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Covers Yazaki Corporation exhibition participation, products, technologies, and major customers. Offers exclusive information available only on MarkLines to support research and analysis in the automotive industry.
EEDDS (Electrical/Electronic Distribution & Display Systems)
Wire harnesses -Wire harnesses -Relays -Connectors -Plugs -Noise filters -Junction boxes -Battery cables -In-vehicle network systems -High voltage power distribution systems
HMI (Human Machine Interface) -Cockpit with Driver Monitor -Perspective point meters -Floating display meters -Large display meters -Digital meters -Full graphic meters -Heads-up displays -Ultra High Definition HUDs -Driver Monitoring Systems -Charging inlet with lightings -Illumination type E connectors -HMI Integrated control units -HMI integrated control unit meter integrated type
Charging systems -Charging inlet concept S -Illuminated charging inlets -DC/DC converter high voltage - 12V
Electronic Products -Power switch built-in units -DC/DC converter high voltage -12 V -Junction boxes -Backup Relays -HMI integrated control units -HMI integrated control unit meter integrated types -Power window and door lock control ECUs -Semiconductor power integrations -Zone ECUs -Built-in element connectors -Oil temperature sensors -Current sensor wire harness-penetrating types -Contactless fuel senders
Numazu factory expansion completed; Yazaki Health Insurance Association formed.
June 1959
Yazaki Parts Co., Ltd. established. (Capital: JPY 20,000,000).
Dec. 1959
Production of automobile wiring begun at Yazaki Parts Co., Ltd. Tenryu Factory.
Mar. 1960
Yazaki Meter Co., Ltd. production at Shimada Factory begun. Yazaki Parts Co., Ltd. Gotemda Factory established.
May 1960
Shimada Factory established for production of automotive components.
Dec. 1960
Tokyo factory established for production of automotive instruments.
Apr. 1962
Yazaki Parts Co., Ltd. Ohama Factory established.
Jul. 1963
Adopted the current company name, Yazaki Corp. Spun-off its production division and established Yazaki Wire Co., Ltd., which was capitalized at JPY 50 million.
Dec. 1963
Established a new subsidiary, Thai Arrow Products Co., Ltd., in Thailand. (Paid-in capital of THB 2.5 million)
Yazaki Mechanical Works Co., Ltd. established. (Capital: JPY 10,000,000); production of the V2 model gas meter begun.
Apr. 1965
Liaison Offices in Los Angeles and Melbourne opened.
Nov. 1966
Liaison Office in Basil, Switzerland opened.
Dec. 1966
American Yazaki Corporation established in Chicago, Illinois.
May 1968
Aluminum wire product line established, Numazu Center opened.
Jun. 1970
Taiwan Yazaki Corporation established.
Jul. 1971
Established Yazaki Resources Co., Ltd. Fuji Factory in Gotemba City, Shizuoka Prefecture.
May 1973
Yazaki Australia Proprietary Ltd. (now Australian Arrow Ply. Ltd.) established.
May 1973
Yazaki Parts Co., Ltd. Tochigi Factory established.
Sep. 1973
Yazaki-Torres Manufacturing, Inc. established in the Philippines.
Dec. 1973
Transferred the operations of Yazaki Resources Co., Ltd. Fuji Factory to Yazaki Electric Wire Co., Ltd.
Apr. 1980
Yazaki United Kingdom Ltd. established. YAZAC System marketed.
Jan. 1982
VDO Instruments Australia Ply., Ltd. established.
Jun. 1982
Yazaki Technical Center (YTC) opened.
Jul. 1982
Autopartes y Arneses de Mexico, S.A. de C.V. established.
Mar. 1986
Transferred American Yazaki Corporation to Canton City, Michigan. A new Engineering Center was established within the site.
Jun. 1986
Established Y and V, which is a joint venture with VDO of Germany. The new entity was capitalized at JPY 150 million, with Yazaki injecting a 60% of the share.
Aug. 1986
Yazaki Saltano de Portugal Components Electricos para Automoveis, L.D.A. established.
Nov. 1986
Yazaki Allied (NZ) Ltd. established.
Dec. 1986
Buenaventura Autopartes, S.A.de C.V. established for manufacture and sales of automotive wiring harnesses.
Jan. 1987
American Yazaki Corporation Plymouth Factory and Autopartes y Arneses de Mexico, S.A. de C.V. Asension Plant opened; EDS Engineering GmbH established.
Aug. 1987
YTM Component Inc. established in the Philippines.
Dec. 1987
Established a R&D institution (now YTC America Inc.) for optical technology. (Paid-in capital of USD 3 million)
Dec. 1987
Set up No. 2 plant of Autopartes y Arneses de Mexico, S.A. de C.V.
Mar. 1988
(Tianjin) Tianmei Automotive Parts Co., Ltd. established in China.
May 1988
Yazaki Monel, S.A. established in Spain.
Jun. 1988
Thai Metal Processing Co., Ltd. established.
Mar. 1989
Opened Chihuahua plant of Buenaventura Autopartes, S.A.de C.V.
May 1989
Opened Manila representative office in the Philippines.
July 1989
Opened Casas Grandes Plant of Autopartes y Arneses de Mexico, S.A. de C.V.
Oct. 1990
Shantou SEZ Yazaki Auto Parts Co., Ltd. established in China.
Oct. 1992
Yazaki International Corporation established in US.
Jan. 1993
Production of low tension electrical automotive wire in Portugal commences; Yazaki Saltano de Ovar-Cabos Electricos, Lda. (YSE) established in Portugal; Kumamoto Parts Co., Ltd. renamed Kumamoto Industrial Equipment Co., Ltd.; Western Kyushu Parts Co., Ltd. renamed Nagasaki Parts Co., Ltd.
Jan. 1994
Established NACOM in North America for production of automotive components. (Paid-in capital of USD 25 million)
Apr. 1994
Established EWD Limited Liability Company for production of wiring harnesses in North America. (Paid in capital of USD 50 million)
Jul. 1994
Established a subsidiary in Mexico, Cables Axa Yazaki, to produce automotive low pressure cables. (Paid-in capital of USD 11.44 million)
Sep. 1994
Established Yazaki Debnar Slovakia Spol. s.r.o. to produce wiring harnesses in Slovakia. (Paid-in capital of 57 million Koruna)
May 1995
Established a joint venture in Turkey to produce wiring harnesses (Paid-in capital of USD 16 million)
May 1995
Established Yazaki EDS Vietnam Ltd. to produce wire harnesses in Vietnam. (Paid-in capital of USD 6 million)
July 1995
Yazaki-Ciemel Ltda. (YCL) established in Columbia for the manufacture and sales of automotive wiring harnesses.
Dec. 1995
Yazaki Argentina S.A. (YAS) established in Argentina for wiring harnesses production; Chongqing Yazaki Meter Co., Ltd. (CYM) established for production and supply of automotive instruments in Mainland China.
Mar. 1996
Yazaki New Zealand Ltd. (YNZ) established for the sales and production of automotive wiring harnesses.
Apr. 1996
Australian Arrow Pty. Ltd. (AAPL) (formerly Yazaki Australia Pty. Ltd.) established for the sales and production of automotive wiring harnesses.
Dec. 1996
Frankfurt Branch Office established in Germany by Yazaki (UK) Ltd.; AT&T Yazaki Fiber Optic Co., Ltd. renamed Lucent Technologies Yazaki Co., Ltd.
Jun. 1997
American Yazaki Corporation and American Yazaki Corporation Engineering Center renamed Yazaki North America, Inc. and Yazaki North America, Inc. Engineering Center, respectively; Agritecno Yazaki Co., Ltd. established.
Aug. 1997
Tata-Yazaki Autocomp Limited (contract with Tata was signed in August 1997; production began in August 1998) established in India for the production of automotive wiring harnesses (Capital: INR 380 million; Yazaki investment: 50%)
Jun. 1998
Automotive R&D Center established in Y-CITY in Susono.
Jul. 1998
Yazaki (U.K.) Ltd. renamed Yazaki Europe Ltd.
Aug. 1998
Cooperative ITS-related work with Toshiba.
Sep. 1998
Headquarters transferred to Y-CITY in Susono.
Jan. 1999
Yazaki Europe Ltd., Paris Branch opened in France.
Mar. 1999
Y-CITY headquarters received ISO9001 certification.
Jun. 1999
Yazaki (Hong Kong) Limited established in China
Oct. 2002
Established Yazaki Morocco SA in Morocco. This is the first time that the Company established a facility in Africa.
Mar. 2007
The Company developed and released new DTG-3 tachographs.
