(Translated by https://www.hiragana.jp/)
TOYOTA MOTOR CORPORATION GLOBAL WEBSITE | 75 Years of TOYOTA | Technical Development | Electronics Parts
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Technical Development

Electronics Parts

Year
Month
Technology developed and applied
Applicable Vehicle
1955
 
Vacuum tube radio adopted
Crown
 
Motorized clock adopted
Crown
1957
 
Cooler equipped
Crown
1959
 
Fully transistorized radio adopted
Crown
1962
September
Alternator adopted
Crown
1964
April
Power windows, doors with magnetic keyed lock, and automatic headlights become standard
Crown Eight
April
Electric cruise control offered as an option adopted
Crown Eight
1965
 
Air conditioner equipped
Crown
1966
 
Rear defogger adopted
 
1967
 
Retractable headlights adopted
2000GT
 
Transistor-controlled fuel pump adopted
Century
1971
 
Automatic air conditioner equipped
Century
1973
August
'OK monitor' becomes standard
Corona
1974
October
Concealed wipers adopted
Crown
1977
August
Intermittent wipers adopted
Carina
1979
September
Radio with electronic tuner adopted
Crown
September
New cruise computer installed
Crown
1980
October
World's first voice warning system developed and offered as standard
MarkII
 
Electro Auto Compass with new mechanism and microcontroller-controlled automatic air conditioner developed
Crown
 
Electronic compass developed
 
1981
February
Electronic instrument cluster with new mechanism developed
Soarer
July
World's first navigation computer developed
Celica XX
August
Eco Run System developed
Starlet
1982
January
World's first factory-installed rear sonar system adopted
Corona
August
World's first automatic anti-glare rearview mirror developed
MarkII
October
Fiber-optic multiplex communications system adopted
Century
November
World's first hot/cold box with icemaker adopted
Townace, Master Ace Surf
1983
August
New microcontroller-controlled automatic air conditioner developed using the world's first 10-cylinder variable-capacity compressor
Crown
October
Digital color liquid crystal gauges adopted for the first time in Japan
Corona
 
Toyota's single-chip microcontroller (used in the Corolla) receives the Technological Development Award from the Society of Automotive Engineers of Japan
Corolla
1984
August
Smoke-detecting automatic air-purifier developed
MarkII
 
Quick hand warmer with ceramic heater developed
MarkII
 
Turbine fuel pump with built-in tank developed
MR2
1985
January
Electro Multi Vision developed
Soarer
April
Semiconductor business started as one of several new projects
 
 
Linear-motor-driven curtains developed
Hiace
 
Electro Multi Vision system developed and installed in the Soarer as the world's first vehicle information display system using a compact CRT
 
1986
January
Liquid crystal anti-glare rearview mirror developed
Soarer
January
Visual information cassettes newly added to the Toyota Electro Multi Vision System
Soarer
January
ME (Microelectronic) Preparation Dept. for the study of the in-house manufacturing of semiconductor established
 
October
Basic plan for the in-house manufacturing of semiconductor approved by Chairman and President
 
1987
March
Basic agreement (for technical licensing of semiconductor) concluded with Toshiba Corporation
 
September
World's first CD-ROM-based navigation system developed
Crown
 
Rearview-monitoring camera developed to help drivers check the rear view
 
1988
September
ME (Microelectronic) Preparation Development Div. established
 
September
Hirose Plant's Semiconductor Plant No. 1 completed
 
 
Clearance sonar using an ultrasonic sensor developed
 
1989
 
Piezo TEMS (Toyota Electric Modulated Suspension) developed
 
 
Self-illuminating analog instrument cluster (Optitron meter) developed
Celsior
 
Electronically controlled four-wheel steering system (4WS) developed
 
 
Electro-hydraulic power steering system (EHPS) developed
 
1990
February 15
Super Live Sound System developed (featuring world-first technologies)
Sera
June
Hirose Plant semiconductor line-off ceremony held
 
July
2-μみゅーm CMOS process and bipolar (ImplaPCT) process startup (Hirose plant)
 
July
Regular mass production of ICs for detecting lamp failures commenced (Hirose plant)
Corona Exiv
 
Toyota Direct Ignition (TDI) system (and igniter) developed
 
1991
May
IC production reaches cumulative total of 100,000 units since its start in 1990 (Hirose plant)
 
 
GPS car navigation system developed
Soarer, Crown
 
TFT liquid crystal display developed
 
 
Active Four-Wheel Steering System (4WS) developed as the first system of its kind in the world to use a yaw rate sensor
 
