1946

1946
Sep.10th, the first president Kosei Saito founded Ikegami Tsushinki Seisakusho in Ohta-ku, Tokyo to manufacture transformers, choke coils and power supply components.

1948
Feb. 21st, Incorporated

1950~

1950
Developed Automatic Frequency Response Recorder and contributed to development of audio equipment in Japan as first component equipment.

1951
Company name changed to Ikegami Tsushinki Co., Ltd.
Began manufacturing and selling TV studio related equipment.

1955
Developed Monoscope Camera to supply all domestic
TV receiver manufacturers as first domestic model of TV transmitter.

1956
Developed Flying Spot Scanner.

1958
Kawasaki Factory established.

1960~

1960
Developed "TK-31T" transistorized TV camera (1st model) to establish self as full-fleded TV camera manufacturer.
Organized TV Satellite equipment in various Japanese towns, contributed to dissolve difficult sight and hearing area.

1961
Fujisawa Factory established.
Mito Factory established.
Listed in second of Tokyo Stock Exchange.

1962
Supplied CBS of the U.S.A. with first version of a broadcast quality portable TV camera for the live coverage of launch of artical satellite Aurora 7.
Developed Microwave/STL equipment, promoted line of transmitter units through development of microwaverelay units.

1964
American subsidiary established in New York. (Transferred to Maywood, New Jersey in Dec. 1978).

1967
Developed "TGK-6TC" Color Flying Spot Scanner.

1968
Developed Optical Character Recognizer (OCR) in-house product with view to entering computer related market.

1969
Utsunomiya Factory established.
Developed "VF-7001" industrial color camera.

1970~

1970
West Germany Representative Office established in Dusseldorf. (Organized foreign subsidiary Dec., 1980)
Developed "TK-301" Color Camera, played active role in airborne coverage of Osaka Internaitonal Exposition with color camera carried on helicopter. Achieved compact lightweight camera design, improved reliability and stability contributing to faster relay operation.

1971
Developed "TK-301A" Color Camera based on TK-301. This color camera provided dramatic improvement in performance and was supplied to NHK (nationwide) and many commercial broadcast stations as a standard camera. It made the name of Ikegami synonymous with cameras and was used extensively in the Sapporo Winter Olympic Games.
Developed Money Changing Machine for Thousand-yen Bills.Manufactured in-house using bill image recognizing system.

1972
Developed "HL-33" Portable Color Camera, had a lively time of it as ENG (Electric-News Gathering) Camera.

1973
Developed "MKC-309"Medical Camera and started approaching medical electronics market.

1976
Offered a complete line of ENG systems to set up system ordering organization.

1978
Developed "HL-79A" Portable Color Camera, top-of-the-line portable for program production (in-studio and field use)

1979
Developed "PF-701" Compact Microwave Equipment, providing high performance, high reliability, and low power consumption.

1980~

1981
Developed "IM Series" Image Frame Memory, as applied digital product and promoted penetration into computer related markets and peripheral equipment field.
Won Emmy Award (Engineering Section) for development of digital computers of automatic adjustment of color studio cameras (HK-312, HK-357A).

1982
Developed sorting mechanisms for copying machines as OEM products. Developed "Mr. Look Series" Video Information System and started approaching security market.

1983
Haneda Branch of Ikegami Factory established.
Won Emmy Award for technological development of Electronic Cinematography Camera (EC-35) following Oct. 1981 award.
Promoted Development of various HDTV system components and started supplying as signal source for HDTV research to research centers of home electronics manufacturers and government agencies.
Developed "TIE-3000" High-Speed Tablet Inspection Equipment.

1984
Shiohama Branch of Kawasaki Factory established.
Listed in first section of Tokyo Stock Exchange.
Completed nationwide network system (nationwide video information network offered by Japan Races Associate) using optical cable data communication lines, computers, and other state-of-the-art technologies.

1985
Developed Super-Micro Medical CCD Color Camera.
Developed "TF-3000/TFF-2000/TFF-1000" Still Picture Filing System.

1986
Developed New Helicopter Microwave System, Completed total system offering advantages in applications such as emergency news-coverage (by TV stations) and rescue operations in disasters (by police).
Developed "TPP-1000" Ultra-high Precision Color Projector.