2011
Established a joint venture "Ning Bo Yazaki Haoda Auto Parts Co., Ltd." with Geely Automobile and Geely's wiring harness supplier.
Acquired a Russian automotive wire harness company "Industrial Volga Company" Limited Liability Company. Acquired all the shares in Tata Yazaki AutoComp Limited, which is a joint venture with Tata AutoComp, making it its wholly owned subsidiary. Established "Monozukuri Center" in Makinohara City, Shizuoka Pref. Japan.
2016
The Company discontinued production of wire harnesses at its subsidiary in Samoa, Yazaki EDS Samoa Ltd.
2017
Yazaki Serbia d.o.o. is established in Šabac, Republic of Serbia.
2019
Myanmar Yazaki Thilawa Co., Ltd. is established in Thilawa Special Economic Zone, Myanmar.
2022
Established the Guatemala plant
2023
Head Office relocated to Konan, Minato Ward, Tokyo.
An ambient lamp that combines visual notifications with ambient lighting effects, capable of integrating with various ADAS functions.
Leveraging Yazaki's extensive track record in everything from design to manufacturing, we offer an integrated development process.
JSAE Yokohama 2026 Ambient lighting system
An ambient lamp that combines visual notifications with ambient lighting effects, capable of integrating with various ADAS functions.
Leveraging Yazaki's extensive track record in everything from design to manufacturing, we offer an integrated development process.
JSAE Yokohama 2026 Standard LED Unit / Standard Waterproof LED Unit
Examples of single-color LEDs: Interior spotlights, trunk lights, courtesy lights, vanity lights
Examples of multi-color LEDs: Ambient lighting
Examples of waterproof LEDs: Charging port indicator lights (with a feature that displays the charging status via color changes)
JSAE Yokohama 2026 Standard LED Unit / Standard Waterproof LED Unit
Examples of single-color LEDs: Interior spotlights, trunk lights, courtesy lights, vanity lights
Examples of multi-color LEDs: Ambient lighting
Examples of waterproof LEDs: Charging port indicator lights (with a feature that displays the charging status via color changes)
JSAE Yokohama 2026 Standard LED Unit / Standard Waterproof LED Unit
Examples of single-color LEDs: Interior spotlights, trunk lights, courtesy lights, vanity lights
Examples of multi-color LEDs: Ambient lighting
Examples of waterproof LEDs: Charging port indicator lights (with a feature that displays the charging status via color changes)
JSAE Yokohama 2026 Standard LED Unit / Standard Waterproof LED Unit
Examples of single-color LEDs: Interior spotlights, trunk lights, courtesy lights, vanity lights
Examples of multi-color LEDs: Ambient lighting
Examples of waterproof LEDs: Charging port indicator lights (with a feature that displays the charging status via color changes)
JSAE Yokohama 2026 Standard LED Unit / Standard Waterproof LED Unit
Examples of single-color LEDs: Interior spotlights, trunk lights, courtesy lights, vanity lights
Examples of multi-color LEDs: Ambient lighting
Examples of waterproof LEDs: Charging port indicator lights (with a feature that displays the charging status via color changes)
JSAE Yokohama 2026 Standard LED Unit / Standard Waterproof LED Unit
Examples of single-color LEDs: Interior spotlights, trunk lights, courtesy lights, vanity lights
Examples of multi-color LEDs: Ambient lighting
Examples of waterproof LEDs: Charging port indicator lights (with a feature that displays the charging status via color changes)
JSAE Yokohama 2026 Standard LED Unit / Standard Waterproof LED Unit
Examples of single-color LEDs: Interior spotlights, trunk lights, courtesy lights, vanity lights
Examples of multi-color LEDs: Ambient lighting
Examples of waterproof LEDs: Charging port indicator lights (with a feature that displays the charging status via color changes)
JSAE Yokohama 2026 Standard LED Unit / Standard Waterproof LED Unit
Examples of single-color LEDs: Interior spotlights, trunk lights, courtesy lights, vanity lights
Examples of multi-color LEDs: Ambient lighting
Examples of waterproof LEDs: Charging port indicator lights (with a feature that displays the charging status via color changes)
JSAE Yokohama 2026 Standard LED Unit / Standard Waterproof LED Unit
Examples of single-color LEDs: Interior spotlights, trunk lights, courtesy lights, vanity lights
Examples of multi-color LEDs: Ambient lighting
Examples of waterproof LEDs: Charging port indicator lights (with a feature that displays the charging status via color changes)
JSAE Yokohama 2026 25Gbps Optical components
A core cable for automotive optical communication.
Designed with ease of handling in the manufacturing process in mind.
Fiber: Automotive Grade GI-POF/GOF
Core diameter: Φ 55μm/Φ 50μm
Connector size: 14.0 x 10.3 x 22.6mm
Temperature range: -40 to 105°C
JSAE Yokohama 2026 25Gbps Optical components
A core cable for automotive optical communication.
Designed with ease of handling in the manufacturing process in mind.
Fiber: Automotive Grade GI-POF/GOF
Core diameter: Φ 55μm/Φ 50μm
Connector size: 14.0 x 10.3 x 22.6mm
Temperature range: -40 to 105°C
JSAE Yokohama 2026 25Gbps Optical components
A core cable for automotive optical communication.
Designed with ease of handling in the manufacturing process in mind.
Fiber: Automotive Grade GI-POF/GOF
Core diameter: Φ 55μm/Φ 50μm
Connector size: 14.0 x 10.3 x 22.6mm
Temperature range: -40 to 105°C
This terminal block enables direct connections between devices that were previously connected via cables. The connector section features a separable, movable design, and the use of braided conductors helps accommodate dimensional tolerances.
In addition to saving space by eliminating cables, the process is reduced to simple assembly, which also contributes to automation.
This terminal block enables direct connections between devices that were previously connected via cables. The connector section features a separable, movable design, and the use of braided conductors helps accommodate dimensional tolerances.
In addition to saving space by eliminating cables, the process is reduced to simple assembly, which also contributes to automation.
This terminal block enables direct connections between devices that were previously connected via cables. The connector section features a separable, movable design, and the use of braided conductors helps accommodate dimensional tolerances.
In addition to saving space by eliminating cables, the process is reduced to simple assembly, which also contributes to automation.
This terminal block enables direct connections between devices that were previously connected via cables. The connector section features a separable, movable design, and the use of braided conductors helps accommodate dimensional tolerances.
In addition to saving space by eliminating cables, the process is reduced to simple assembly, which also contributes to automation.
This terminal block enables direct connections between devices that were previously connected via cables. The connector section features a separable, movable design, and the use of braided conductors helps accommodate dimensional tolerances.
In addition to saving space by eliminating cables, the process is reduced to simple assembly, which also contributes to automation.
This terminal block enables direct connections between devices that were previously connected via cables. The connector section features a separable, movable design, and the use of braided conductors helps accommodate dimensional tolerances.
In addition to saving space by eliminating cables, the process is reduced to simple assembly, which also contributes to automation.
This connector can absorb excessive force during mating and accommodate misalignment in any direction along the X, Y, and Z axes. Its secure mating allows for the automation of assembly operations.
This connector can absorb excessive force during mating and accommodate misalignment in any direction along the X, Y, and Z axes. Its secure mating allows for the automation of assembly operations.
This connector can absorb excessive force during mating and accommodate misalignment in any direction along the X, Y, and Z axes. Its secure mating allows for the automation of assembly operations.
This connector can absorb excessive force during mating and accommodate misalignment in any direction along the X, Y, and Z axes. Its secure mating allows for the automation of assembly operations.
This connector can absorb excessive force during mating and accommodate misalignment in any direction along the X, Y, and Z axes. Its secure mating allows for the automation of assembly operations.
This connector can absorb excessive force during mating and accommodate misalignment in any direction along the X, Y, and Z axes. Its secure mating allows for the automation of assembly operations.
JSAE Yokohama 2026 Battery swapping connector
A connector featuring large guides on both sides. This design simplifies installing replaceable batteries, which are frequently inserted and removed. It also reduces the risk of malfunctions caused by loose connections or poor contact.
The connector features a self-aligning mechanism that accommodates misalignments of up to ±5 mm.
JSAE Yokohama 2026 Battery swapping connector
A connector featuring large guides on both sides. This design simplifies installing replaceable batteries, which are frequently inserted and removed. It also reduces the risk of malfunctions caused by loose connections or poor contact.
The connector features a self-aligning mechanism that accommodates misalignments of up to ±5 mm.
JSAE Yokohama 2026 Battery swapping connector
A connector featuring large guides on both sides. This design simplifies installing replaceable batteries, which are frequently inserted and removed. It also reduces the risk of malfunctions caused by loose connections or poor contact.