1992
 
World's first GPS voice navigation system developed
Celsior
 
Front-passenger seat airbag developed
Celsior
 
Mass production of 1-bit microcontroller for body control commenced (Hirose plant)
 
1994
December
G sensor production commenced (Hirose plant)
 
 
Audio Video Communication - Local Area Network (AVC-LAN) developed
 
1995
July
2-μみゅーm BiCMOS process startup (Hirose plant)
 
 
Vehicle Stability Control (VSC) developed
Crown Majesta
1996
January
Power MOS process initiated (Hirose plant)
 
July
1.2-μみゅーm CMOS process startup (Hirose plant)
 
 
AI-SHIFT control system developed
 
 
S-TEMS developed
 
 
Navigation system compatible with Vehicle Information and Communication System (VICS) developed
 
 
Side airbag control system developed
 
 
Super ECT control system developed
 
 
Sports-Steer Shiftmatic control system developed
 
 
Multi-function wireless key system developed
 
 
IC shipments reach 10 million units (Hirose plant)
 
1997
May
Brake Assist developed
Raum
May
Fine bipolar process startup (Hirose plant)
 
August
Cruise control system using laser radar developed
Celsior
October
Electric Motor Power Steering (EMPS) developed
Prius
October
World's first insulated gate bipolar transistor (IGBT) module for hybrid vehicle motor control developed
Prius
October
Toyota Hybrid System (THS) for hybrid vehicle control developed
Prius
October
Mass production of planar IGBT for hybrid vehicles commenced (Hirose plant)
Prius
December
Regenerative braking system adopted
Prius
 
Active Rear Steer (ARS) control system developed
 
 
Automatic Sound Levelizer (ASL) developed
 
 
Body Electronics Area Network (BEAN) developed
 
 
Navigation system using Differential GPS developed as a factory-installed option
 
 
Built-in unit for MONET, Toyota's first telematics service, developed
 
 
Occupant-sensing airbag control system developed
 
1998
 
DVD-based navigation system developed
 
 
NAVI AI-SHIFT, featuring world-first technologies, developed
Progres
1999
January
Mass production of ICs for ABS commenced (Hirose plant)
 
March
Hirose Plant acquires ISO 14001 certification
 
June
Mass production of ICs for controlling airbags commenced (Hirose plant)
 
June
R/S-ISCV driver jointly developed with Aisan Industry Co., Ltd.
 
June
Compound semiconductor (GaAs) process startup (Hirose plant)
 
June
First-generation BiCDMOS process startup (Hirose plant)
 
 
32-bit powertrain control ECU developed
 
 
Real-time OS for controlling powertrains developed
 
 
Idling Stop System using a strengthened starter developed for Europe (Reinforced starter)
Yaris with European specifications
2000
February
Hirose Plant holds a ceremony to mark its 10th year of operation
 
March
0.8-μみゅーm CMOS process startup (Hirose plant)
 
April
Mass production of Trench IGBT for hybrid vehicles commenced (Hirose plant)
 
April
Hirose Plant's Semiconductor Plant No. 2 completed
 
August
Laser-type radar cruise control system with brake control developed
Celsior
August
Emergency alert system (HELPNET in Japan and LEXUS LINK in the U.S.) developed
Celsior, Lexus LS
December 18
Hirose Plant's Semiconductor Plant No. 2 line-off ceremony held (Hirose plant)
 
 
Onboard ETC unit developed as a factory-installed option
 
 
Smart Key System developed
Celsior
 
Backup guide monitor system developed
Gaia
2001
January 1
Direct tire pressure warning system developed jointly with Pacific Industrial Co., Ltd. and Denso Corporation
Soarer, SC
June 18
Electronically Controlled Brake (ECB) system, the first system of its kind in the world to be mass produced, adopted in the Estima Hybrid
 
 
Electronic 4WD control system 'E-Four' developed
Estima Hybrid
 
Second-generation hybrid system Toyota Hybrid System-CTV (THS-C) developed
Estima Hybrid
 
Mild hybrid system Toyota Hybrid System-Mild (THS-M) with 42-volt, belt-driven motor/generator developed
Crown Mild Hybrid
2002
July
Toyota participates in the HALCA next-generation semiconductor manufacturing system technology development project based on collaboration among industries, the government, and academic institutions
 
