |
China |
Magnetic memory core invented |
An Wang |
|
Twenty-eight-year-old, Shanghai-born An Wang invents the magnetic memory core |
1949 |
|
EDVAC - First use of magnetic tape |
|
|
English scientists develop first computer with memory |
1949 |
UK |
First computers with memory Ferranti Mark 1 & EDSAC |
Frederick Williams, Thomas Kilburn, Wilkes |
Manchester University (Ferranti), Cambridge University (EDSAC) |
The Ferranti Mark I, designed by Frederic Williams and Thomas Kilburn |
1949 |
|
Magnetic core memory improved |
Forrester |
|
Forrester conceives the idea of magnetic core memory |
1949 |
UK |
Ferranti Mark 1- Secondary memory |
|
Manchester University |
The Manchester Mark I, its main memory now upgraded to 128 40-bit words (on two CRTs), acquires a secondary memory |
1949 |
USA |
BINAC (Binary Automatic Computer) - Dual processors |
John Machly, J Presper Eckert |
Eckert-Mauchly Computer Company |
Presper Eckert and John Mauchly, having formed their own company |
1949 |
USA |
Harvard Mark III - Secondary memory |
Howard Aiken |
|
Aiken's team completes the "Harvard Mark III". |
1950 |
USA |
Random access magnetic memory |
Jay Forrester |
MIT, Cambridge, Mass. |
Jay Forrester, founder of the Digital Computer Lab at M.I.T., devises the first random-access magnetic memory |
1950 |
UK |
Pilot ACE |
Alan Turing |
National Physics Laboratory |
A group at the National Physical Laboratory, Teddington, England, complete the "Pilot ACE" |
1950 |
USA |
Simon - First digital personal computer |
Edmund Berkeley |
|
Simon, the first digital personal computer constructed based upon plans published by Edmund Berkeley |
1950 |
USA |
Digital modem |
|
US Defence Department |
US Defence Department begin working on the digital modem |
1950 |
USA |
SEAC (Standards Eastern Automatic Computer) |
|
US National Bureau of Standards |
A group at the US National Bureau of Standards, Washington, |
1950 |
USA |
SWAC (Standards Western Automatic Computer) |
|
US National Bureau of Standards |
SEAC's western counterpart "SWAC", in Los Angeles, is completed |
1950 |
USA |
UNIVAC - First US commercial computer |
John Machly, J Presper Eckert |
Remington Rand |
Presper Eckert and John Mauchly, having sold their company to Remington Rand, complete the first "UNIVAC" |
1950 |
Germany |
Z4 |
Konrad Zuse |
|
Zuse's Z4 is finally completed and goes into service at ETH (Federal Polytechical Institute) in Zurich, Switzerland |
1950 |
UK |
Comment |
Douglas Hartree |
|
Douglas Hartree (the leading expert in the country on the specialized computing machines called differential analyzers) |
1951 |
China |
Wang Laboratories founded |
An Wang |
Want Laboratories |
|
1951 |
USA |
Whirlwind - First real time computer |
|
US Air Defence Department |
Whirlwind, the first real-time computer was built for the US Air Defence System |
1951 |
UK |
Manchester Mark II - First UK commercial computer |
|
Ferranti |
Ferranti Ltd. completes the first commercial computer. |
1951 |
UK |
Leo 1 (Lyons Electronic Office) - First computer used for commercial calculations |
T Raymond Thompson, John Simmons |
|
The Lyons company receives its reward for supporting the EDSAC |
1951 |
USA |
A-0 - First compiler |
Grace Hopper |
Remington Rand |
Grace Murray Hopper implements the first compiler, the "A-0". |
1952 |
USA |
EDVAC completed |
|
|
The EDVAC is finally completed. |
1952 |
USA |
IBM 701 - First IBM computer |
|
IBM |
The IBM "Defense Calculator", later renamed the "701", |
1952 |
USA |
First computer anti-trust suit |
|
Justice Department vs IBM |
The Justice Department files suit against IBM for allegedly monopolistic practices in its computer business. |
1955 |
|
GENIAC - Digital personal computer |
Edmund Berkeley |
|
Edmund Berkeley distributes GENIAC digital personal computer |
1955 |
USA |
UNIVAC - First commercial computer using transistors |
|
|
Univac introduces commercially available computer using transistors |
1956 |
|
305 RAMAC - First hard drive |
|
|
The 305 RAMAC (Random Access Method of Accounting and Control) is launched, marking the first hard drive |
1957 |
USA |
DEC founded |
Henneth Oslsen |
DEC (Digital Equipment Corporation) |
Kenneth Olsen, a member of the M.I.T. team that built the Whirlwind in 1951, founds Digital Equipment Corp. |
1957 |
USA |
ARPA (Advanced Research Projects Agency) founded |
Neil McElroy |
|
Secretary of Defense Neil McElroy proposes the creation of a defense department research agency, |
1958 |
USA |
Integrated circuits developed |
Jack Kirby |
Texas Instruments |
Jack Kirby develops integrated circuits at Texas Instruments Integrated circuit provided breakthrough. |
1958 |
USA |
First video game |
William Higinbotham |
Brookhaven National Laboratory |
Willy Higinbotham invents the first video game at Brookhaven National Laboratory |
1958 |
|
Heathkit - First kit analog desktop computer |
|
Heath |
Heathkit introduces EC-1 an analog desktop computer in kit form |
1959 |
USA |
Integrated circuit developments |
Robert Noyce |
Fairchild Semiconductor |