The connector features a self-aligning mechanism that accommodates misalignments of up to ±5 mm.
JSAE Yokohama 2026 Battery swapping connector
A connector featuring large guides on both sides. This design simplifies installing replaceable batteries, which are frequently inserted and removed. It also reduces the risk of malfunctions caused by loose connections or poor contact.
The connector features a self-aligning mechanism that accommodates misalignments of up to ±5 mm.
JSAE Yokohama 2026 Temperature sensor
Top: Liquid sensor: For measuring oil temperature, water temperature, and other parameters. Supports thermal management.
Bottom left: Surface sensor: Maintains stable contact with the battery surface, enabling accurate temperature measurement.
Bottom right: Gas sensor: Measures the temperature inside the battery pack quickly and in a space-saving design.
JSAE Yokohama 2026 Temperature sensor
Top: Liquid sensor: For measuring oil temperature, water temperature, and other parameters. Supports thermal management.
Bottom left: Surface sensor: Maintains stable contact with the battery surface, enabling accurate temperature measurement.
Bottom right: Gas sensor: Measures the temperature inside the battery pack quickly and in a space-saving design.
JSAE Yokohama 2026 Temperature sensor
Top: Liquid sensor: For measuring oil temperature, water temperature, and other parameters. Supports thermal management.
Bottom left: Surface sensor: Maintains stable contact with the battery surface, enabling accurate temperature measurement.
Bottom right: Gas sensor: Measures the temperature inside the battery pack quickly and in a space-saving design.
JSAE Yokohama 2026 Modular connector
This product features a standardized design that allows for flexible replacement to match the vehicle's circuitry.
It utilizes a gear-type lever, enabling the insertion of multi-pin connectors with minimal effort.
Up to 144 circuits can be connected with a single operation.
By consolidating connectors, it flexibly accommodates the circuit specifications of each vehicle.
JSAE Yokohama 2026 Modular connector
This product features a standardized design that allows for flexible replacement to match the vehicle's circuitry.
It utilizes a gear-type lever, enabling the insertion of multi-pin connectors with minimal effort.
Up to 144 circuits can be connected with a single operation.
By consolidating connectors, it flexibly accommodates the circuit specifications of each vehicle.
JSAE Yokohama 2026 Modular connector
This product features a standardized design that allows for flexible replacement to match the vehicle's circuitry.
It utilizes a gear-type lever, enabling the insertion of multi-pin connectors with minimal effort.
Up to 144 circuits can be connected with a single operation.
By consolidating connectors, it flexibly accommodates the circuit specifications of each vehicle.
JSAE Yokohama 2026 Modular connector
This product features a standardized design that allows for flexible replacement to match the vehicle's circuitry.
It utilizes a gear-type lever, enabling the insertion of multi-pin connectors with minimal effort.
Up to 144 circuits can be connected with a single operation.
By consolidating connectors, it flexibly accommodates the circuit specifications of each vehicle.
JSAE Yokohama 2026 Modular connector
This product features a standardized design that allows for flexible replacement to match the vehicle's circuitry.
It utilizes a gear-type lever, enabling the insertion of multi-pin connectors with minimal effort.
Up to 144 circuits can be connected with a single operation.
By consolidating connectors, it flexibly accommodates the circuit specifications of each vehicle.
JSAE Yokohama 2026 Modular connector
This product features a standardized design that allows for flexible replacement to match the vehicle's circuitry.
It utilizes a gear-type lever, enabling the insertion of multi-pin connectors with minimal effort.
Up to 144 circuits can be connected with a single operation.
By consolidating connectors, it flexibly accommodates the circuit specifications of each vehicle.
JSAE Yokohama 2026 Modular connector
This product features a standardized design that allows for flexible replacement to match the vehicle's circuitry.
It utilizes a gear-type lever, enabling the insertion of multi-pin connectors with minimal effort.
Up to 144 circuits can be connected with a single operation.
By consolidating connectors, it flexibly accommodates the circuit specifications of each vehicle.
JSAE Yokohama 2026 Current sensor
Current Sensor with Integrated Terminal Block
Current Sensor with Busbar
JSAE Yokohama 2026 Current sensor
Current Sensor with Integrated Terminal Block
Current Sensor with Busbar
JSAE Yokohama 2026 Current sensor
Current Sensor with Integrated Terminal Block
Current Sensor with Busbar
JSAE Yokohama 2026 Connector with Built-in Elements
A connector with integrated chip components.
Diodes, resistors, CAN termination resistors, etc., can be mounted directly onto the W/H circuit without a separate circuit board.
Automotive World 2026 Smart Meter for 2-wheel Vehicles
-A product currently in development that displays smartphone content navigation on the meter display via BLE (Bluetooth Low Energy) communication. Its low-power communication reduces smartphone battery consumption and heat generation. It also enhances operability by integrating with the motorcycle's handlebar switches.
Automotive World 2026 Smart Meter for 2-wheel Vehicles
-A product currently in development that displays smartphone content navigation on the meter display via BLE (Bluetooth Low Energy) communication. Its low-power communication reduces smartphone battery consumption and heat generation. It also enhances operability by integrating with the motorcycle's handlebar switches.
Automotive World 2026 Smart Meter for 2-wheel Vehicles
-A product currently in development that displays smartphone content navigation on the meter display via BLE (Bluetooth Low Energy) communication. Its low-power communication reduces smartphone battery consumption and heat generation. It also enhances operability by integrating with the motorcycle's handlebar switches.
Automotive World 2026 Ultra Compact Housing HUD
- A HUD currently under development, achieved at approximately half the size of conventional housings. It is intended for vehicles in the A/B segments. Miniaturization was realized by eliminating the use of a folding mirror and increasing the magnification of the aspherical lens. Furthermore, the display unit was made thinner by increasing the number of LEDs to create a surface light source, and the heat sink was eliminated by reducing the output of the LED chips.
Automotive World 2026 Ultra Compact Housing HUD
- A HUD currently under development, achieved at approximately half the size of conventional housings. It is intended for vehicles in the A/B segments. Miniaturization was realized by eliminating the use of a folding mirror and increasing the magnification of the aspherical lens. Furthermore, the display unit was made thinner by increasing the number of LEDs to create a surface light source, and the heat sink was eliminated by reducing the output of the LED chips.
Automotive World 2026 Ultra Compact Housing HUD
- A HUD currently under development, achieved at approximately half the size of conventional housings. It is intended for vehicles in the A/B segments. Miniaturization was realized by eliminating the use of a folding mirror and increasing the magnification of the aspherical lens. Furthermore, the display unit was made thinner by increasing the number of LEDs to create a surface light source, and the heat sink was eliminated by reducing the output of the LED chips.
Automotive World 2026 Meter (Toyota Land Cruiser)
Automotive World 2026 Meter (Toyota Land Cruiser)
Automotive World 2026 Meter (Lexus LX)
Automotive World 2026 Meter (Lexus LX)
Automotive World 2026 Meter (Toyota Prius)
Automotive World 2026 Various sensors
Terminal block integrated current sensor, busbar-mounted current sensor, temperature sensor (liquid, surface, gas)
Automotive World 2026 Various sensors and switches
Automotive World 2026 High-voltage thin-walled wire
Automotive World 2026 High-voltage thin-walled wire
Automotive World 2026 Charging inlet
Automotive World 2026 Charging inlet
Automotive World 2026 Low-profile busbar
Automotive World 2026 Low-profile busbar
Automotive World 2026 1Gbps Optical Component
- Communication between ECUs (Ethernet). Optical communication offers advantages such as immunity to electromagnetic noise and low signal loss.
Automotive World 2026 1.2 Waterproof Connectors, Wire to Wire Connectors
Automotive World 2026 1.2 Waterproof Connectors, Wire to Wire Connectors
Automotive World 2026 1.2 Waterproof Connectors, Wire to Wire Connectors
Automotive World 2026 1.2 Waterproof Connectors, Wire to Wire Connectors
Automotive World 2026 Color Illumination ECU
Automotive World 2026 Power Distribution Box
- Compared to conventional junction blocks, the adoption of semiconductor relays enables higher density and the addition of value-added functions.
Automotive World 2026 Semicondctor Relay Module
- Achieved miniaturization and power savings through semiconductor relays, along with fuse-less operation via original wire protection logic.