 
Built-in unit for a new telematics service 'G-BOOK' developed
WiLL Cypha
 
Variable Gear Ratio Steering (VGRS) control system developed
 
 
Night View system developed
Land Cruiser Cygnus
 
Rear seat entertainment system developed
Alphard
 
Lane Monitoring System developed
Alphard
 
Roll-over sensor and control logic developed
Land Cruiser 100
2003
February
Pre-Collision System, using millimeter wave radar for the first time in the world in such a system, developed
Harrier
March
Production of nine kinds of parts, such as the high pressure IGBT and ASIC for brake control for the 2nd Prius commenced (Hirose plant)
Prius
April
Second-generation BiCDMOS process started up (Hirose plant)
 
May 15
New, more advanced hard-drive-based navigation system and the industry's first DVD-based navigation system with a built-in ETC launched
 
August
Pre-Collision System with brake control developed
Celsior
October
Yaw rate sensor with an integrated G sensor developed internally and offered on the Crown
Crown
 
Bluetooth-compatible hands-free system developed
 
 
Intelligent Adaptive Front-Lighting System (I-AFS) developed
 
 
Toyota Intelligent Idling Stop (TIIS) system using two power supplies (lithium-ion and lead-acid batteries) developed
Vitz
 
Intelligent Parking Assist system, the first of its kind in the world, developed
Prius
 
Electro Shiftmatic, Toyota's first shift-by-wire system, developed
Prius
 
World's first front and side view monitoring system developed
Harrier
 
Cornering assist monitor with treat monitor developed
Estima
 
Push-button starter control system developed
Prius
 
Adaptive Cruise Control (ACC) system using millimeter wave radar developed
Celsior
 
THS II new hybrid system developed
Prius
2004
July
Pre-Collision System that uses both millimeter wave radar and images from a CMOS camera developed
Crown Majesta
2004
 
Vehicle Dynamics Integrated Management (VDIM) system developed
Crown Majesta
 
World's first radar cruise control system with a low-speed tracking mode developed
Crown Majesta
 
Lane Keeping Assist control system developed
Crown Majesta
 
World's first steering-angle-response clearance sonar developed
Isis
2005
March
Ceremony held to commemorate cumulative shipment of 100 million units of ICs (Hirose plant)
 
August
Navigation system compatible with the Lexus G-Link telematics service developed
Lexus GS, SC, IS
 
Adaptive Variable Suspension (AVS) developed
Lexus GS 430
 
Navigation system compatible with G-BOOK ALPHA developed
Alphard
 
Hard-drive-based navigation system developed as a factory-installed option
Alphard
 
Active stabilizer control system developed
Lexus GS 430
 
Driver-assist Braking Control (DABC) developed
Lexus GS 430
 
New THS II, a high-power hybrid system, developed
Harrier Hybrid, Kluger Hybrid
2006
January
Panoramic Super-live Sound System developed
Estima
March
World's fist hybrid system exclusively for rear-wheel-drive passenger cars developed
Lexus GS 450h
March
Pre-Collision System with world's first driver-monitoring function developed
Lexus GS 450h
April
Pre-Collision System featuring the world's first use of both millimeter wave radar and stereo cameras developed
Lexus LS 460
April
Rear-end Pre-Collision System developed
Lexus LS 460
July
Remote immobilizer developed
Lexus LS 460
September
Intelligent Parking Assist with ultrasonic sensors developed
Lexus LS 460
September
Radar cruise control system with all-speed tracking function developed
Lexus LS 460
September
Electronic parking brake developed
Lexus LS 460
2007
February 8
Map on Demand, a technology for distributing map updates to car navigation systems, developed as the first of its kind in the world
 
April
Navigation system compatible with G-BOOK mX developed and installed first on the Premio and the Allion launched in June
Premio, Allion
September
Media Oriented Systems Transport (MOST) adopted in AVC-LAN
Mark X Zio
2008
January
Pre-Collision System, with the world's first driver-monitoring function for detecting whether the driver's eyes are properly open, developed
Crown
February
Navigation/Artificial Intelligence-Adaptive Variable Suspension System (NAVI/AI-AVS) developed
Crown
February
Active noise control system developed as a Toyota first
Crown Hybrid
February
Night View system with pedestrian detection function developed
Crown Hybrid
February
World's first navigation-linked brake assist function developed
Crown
February
Fine graphic meter developed
Crown Hybrid
2009
February
Production of flat trench IGBT, ASIC for IGBT driver, and the unifying ASIC for brake for the 3rd Prius commenced (Hirose plant)
Prius
March
Front-Side Pre-Collision System developed as the first of its kind in the world
Crown Majesta
June 10
Harmonious Driving Navigator system developed
Lexus HS 250
September
Dedicated Short Range Communications (DSRC) unit developed
 

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