1987
Beijing Representative Office established in China.
Developed "DSS-5108C", Video Switcher of the Digital Component System.
Developed "MVS-9", Color Multi-Vision System.

1988
Developed "HL-55 UNICAM" 3CCD Portable Color Camera. Completed full-fledged 3CCD portable color camera that incorporating newly-developed FIT CCD and succeeded in putting CCD broadcast cameras to practical use.
Developed "MKC-100A" Ultra-Compact CCD Color Camera. Added new circuitry to current type used as a multi-purpose broadcast color camera.
Expanded broadcast/video technologies in response to coming direct broadcast satellite services to cope with development of satellite network related systems and components.

1989
Developed 3D Television Camera System. Combined state-of-the-art video technology and unique ergonomics-based know-how to yield high-quality natural-looking 3-dimentional images unmatched by conventional 3D systems.

1990~

1990
Developed "TPP-1600HLB" Ultra-high Precision Color Projector. Attracted attention as a 70" box-type projector incorporating an auto-lock capability with an ultra-wide range to support various video systems.
Developed "HL-V55", a fully-integrated Betacam SP VCR one-piece camera, first from Ikegami.

1991
A subsidiary company, Techno Ikegami Co., Ltd. established. Singapore Representative Office established.
Developed "30/20 Series" Broadcasting Color Monitors corresponding to digital signals.

1992
A subsidiary company, Ikegami Elder Co., Ltd. established.
Developed "MUCCS45", 45Mbits/Digital Coding System with
technical coorporation of KDD.

1993
A subsidiary company, Item Co., Ltd. established.
Domestic sales headquarters, Overseas sales headquarters and Techno Ikegami Co., Ltd moved into the JS Progres building, Ohta-ku, Tokyo for the purpose of expanding Sales and services.
Developed "THD-100" Super-Micro Color Camera, adopting 10bit digital signal form.
Developed "LCM-900" 9" Color Monitor with Liquid Crystal Shutter.

1994
Won Emmy Award (Technology Development Section) for Skin-Tone Detail, Control Edge Enhancement technology.
Developed "DRS Series" Digital Recording System, adopting HDD instead of VCR.

1995
Developed Broadcasting Camera Recorder with digital disk recorders.

1996
Developed "HL-V77 Series" DVCPRO Digital Camera/Recorder Series, with a new digital VCR, DVCPRO.
300sets of Broadcasting Camera, Digital Codec played very actived role in Olympic games. Digital Codec distributed image to Japan through underwater cable of KDD.
Developed "HK-388/388P", "HK-388W/388PW" Ultra-wideband Studio/Field Digital CCD Camera System.

1997
Developed "SKC-100" High-Resolution Mono-chrome Camera for Image processing and measuring.
Developed "THD-330" Compact Digital Process 3CCD Color Camera, marketed in an array of fields including medical services, as well as for monitoring and factory automation.
Developed "PF721" Multi-Band Microwave Link, a dramatic reduction in weight was achieved.

1998
A large order for 49 Studio Cameras (HK-388/HK-388P) was received from the Indian state television broadcaster, Doordarshan India.
Supplied digital TSL (Tranmitter-Studio Link) to Tokyo Broadcasting System. It can transmit pictures and sound at twice the capacity of conventional analog lines.
Developed "HC-400" Professional Digital Video Camera, our new 10-bit digital process IC is used in the camera part.
Developed "HDK-790D/79D" Full Digital HDTV Camera System, compatible with the full spectrum of broadcasting formats, in readiness for digital broadcasting.

1999
Developed the hard disk camera (Editcam2) using the small, lightweight hard disk unit (Fieldpak2) as a recording medium, for further expansion of the possibility of non-linear recording.

2000~

2000
Developed 0.18 micro meter rule next generation ASICs which were first installed into the most advanced broadcast camera in the world.
This was the first product in the world installed in a broadcasting camera.