Automotive World 2026 48 Connector
Automotive World 2026 0.5 Standard Connectors
Automotive World 2026 0.5 Connector for Substrates
Automotive World 2026 0.5 Connector for Substrates
Automotive World 2026 4.8 High-Voltage Shielded Connector
Automotive World 2026 4.8 High-Voltage Shielded Connector
Automotive World 2026 High-voltage J/B (Junction Block)
Automotive World 2026 High-voltage J/B (Junction Block)
Automotive World 2026 High-voltage J/B (Junction Block)
Automotive World 2026 CCS (Cell Contacting System)
Automotive World 2026 CCS (Cell Contacting System)
CES 2026 Display highlighting various Company components
Includes various connectors, on-board chargers, DC-DC converters, busbars, junction boxes, power distribution units, and harnesses
CES 2026 Display highlighting various Company components
Includes various connectors, on-board chargers, DC-DC converters, busbars, junction boxes, power distribution units, and harnesses
CES 2026 Display highlighting various Company components
Includes various connectors, on-board chargers, DC-DC converters, busbars, junction boxes, power distribution units, and harnesses
CES 2026 Display highlighting various Company components
Includes various connectors, on-board chargers, DC-DC converters, busbars, junction boxes, power distribution units, and harnesses
CES 2026 Partial portfolio of Company components
Components include data connectors, high-voltage connectors, charging inlets and outlets, and junction box
CES 2026 Partial portfolio of Company components
Components include data connectors, high-voltage connectors, charging inlets and outlets, and junction box
CES 2026 Partial busbar portfolio
CES 2026 Entry-level cockpit domain controller demonstration unit
Low-cost system without hypervisor; Capable of providing infotainment and instrument cluster functions simultaneously; Supports Android and Linux OS
CES 2026 Entry-level cockpit domain controller demonstration unit
Low-cost system without hypervisor; Capable of providing infotainment and instrument cluster functions simultaneously; Supports Android and Linux OS
CES 2026 Liquid-cooled BDU
CES 2026 Liquid-cooled BDU
CES 2026 On-board charger with DC-DC converter (6.6 + 2.5 kW)
CES 2026 On-board charger with DC-DC converter (6.6 + 2.5 kW)
CES 2026 On-board charger with DC-DC converter (11 + 3 kW)
CES 2026 On-board charger with DC-DC converter (11 + 3 kW)
CES 2026 Boost power distribution unit
CES 2026 Boost power distribution unit
CES 2026 1-to-X power distribution unit
CES 2026 1-to-X power distribution unit
CES 2026 DriveSage application demonstration
Developed by Moter, DriveSage is an application that connects across the entire vehicle and is designed to encourage safe driving; It provides feedback on individual trips by recording driving scores that take away points for unsafe maneuvers or activities, such as sudden acceleration or stops, not wearing a seat belt, or tailgating; This information can potentially be shared by the driver to other parties for benefits such as lowered insurance rates; All data is embedded in the vehicle, which gives the vehicle owner the option to share the data as they wish
CES 2026 DriveSage application demonstration
Developed by Moter, DriveSage is an application that connects across the entire vehicle and is designed to encourage safe driving; It provides feedback on individual trips by recording driving scores that take away points for unsafe maneuvers or activities, such as sudden acceleration or stops, not wearing a seat belt, or tailgating; This information can potentially be shared by the driver to other parties for benefits such as lowered insurance rates; All data is embedded in the vehicle, which gives the vehicle owner the option to share the data as they wish
CES 2026 DriveSage application demonstration
Developed by Moter, DriveSage is an application that connects across the entire vehicle and is designed to encourage safe driving; It provides feedback on individual trips by recording driving scores that take away points for unsafe maneuvers or activities, such as sudden acceleration or stops, not wearing a seat belt, or tailgating; This information can potentially be shared by the driver to other parties for benefits such as lowered insurance rates; All data is embedded in the vehicle, which gives the vehicle owner the option to share the data as they wish
CES 2026 DriveSage application demonstration
Developed by Moter, DriveSage is an application that connects across the entire vehicle and is designed to encourage safe driving; It provides feedback on individual trips by recording driving scores that take away points for unsafe maneuvers or activities, such as sudden acceleration or stops, not wearing a seat belt, or tailgating; This information can potentially be shared by the driver to other parties for benefits such as lowered insurance rates; All data is embedded in the vehicle, which gives the vehicle owner the option to share the data as they wish
JAPAN MOBILITY SHOW 2025 Reuse Energy Storage System “B∀TTERFLY”
As electrified vehicles (xEVs) become more widespread, the proper disposal of large quantities of used vehicle batteries has become a challenge. Against this backdrop, we have developed “B∀TTERFLY”*, a product for reuse energy storage systems that can utilize mixed-use vehicle batteries in varying states of degradation.
Using a proprietary control algorithm, it achieves efficient and stable power supply and demand even when batteries have varying degrees of degradation.
We are currently conducting demonstration tests to promote the effective use of renewable energy and realize a sustainable society.
※“∀ (Turn A)” means “all” and was adopted for the product name.
JAPAN MOBILITY SHOW 2025 Reuse Energy Storage System “B∀TTERFLY”
As electrified vehicles (xEVs) become more widespread, the proper disposal of large quantities of used vehicle batteries has become a challenge. Against this backdrop, we have developed “B∀TTERFLY”*, a product for reuse energy storage systems that can utilize mixed-use vehicle batteries in varying states of degradation.
Using a proprietary control algorithm, it achieves efficient and stable power supply and demand even when batteries have varying degrees of degradation.
We are currently conducting demonstration tests to promote the effective use of renewable energy and realize a sustainable society.
※“∀ (Turn A)” means “all” and was adopted for the product name.
JAPAN MOBILITY SHOW 2025 YAZAKI Solution Mock
A Yazaki Corporation exhibition model that “visualizes” how power, communications, and information from inside and outside the vehicle are transmitted via wire harnesses, ECUs, sensors, etc., during vehicle operation, and how this information is delivered to occupants through HMI products.
JAPAN MOBILITY SHOW 2025 YAZAKI Solution Mock
A Yazaki Corporation exhibition model that “visualizes” how power, communications, and information from inside and outside the vehicle are transmitted via wire harnesses, ECUs, sensors, etc., during vehicle operation, and how this information is delivered to occupants through HMI products.
JAPAN MOBILITY SHOW 2025 YAZAKI Solution Mock
A Yazaki Corporation exhibition model that “visualizes” how power, communications, and information from inside and outside the vehicle are transmitted via wire harnesses, ECUs, sensors, etc., during vehicle operation, and how this information is delivered to occupants through HMI products.
2025 JSAE Automotive Engineering Exposition Personal design meter
Meter visibility and safety are ensured, while the meters can be customized to your own preferences.
Battery cells are connected and modularized. The state of each battery cell is individually detected and battery control is possible.
2025 JSAE Automotive Engineering Exposition Products for Reusable Energy Storage Systems
Development of products for reusable energy storage systems that enable mixed use of used on-board batteries in different states of deterioration. Under development.
2025 JSAE Automotive Engineering Exposition Products for Reusable Energy Storage Systems
Development of products for reusable energy storage systems that enable mixed use of used on-board batteries in different states of deterioration. Under development.
CES 2025 Partial portfolio of Company components
Components include data connectors, high-voltage connectors, charging inlets and outlets, junction box, and high-voltage busbars
CES 2025 Partial portfolio of Company components
Components include data connectors, high-voltage connectors, charging inlets and outlets, junction box, and high-voltage busbars
CES 2025 Partial portfolio of Company components
Components include data connectors, high-voltage connectors, charging inlets and outlets, junction box, and high-voltage busbars
CES 2025 Display highlighting various Company components
CES 2025 Display highlighting various Company components
CES 2025 Display highlighting various Company components
CES 2025 Display highlighting various Company components
- High-voltage/power supply products and low-voltage/communication products are arranged on a mock-up for future mobility.
- EEDS stands for Electrical/Electronic/Distribution/System. It achieves high-power power supply and high-speed, high-performance communication processing.
- High-voltage/power supply products: Highly flexible wires with improved bend-ability, space-saving battery bus bar module with integrated cell voltage detection function, high-voltage semiconductor junction box, sensors, etc.
- Low-voltage/communication products: zone ECUs, sensor HUBs, high-speed communication cables, optical connector and cable assemblies, etc.
- High-voltage/power supply products and low-voltage/communication products are arranged on a mock-up for future mobility.
- EEDS stands for Electrical/Electronic/Distribution/System. It achieves high-power power supply and high-speed, high-performance communication processing.
- High-voltage/power supply products: Highly flexible wires with improved bend-ability, space-saving battery bus bar module with integrated cell voltage detection function, high-voltage semiconductor junction box, sensors, etc.