|
1960 |
USA |
Packet switching |
|
ARPA |
Work of ARPANET develops packet switching to allow routing |
1960 |
|
Hypertext |
Theodore H Nelson |
|
Theodore H Nelson starts working on hypertext |
1960 |
USA |
COBOL (Common Business Oriented Language) developed |
|
|
Common Business Oriented Language program language (COBOL) developed (US) |
1960 |
|
Percentron computer |
Frank Rosenblatt |
|
Frank Rosenblatt completes Perceptron Computer that learns by trial & error |
1960 |
USA |
PDP 1 (Programmed Data Processor) |
|
DEC (Digital Equipment Corporation) |
PDP1 (Programmed Data Processor predecessor of the mini computer released by DEC (Digital Equipment Corporation) |
1963 |
USA |
Mouse invented |
Douglas Englebart |
Stanford Research Institute |
The first mouse Doug Engelbart, a researcher at Stanford Research Institute, |
1963 |
USA |
ASCI (American Standard Code of Information Exchange) |
|
|
American Standard Code for Information Interchange (ASCII) accepted |
1963 |
UK |
Anita - First fully electronic desktop calculator |
|
Bell Punch & Sumlock Comptometer |
Anita, first fully electronic desktop calculator released by Bell Punch & Sumlock-Comptometer (UK) |
1964 |
USA |
Moore's Law |
Gordon Moore |
|
Gordon Moore, future Intel cofounder, suggests integrated circuits will double in complexity every year |
1964 |
USA |
BASIC _ Programming language developed |
Thomas Kurtz, John Kemeny |
|
Thomas Kurtz and John Kemeny develop BASIC computer language (US) |
1967 |
USA |
ARPANET - Concept network without central hub |
|
|
At a computer conference in Tennessee, Larry Roberts presents a paper outlining the basics of ARPANET, |
1967 |
USA |
Logo programming language developed |
Seymour Papert |
|
Seymour Papert develops LOGO computer language for children to control Turtle (US) |
1967 |
USA |
Cal Tech - First hand held electronic calculator |
Jack Kirby, Jerry Merryman, James Van Tassel |
|
Jack Kirby, Jerry D. Merryman and James Van Tassel invent, Cal Tech first electronic hand held calculator |
1968 |
USA |
Intel founded |
Robert Noyce, Gordon Moore |
|
Robert Noyce and Gordon Moore leave Fairchild Semiconductor to create their own semiconductor company, Intel. |
1968 |
USA |
First computer with point and click interface |
Douglas Englebart |
Stanford Research Institute |
Stanford Research Institute's Douglas Engelbart presents a computer system with a point-and-click interface and a mouse |
1968 |
USA |
Proposal - ARPANET backbone |
Bolt, Baranek, Newman |
|
ARPA sends out a request for proposals to build machines that will act as switchboards for the proposed ARPANET. |
1968 |
USA |
B2500 & B3500 - First computers with integrated curcuits |
|
Burroughs |
Burroughs introduces B2500 & 3500 first computers with integrated circuits (US) |
1969 |
USA |
First ARPANET node |
Bolt, Baranek, Newman |
|
BBN's contract to build a series of Interface Message Processors-computers to serve as the backbone for ARPANET-commences. |
1969 |
|
The birth of Unix |
|
|
The birth of Unix |
1969 |
Japan |
QT-8 - First large scale integration calculator |
|
Sharp |
1969 First Large Scale Integration calculator Sharp QT-8 using Rockwell IC chips |
1949 |
UK |
EDSAC (Electronic Delay Storage Automatic Computer |
Maurice Wilkes |
Cambridge University |
Maurice Wilkes and his team at Cambridge University complete the "EDSAC" |
1969 |
USA |
Compuserve founded |
|
Compuserve |
Compu-Serv, which later becomes online service CompuServe, is founded |
1970 |
USA |
ALOHANET |
Norman Abramson |
|
Developed by Norman Abramson at the University of Hawaii, ALOHANET launches |
1970 |
USA |
Xerox PARC |
|
Xerox |
Xerox forms and advanced research center? |
1970 |
|
Imlac PDS-1 |
|
|
Imlac PDS-1? |
1971 |
USA |
First email |
Ray Tomlinson |
BBN |
Messages sent acros ARPANET? |
1971 |
USA |
First microprocessor |
Marcian Hoff |
Intel |
Intel market first CPU |
1971 |
USA |
US Govt. commission ARPANET |
Vinton Cerf, Robert Khan |
|
Vinton Cerf, head of the International Network Working Group, and Robert Kahn are commissioned by the government to extend ARPANET for military and government use? |
1971 |
USA |
First personal computer marketing commercially |
John V. Blankenbaker |
|
John V. Blankenbaker offers the Kenbak-1? |
1971 |
USA |
8" floppy disk |
|
IBM |
8" floppy disk developed at IBM |
1972 |
USA |
Cray Research founded |
Seymour Cray |
Cray |
Seymour Cray founds Cray Research? |
1972 |
USA |
World's first electronic calculator |
|
Hewlett-Packard |
Hewlett-Packard introduces the world's first electronic calculator? |
1972 |
USA |
First 8-bit processor |
|
Intel |
Intel develops 1st 8-Bit processor, the 8008 (US) |
1972 |
USA |
Pong game created |
Nolan Bushnell |
Atari |
Nolen bushnell creates Atari Pong |
1973 |
USA |
Point and click interface |
|
Xerox |
Alto, a workstation using a mouse, graphics, and a point-and-click interface, is completed? |
1973 |
USA |
Ethernet developed |
Robert Metcalfe |
Xerox |
Robert Metcalfe of Xerox PARC develops Ethernet? |