- Low-voltage/communication products: zone ECUs, sensor HUBs, high-speed communication cables, optical connector and cable assemblies, etc.
- High-voltage/power supply products and low-voltage/communication products are arranged on a mock-up for future mobility.
- EEDS stands for Electrical/Electronic/Distribution/System. It achieves high-power power supply and high-speed, high-performance communication processing.
- High-voltage/power supply products: Highly flexible wires with improved bend-ability, space-saving battery bus bar module with integrated cell voltage detection function, high-voltage semiconductor junction box, sensors, etc.
- Low-voltage/communication products: zone ECUs, sensor HUBs, high-speed communication cables, optical connector and cable assemblies, etc.
- High-voltage/power supply products and low-voltage/communication products are arranged on a mock-up for future mobility.
- EEDS stands for Electrical/Electronic/Distribution/System. It achieves high-power power supply and high-speed, high-performance communication processing.
- High-voltage/power supply products: Highly flexible wires with improved bend-ability, space-saving battery bus bar module with integrated cell voltage detection function, high-voltage semiconductor junction box, sensors, etc.
- Low-voltage/communication products: zone ECUs, sensor HUBs, high-speed communication cables, optical connector and cable assemblies, etc.
- High-voltage/power supply products and low-voltage/communication products are arranged on a mock-up for future mobility.
- EEDS stands for Electrical/Electronic/Distribution/System. It achieves high-power power supply and high-speed, high-performance communication processing.
- High-voltage/power supply products: Highly flexible wires with improved bend-ability, space-saving battery bus bar module with integrated cell voltage detection function, high-voltage semiconductor junction box, sensors, etc.
- Low-voltage/communication products: zone ECUs, sensor HUBs, high-speed communication cables, optical connector and cable assemblies, etc.
2024 JSAE Automotive Engineering Exposition Next-generation Cockpit Model
- Next-generation cockpit model using a cockpit domain controller with a high-performance SoC and hypervisor
- Meets various needs, enabling graphics updates via the cloud, integrated control of functions inside and outside the vehicle, and autonomous driving functions and navigation screen display using high-quality 3D graphics
2024 JSAE Automotive Engineering Exposition Next-generation Cockpit Model
- Next-generation cockpit model using a cockpit domain controller with a high-performance SoC and hypervisor
- Meets various needs, enabling graphics updates via the cloud, integrated control of functions inside and outside the vehicle, and autonomous driving functions and navigation screen display using high-quality 3D graphics
2024 JSAE Automotive Engineering Exposition Next-generation Cockpit Model
- Next-generation cockpit model using a cockpit domain controller with a high-performance SoC and hypervisor
- Meets various needs, enabling graphics updates via the cloud, integrated control of functions inside and outside the vehicle, and autonomous driving functions and navigation screen display using high-quality 3D graphics
- Demonstration of a head-up display (AR-HUD) that makes the display easily visible even when wearing polarized sunglasses
- Miniaturization improves ease of installation and vehicle design flexibility
- Demonstration of a head-up display (AR-HUD) that makes the display easily visible even when wearing polarized sunglasses
- Miniaturization improves ease of installation and vehicle design flexibility
- Demonstration of a head-up display (AR-HUD) that makes the display easily visible even when wearing polarized sunglasses
- Miniaturization improves ease of installation and vehicle design flexibility
2024 JSAE Automotive Engineering Exposition Agent System
- Flexible response to out-of-pattern words by using generative AI (ChatGPT)
- Enables operation of devices and acquisition of information through natural dialogue, which also helps prevent distracted driving
2024 JSAE Automotive Engineering Exposition Agent System
- Flexible response to out-of-pattern words by using generative AI (ChatGPT)
- Enables operation of devices and acquisition of information through natural dialogue, which also helps prevent distracted driving
2024 JSAE Automotive Engineering Exposition LED Lighting Products
2024 JSAE Automotive Engineering Exposition LED Lighting Products
2024 JSAE Automotive Engineering Exposition LED Lighting Products
CES 2024 Kargo ID towers for logistics support
Warehouse logistics support solution which automatically scans incoming and outgoing packages that are loaded and unloaded from pallets in warehouses, saving time compared to manual bar code scanning
CES 2024 Kargo ID towers for logistics support
Warehouse logistics support solution which automatically scans incoming and outgoing packages that are loaded and unloaded from pallets in warehouses, saving time compared to manual bar code scanning
CES 2024 High-voltage busbars for smaller companies
High-voltage busbars available in a variety of customizable designs at competitive costs
CES 2024 High-voltage components for smaller companies
Display includes high-voltage connectors, charging inlets and outlets, and a junction box; The display showcases products and systems designed to be low-cost, low-volume and easily integrated as plug-and-play developmental solutions for smaller companies and startups that do not have the capital of larger entities.
CES 2024 Instrument cluster for smaller companies
Instrument cluster unit with low cost targeted towards smaller companies
JAPAN MOBILITY SHOW 2023 EEDS Solutions
-High voltage and power supply products (red panels) and low voltage and communication products (blue panels) are displayed on a mock-up of an automobile. EEDS stands for Electrical / Electronic Distribution System. The company is focusing on the development of control system products such as zone ECUs.
JAPAN MOBILITY SHOW 2023 EEDS Solutions
-High voltage and power supply products (red panels) and low voltage and communication products (blue panels) are displayed on a mock-up of an automobile. EEDS stands for Electrical / Electronic Distribution System. The company is focusing on the development of control system products such as zone ECUs.
JAPAN MOBILITY SHOW 2023 EEDS Solutions
-High voltage and power supply products (red panels) and low voltage and communication products (blue panels) are displayed on a mock-up of an automobile. EEDS stands for Electrical / Electronic Distribution System. The company is focusing on the development of control system products such as zone ECUs.
JAPAN MOBILITY SHOW 2023 Next-generation commercial vehicle cockpit
-Three displays combined with LED lamps convey multiple pieces of information to the driver. Before starting the car, the driver can learn about the load, the route, and the car's surroundings. On the windshield during driving, the rear-view mirror, various meters, and navigation system based on notifications of approaching dangerous vehicles and traffic congestion information are also projected.
JAPAN MOBILITY SHOW 2023 Agent System
-A voice-enabled system that utilizes a generative AI (Chat GPT). It is characterized by the ability to freely develop conversations without being limited by conversational patterns. It provides a wide range of information needed by the user.
JAPAN MOBILITY SHOW 2023 Agent System
-A voice-enabled system that utilizes a generative AI (Chat GPT). It is characterized by the ability to freely develop conversations without being limited by conversational patterns. It provides a wide range of information needed by the user.
JAPAN MOBILITY SHOW 2023 Agent System
-A voice-enabled system that utilizes a generative AI (Chat GPT). It is characterized by the ability to freely develop conversations without being limited by conversational patterns. It provides a wide range of information needed by the user.
JAPAN MOBILITY SHOW 2023 Driver Monitoring System
-The system uses millimeter wave radar to capture the heart rate and a camera to capture the driver's gestures to detect signs of sudden illness or other problems at an early stage. The system responds to the driver's gesture of holding a painful part of the body, such as the heart, with his or her hand. The system is also under development with functions such as contacting an ambulance and automatically stopping the car.
JAPAN MOBILITY SHOW 2023 Plastic Optical Fiber Component
-The fiber part is made of POF (Plastic Optical Fiber). It is resistant to bending that would cause glass to break.
JAPAN MOBILITY SHOW 2023 Plastic Optical Fiber Component
-The fiber part is made of POF (Plastic Optical Fiber). It is resistant to bending that would cause glass to break.
JAPAN MOBILITY SHOW 2023 Plastic Optical Fiber Component
-The fiber part is made of POF (Plastic Optical Fiber). It is resistant to bending that would cause glass to break.
JAPAN MOBILITY SHOW 2023 Plastic Optical Fiber Component
-The fiber part is made of POF (Plastic Optical Fiber). It is resistant to bending that would cause glass to break.
JAPAN MOBILITY SHOW 2023 Plastic Optical Fiber Component
-The fiber part is made of POF (Plastic Optical Fiber). It is resistant to bending that would cause glass to break.
JAPAN MOBILITY SHOW 2023 Standard head up display
-A sensor reads the background of the display, such as the road surface, and automatically adjusts the brightness. Utilizing the company's technology, the display is bright, clean, and easy to understand. In the second photo, the speedometer is projected in the center of the display.
JAPAN MOBILITY SHOW 2023 Standard head up display
-A sensor reads the background of the display, such as the road surface, and automatically adjusts the brightness. Utilizing the company's technology, the display is bright, clean, and easy to understand. In the second photo, the speedometer is projected in the center of the display.
JAPAN MOBILITY SHOW 2023 YDX-8 Digital Tachograph
-There are five types of cameras, and up to 10 can be installed depending on the requirements.
JAPAN MOBILITY SHOW 2023 YDX-8 Digital Tachograph
-There are five types of cameras, and up to 10 can be installed depending on the requirements.
JAPAN MOBILITY SHOW 2023 YDX-8 Digital Tachograph
-There are five types of cameras, and up to 10 can be installed depending on the requirements.
JAPAN MOBILITY SHOW 2023 Booster DC/DC Converter
JAPAN MOBILITY SHOW 2023 Series-parallel switching battery junction box
JAPAN MOBILITY SHOW 2023 Highly flexible wire
JAPAN MOBILITY SHOW 2023 Next-generation smart meter
JAPAN MOBILITY SHOW 2023 Next-generation smart meter
JAPAN MOBILITY SHOW 2023 Next-generation smart meter
JAPAN MOBILITY SHOW 2023 Thin meter
JAPAN MOBILITY SHOW 2023 Thin meter
JAPAN MOBILITY SHOW 2023 6 gauge meter
JAPAN MOBILITY SHOW 2023 6 gauge meter
2023 JSAE Automotive Engineering Exposition Standard electrical equipment platform concept
-Demonstration of next-generation mobility platform with smart body control unit, power source expansion unit, and in-vehicle telematics
-Assumes commercial use in last-mile logistics, sharing, and use as a POV (personally owned vehicle)
-Smart Body Control Unit: Provides services that connect smart device and in-vehicle equipment by adding applications to enhance functionality, such as displaying battery status and delivery route, to lock door, and flash hazard by device.
- Power source expansion unit: Up to 8 functions and devices can be added, such as interior lighting and alcohol detection, by connecting to a general-purpose connector.
- In-vehicle telematics: Connects to data centers and delivery company clouds to share vehicle information for fleet management and monitoring
-Under development
2023 JSAE Automotive Engineering Exposition Standard electrical equipment platform concept
-Demonstration of next-generation mobility platform with smart body control unit, power source expansion unit, and in-vehicle telematics
-Assumes commercial use in last-mile logistics, sharing, and use as a POV (personally owned vehicle)
-Smart Body Control Unit: Provides services that connect smart device and in-vehicle equipment by adding applications to enhance functionality, such as displaying battery status and delivery route, to lock door, and flash hazard by device.
- Power source expansion unit: Up to 8 functions and devices can be added, such as interior lighting and alcohol detection, by connecting to a general-purpose connector.
- In-vehicle telematics: Connects to data centers and delivery company clouds to share vehicle information for fleet management and monitoring
-Under development
2023 JSAE Automotive Engineering Exposition Standard electrical equipment platform concept
-Demonstration of next-generation mobility platform with smart body control unit, power source expansion unit, and in-vehicle telematics
-Assumes commercial use in last-mile logistics, sharing, and use as a POV (personally owned vehicle)
-Smart Body Control Unit: Provides services that connect smart device and in-vehicle equipment by adding applications to enhance functionality, such as displaying battery status and delivery route, to lock door, and flash hazard by device.
- Power source expansion unit: Up to 8 functions and devices can be added, such as interior lighting and alcohol detection, by connecting to a general-purpose connector.
- In-vehicle telematics: Connects to data centers and delivery company clouds to share vehicle information for fleet management and monitoring
-Under development
2023 JSAE Automotive Engineering Exposition Standard electrical equipment platform concept
-Demonstration of next-generation mobility platform with smart body control unit, power source expansion unit, and in-vehicle telematics
-Assumes commercial use in last-mile logistics, sharing, and use as a POV (personally owned vehicle)
-Smart Body Control Unit: Provides services that connect smart device and in-vehicle equipment by adding applications to enhance functionality, such as displaying battery status and delivery route, to lock door, and flash hazard by device.
- Power source expansion unit: Up to 8 functions and devices can be added, such as interior lighting and alcohol detection, by connecting to a general-purpose connector.
- In-vehicle telematics: Connects to data centers and delivery company clouds to share vehicle information for fleet management and monitoring
-Under development
-Demonstration of next-generation HMI that accompanies human senses
-3D display of surrounding conditions facilitates intuitive and sensory understanding and improves safety and convenience
-The sloped head-up display (AR-HUD) improves visibility by displaying speed and lane lines parallel to the road
-Line illumination on the display and steering wheel to facilitate understanding of vehicle status
-Under development
-Demonstration of next-generation HMI that accompanies human senses
-3D display of surrounding conditions facilitates intuitive and sensory understanding and improves safety and convenience
-The sloped head-up display (AR-HUD) improves visibility by displaying speed and lane lines parallel to the road
-Line illumination on the display and steering wheel to facilitate understanding of vehicle status
-Under development
-Demonstration of next-generation HMI that accompanies human senses
-3D display of surrounding conditions facilitates intuitive and sensory understanding and improves safety and convenience
-The sloped head-up display (AR-HUD) improves visibility by displaying speed and lane lines parallel to the road
-Line illumination on the display and steering wheel to facilitate understanding of vehicle status
-Under development
-Demonstration of next-generation HMI that accompanies human senses
-3D display of surrounding conditions facilitates intuitive and sensory understanding and improves safety and convenience
-The sloped head-up display (AR-HUD) improves visibility by displaying speed and lane lines parallel to the road
-Line illumination on the display and steering wheel to facilitate understanding of vehicle status
-Under development
-Demonstration of a head-up display (AR-HUD) that makes the display easily visible even when wearing polarized sunglasses
-Switching the direction of the light waves emitted by the AR-HUD allows the light to pass through polarized sunglasses, ensuring visibility
-Display mode can be switched to accommodate either the naked eye or polarized sunglasses
-Under development
-Demonstration of a head-up display (AR-HUD) that makes the display easily visible even when wearing polarized sunglasses
-Switching the direction of the light waves emitted by the AR-HUD allows the light to pass through polarized sunglasses, ensuring visibility
-Display mode can be switched to accommodate either the naked eye or polarized sunglasses
-Under development
-Compact spot lamps with electrostatic touch switch function on plated decorative areas
-Under development
2023 JSAE Automotive Engineering Exposition On-board standard meters
-LED display meter: Inexpensive and highly visible speedometer with LED display. Customizable for lighting color, tell-tale signs, etc.
-TFT Display Meters (Under development): 7" and 12.3" meters for graphical ADS function display and cyber security
2023 JSAE Automotive Engineering Exposition Display audio meter
-Space-saving and low-cost by incorporating display audio functions into meters
-Under development
-Exhibiting high voltage/power supply solutions and low voltage/communication solutions
-High-voltage and power supply solutions: Highly flexible wires with 60% improved bendability, high-voltage semiconductor junction box, various high-voltage connectors, sensors, etc.
-Low-voltage communication solutions: zone ECUs compatible with high-speed communication (Ethernet), high-speed communication cables, optical components, various low-voltage connectors, etc.
2023 JSAE Automotive Engineering Exposition Battery bus bar module
-Connects battery cells to form a module
-Enables sensing and control of individual battery cell states
-FPC type allows direct mounting of electronic components
2023 JSAE Automotive Engineering Exposition Battery bus bar module
-Connects battery cells to form a module
-Enables sensing and control of individual battery cell states
-FPC type allows direct mounting of electronic components
2023 JSAE Automotive Engineering Exposition Battery bus bar module
-Connects battery cells to form a module
-Enables sensing and control of individual battery cell states
-FPC type allows direct mounting of electronic components
2023 JSAE Automotive Engineering Exposition Battery bus bar module
-Connects battery cells to form a module
-Enables sensing and control of individual battery cell states
-FPC type allows direct mounting of electronic components
-Battery series-parallel switching allows charging from a 400V fast charger to an 800V EV
-Under development
2023 JSAE Automotive Engineering Exposition Charging indicator lighting unit
-Compact charge indicator lighting unit for EVs and PHVs
-Equipped with waterproof functionality equivalent to waterproof connectors
-Under development
2023 JSAE Automotive Engineering Exposition Charging indicator lighting unit
-Compact charge indicator lighting unit for EVs and PHVs
-Equipped with waterproof functionality equivalent to waterproof connectors
-Under development
-Integrating a DC/DC converter and a changeover switch enables output of various load voltages
-Keeps the output voltage constant even when the sub-battery voltage drops
-Under development
-Integrating a DC/DC converter and a changeover switch enables output of various load voltages
-Keeps the output voltage constant even when the sub-battery voltage drops
-Under development
2023 JSAE Automotive Engineering Exposition Backup power unit
-EDLC-integrated backup power supply unit for low-power applications
-Built-in charge/discharge function for stable power supply
-Under development
2023 JSAE Automotive Engineering Exposition Backup power unit
-EDLC-integrated backup power supply unit for low-power applications
-Built-in charge/discharge function for stable power supply
-Under development
CES 2023 HMI system concept demonstration unit
-Demonstrator showcased various technologies that could potentially be used for future delivery vans to improve safety and security; Includes AR HUD and 3D displays to visualize intelligent driving assistants and pre-drive vehicle scans
2022 JSAE Automotive Engineering Exposition Highly flexible electric wire
-Soft wires suitable for routing in confined spaces.
-60% improvement in bendability compared to previous products.
2022 JSAE Automotive Engineering Exposition Highly flexible electric wire
-Soft wires suitable for routing in confined spaces.
-60% improvement in bendability compared to previous products.
2022 JSAE Automotive Engineering Exposition Highly flexible electric wire
-Soft wires suitable for routing in confined spaces.
-60% improvement in bendability compared to previous products.
2022 JSAE Automotive Engineering Exposition High voltage connectors
-High vibration resistance is achieved by a structure that supports the male terminal at three points.
-Vehicles equipped: Toyota Noah and Voxy (HV), Toyota bZ4X (BEV), Mitsubishi Outlander (PHEV)
2022 JSAE Automotive Engineering Exposition High voltage connectors
-High vibration resistance is achieved by a structure that supports the male terminal at three points.
-Vehicles equipped: Toyota Noah and Voxy (HV), Toyota bZ4X (BEV), Mitsubishi Outlander (PHEV)
2022 JSAE Automotive Engineering Exposition High voltage connectors
-High vibration resistance is achieved by a structure that supports the male terminal at three points.
-Vehicles equipped: Toyota Noah and Voxy (HV), Toyota bZ4X (BEV), Mitsubishi Outlander (PHEV)
2022 JSAE Automotive Engineering Exposition High voltage connectors
-High vibration resistance is achieved by a structure that supports the male terminal at three points.
-Vehicles equipped: Toyota Noah and Voxy (HV), Toyota bZ4X (BEV), Mitsubishi Outlander (PHEV)
-Junction box with a 50% reduction in volume by using semiconductors in the relays (compared to the company's previous junction box)
2022 JSAE Automotive Engineering Exposition Battery bus bar module
-Bus bar module to connect battery cells in series.
-FPC type is produced by printing, which reduces the risk of wiring errors and allows direct mounting of electronic components.
2022 JSAE Automotive Engineering Exposition Battery bus bar module
-Bus bar module to connect battery cells in series.
-FPC type is produced by printing, which reduces the risk of wiring errors and allows direct mounting of electronic components.
2022 JSAE Automotive Engineering Exposition Battery bus bar module
-Bus bar module to connect battery cells in series.
-FPC type is produced by printing, which reduces the risk of wiring errors and allows direct mounting of electronic components.
2022 JSAE Automotive Engineering Exposition Battery bus bar module
-Bus bar module to connect battery cells in series.
-FPC type is produced by printing, which reduces the risk of wiring errors and allows direct mounting of electronic components.
2022 JSAE Automotive Engineering Exposition Battery bus bar module
-Bus bar module to connect battery cells in series.
-FPC type is produced by printing, which reduces the risk of wiring errors and allows direct mounting of electronic components.
2022 JSAE Automotive Engineering Exposition Low voltage solutions
-Unit with built-in switch: Switches to the sub-battery in the event of main battery failure or malfunction in autonomous vehicles. Contributes to space saving and weight reduction of parts by reducing the number of dedicated batteries set for each system.
-Backup battery control unit: Maintains and manages battery charge status by monitoring battery degradation.
2022 JSAE Automotive Engineering Exposition Low voltage solutions
-Unit with built-in switch: Switches to the sub-battery in the event of main battery failure or malfunction in autonomous vehicles. Contributes to space saving and weight reduction of parts by reducing the number of dedicated batteries set for each system.
-Backup battery control unit: Maintains and manages battery charge status by monitoring battery degradation.
2022 JSAE Automotive Engineering Exposition Low voltage solutions
-Unit with built-in switch: Switches to the sub-battery in the event of main battery failure or malfunction in autonomous vehicles. Contributes to space saving and weight reduction of parts by reducing the number of dedicated batteries set for each system.
-Backup battery control unit: Maintains and manages battery charge status by monitoring battery degradation.
2022 JSAE Automotive Engineering Exposition Low voltage solutions
-Unit with built-in switch: Switches to the sub-battery in the event of main battery failure or malfunction in autonomous vehicles. Contributes to space saving and weight reduction of parts by reducing the number of dedicated batteries set for each system.
-Backup battery control unit: Maintains and manages battery charge status by monitoring battery degradation.
2022 JSAE Automotive Engineering Exposition Large display meter
-A meter that changes the information displayed depending on the situation.
-In addition to displaying speed and other meter information, it is expected to have a side-view function that displays images around the tires as well as traffic, weather, and other information up to the destination.
2022 JSAE Automotive Engineering Exposition Large display meter
-A meter that changes the information displayed depending on the situation.
-In addition to displaying speed and other meter information, it is expected to have a side-view function that displays images around the tires as well as traffic, weather, and other information up to the destination.
2022 JSAE Automotive Engineering Exposition Large display meter
-A meter that changes the information displayed depending on the situation.
-In addition to displaying speed and other meter information, it is expected to have a side-view function that displays images around the tires as well as traffic, weather, and other information up to the destination.
2022 JSAE Automotive Engineering Exposition Far-view meter
-A monitor that reflects the display area hidden by the steering wheel with a mirror and displays it as a virtual image.
-Two layers of expression are possible on a single monitor.
2022 JSAE Automotive Engineering Exposition Far-view meter
-A monitor that reflects the display area hidden by the steering wheel with a mirror and displays it as a virtual image.
-Two layers of expression are possible on a single monitor.
2022 JSAE Automotive Engineering Exposition Far-view meter
-A monitor that reflects the display area hidden by the steering wheel with a mirror and displays it as a virtual image.
-Two layers of expression are possible on a single monitor.
2022 JSAE Automotive Engineering Exposition Far-view meter
-A monitor that reflects the display area hidden by the steering wheel with a mirror and displays it as a virtual image.
-Two layers of expression are possible on a single monitor.
2022 JSAE Automotive Engineering Exposition Driver monitoring system
-The camera is embedded in the meter to achieve a design that does not detract from its appearance.
2022 JSAE Automotive Engineering Exposition Driver monitoring system
-The camera is embedded in the meter to achieve a design that does not detract from its appearance.
2022 JSAE Automotive Engineering Exposition Floating display meter
-A display that expresses a virtual image as if it were floating by combining a general-purpose display and virtual image technology.
-Guides the driver's line of sight by emphasizing speed and warnings during acceleration.
2022 JSAE Automotive Engineering Exposition Floating display meter
-A display that expresses a virtual image as if it were floating by combining a general-purpose display and virtual image technology.
-Guides the driver's line of sight by emphasizing speed and warnings during acceleration.
2022 JSAE Automotive Engineering Exposition Floating display meter
-A display that expresses a virtual image as if it were floating by combining a general-purpose display and virtual image technology.
-Guides the driver's line of sight by emphasizing speed and warnings during acceleration.
2022 JSAE Automotive Engineering Exposition HMI integrated control unit
-A concept to integrate HMI-related equipment such as meters, HUD, and center display.
2022 JSAE Automotive Engineering Exposition HMI integrated control unit
-A concept to integrate HMI-related equipment such as meters, HUD, and center display.
2022 JSAE Automotive Engineering Exposition LED digital meter
2022 JSAE Automotive Engineering Exposition LED digital meter
2022 JSAE Automotive Engineering Exposition LED digital meter
The Battery Show Europe / Electric & Hybrid Vehicle Technology Expo Cell contacting system
- Ultraflat, smart and flexible system
- integrated electronics monitor cell temperature and cell voltage
- allow for automated battery assembly"
The Battery Show Europe / Electric & Hybrid Vehicle Technology Expo Cell contacting system
- Ultraflat, smart and flexible system
- integrated electronics monitor cell temperature and cell voltage
- allow for automated battery assembly"
The Battery Show Europe / Electric & Hybrid Vehicle Technology Expo Cell contacting system
- Ultraflat, smart and flexible system
- integrated electronics monitor cell temperature and cell voltage
- allow for automated battery assembly"
The Battery Show Europe / Electric & Hybrid Vehicle Technology Expo Cell contacting system
- Ultraflat, smart and flexible system
- integrated electronics monitor cell temperature and cell voltage
- allow for automated battery assembly"
The Battery Show Europe / Electric & Hybrid Vehicle Technology Expo Cell contacting system
- Ultraflat, smart and flexible system
- integrated electronics monitor cell temperature and cell voltage
- allow for automated battery assembly"
The Battery Show Europe / Electric & Hybrid Vehicle Technology Expo Cell contacting system
- Ultraflat, smart and flexible system
- integrated electronics monitor cell temperature and cell voltage
- allow for automated battery assembly"
The Battery Show Europe / Electric & Hybrid Vehicle Technology Expo Connectors
- Safe and reliable
- compact and robust
- availale in a variety of configurations
- suitable for high power charging applications
The Battery Show Europe / Electric & Hybrid Vehicle Technology Expo Integrated on-board charger and DC/DC converter
- Design allows for bidirectional operation, enabling vehicle-to-grid functionalities
- available in a variety of configurations
The Battery Show Europe / Electric & Hybrid Vehicle Technology Expo Integrated on-board charger and DC/DC converter
- Design allows for bidirectional operation, enabling vehicle-to-grid functionalities
- available in a variety of configurations
The Battery Show Europe / Electric & Hybrid Vehicle Technology Expo Integrated on-board charger and DC/DC converter
- Design allows for bidirectional operation, enabling vehicle-to-grid functionalities
- available in a variety of configurations
The Battery Show Europe / Electric & Hybrid Vehicle Technology Expo Power distribution box
- Intelligent power distribution and power management units
- optimized package size
- integrated features for diagnostics and added safety
The Battery Show Europe / Electric & Hybrid Vehicle Technology Expo Power distribution box
- Intelligent power distribution and power management units
- optimized package size
- integrated features for diagnostics and added safety
Tokyo Motor Show 2019 EEDDS vehicle mockup
Looking toward 2025 through 2030, this is a vehicle wiring infrastructure system for vehicles dedicated to mobility services. The concept applies to unmanned autonomous driving (Level 4 or above) electric vehicles (EVs). The vehicle will be equipped with a high-voltage system in the chassis to propel the vehicle, multiple voltage supply systems for the cabin, and a communications system for autonomous driving. The EEDDS (Electrical / Electronic Distribution and Display System) integrates the EEDS (Electrical / Electronic Distribution System) which optimally distributes and connects power and signals to realize an advanced electrical system that accompanies the enhancement of vehicle functionality to the HMI (Human Machine Interface) that conveys to the driver various vehicle internal and external information.
Tokyo Motor Show 2019 EEDDS vehicle mockup
Looking toward 2025 through 2030, this is a vehicle wiring infrastructure system for vehicles dedicated to mobility services. The concept applies to unmanned autonomous driving (Level 4 or above) electric vehicles (EVs). The vehicle will be equipped with a high-voltage system in the chassis to propel the vehicle, multiple voltage supply systems for the cabin, and a communications system for autonomous driving. The EEDDS (Electrical / Electronic Distribution and Display System) integrates the EEDS (Electrical / Electronic Distribution System) which optimally distributes and connects power and signals to realize an advanced electrical system that accompanies the enhancement of vehicle functionality to the HMI (Human Machine Interface) that conveys to the driver various vehicle internal and external information.
Tokyo Motor Show 2019 EEDDS vehicle mockup
Looking toward 2025 through 2030, this is a vehicle wiring infrastructure system for vehicles dedicated to mobility services. The concept applies to unmanned autonomous driving (Level 4 or above) electric vehicles (EVs). The vehicle will be equipped with a high-voltage system in the chassis to propel the vehicle, multiple voltage supply systems for the cabin, and a communications system for autonomous driving. The EEDDS (Electrical / Electronic Distribution and Display System) integrates the EEDS (Electrical / Electronic Distribution System) which optimally distributes and connects power and signals to realize an advanced electrical system that accompanies the enhancement of vehicle functionality to the HMI (Human Machine Interface) that conveys to the driver various vehicle internal and external information.
Tokyo Motor Show 2019 EEDDS vehicle mockup
Looking toward 2025 through 2030, this is a vehicle wiring infrastructure system for vehicles dedicated to mobility services. The concept applies to unmanned autonomous driving (Level 4 or above) electric vehicles (EVs). The vehicle will be equipped with a high-voltage system in the chassis to propel the vehicle, multiple voltage supply systems for the cabin, and a communications system for autonomous driving. The EEDDS (Electrical / Electronic Distribution and Display System) integrates the EEDS (Electrical / Electronic Distribution System) which optimally distributes and connects power and signals to realize an advanced electrical system that accompanies the enhancement of vehicle functionality to the HMI (Human Machine Interface) that conveys to the driver various vehicle internal and external information.
Tokyo Motor Show 2019 EEDDS vehicle mockup
Looking toward 2025 through 2030, this is a vehicle wiring infrastructure system for vehicles dedicated to mobility services. The concept applies to unmanned autonomous driving (Level 4 or above) electric vehicles (EVs). The vehicle will be equipped with a high-voltage system in the chassis to propel the vehicle, multiple voltage supply systems for the cabin, and a communications system for autonomous driving. The EEDDS (Electrical / Electronic Distribution and Display System) integrates the EEDS (Electrical / Electronic Distribution System) which optimally distributes and connects power and signals to realize an advanced electrical system that accompanies the enhancement of vehicle functionality to the HMI (Human Machine Interface) that conveys to the driver various vehicle internal and external information.
Tokyo Motor Show 2019 EEDDS vehicle mockup
Looking toward 2025 through 2030, this is a vehicle wiring infrastructure system for vehicles dedicated to mobility services. The concept applies to unmanned autonomous driving (Level 4 or above) electric vehicles (EVs). The vehicle will be equipped with a high-voltage system in the chassis to propel the vehicle, multiple voltage supply systems for the cabin, and a communications system for autonomous driving. The EEDDS (Electrical / Electronic Distribution and Display System) integrates the EEDS (Electrical / Electronic Distribution System) which optimally distributes and connects power and signals to realize an advanced electrical system that accompanies the enhancement of vehicle functionality to the HMI (Human Machine Interface) that conveys to the driver various vehicle internal and external information.
Tokyo Motor Show 2019 EEDDS vehicle mockup
Looking toward 2025 through 2030, this is a vehicle wiring infrastructure system for vehicles dedicated to mobility services. The concept applies to unmanned autonomous driving (Level 4 or above) electric vehicles (EVs). The vehicle will be equipped with a high-voltage system in the chassis to propel the vehicle, multiple voltage supply systems for the cabin, and a communications system for autonomous driving. The EEDDS (Electrical / Electronic Distribution and Display System) integrates the EEDS (Electrical / Electronic Distribution System) which optimally distributes and connects power and signals to realize an advanced electrical system that accompanies the enhancement of vehicle functionality to the HMI (Human Machine Interface) that conveys to the driver various vehicle internal and external information.
Tokyo Motor Show 2019 EEDDS vehicle mockup
Looking toward 2025 through 2030, this is a vehicle wiring infrastructure system for vehicles dedicated to mobility services. The concept applies to unmanned autonomous driving (Level 4 or above) electric vehicles (EVs). The vehicle will be equipped with a high-voltage system in the chassis to propel the vehicle, multiple voltage supply systems for the cabin, and a communications system for autonomous driving. The EEDDS (Electrical / Electronic Distribution and Display System) integrates the EEDS (Electrical / Electronic Distribution System) which optimally distributes and connects power and signals to realize an advanced electrical system that accompanies the enhancement of vehicle functionality to the HMI (Human Machine Interface) that conveys to the driver various vehicle internal and external information.
Tokyo Motor Show 2019 Concept S
AC charging inlet (normal charging) / DC charging inlet (quick charging). Improves design flexibility by separating styling parts and functional parts. (Exhibited as a part of a mockup)
Tokyo Motor Show 2019 Concept S
AC charging inlet (normal charging) / DC charging inlet (quick charging). Improves design flexibility by separating styling parts and functional parts. (Exhibited as a part of a mockup)
Tokyo Motor Show 2019 Concept S
AC charging inlet (normal charging) / DC charging inlet (quick charging). Improves design flexibility by separating styling parts and functional parts. (Exhibited as a part of a mockup)
Tokyo Motor Show 2019 Watch-over system
Unmanned mobility security system featuring:
1) Recognition of occupants and possessions from camera images.
2) Ascertaining the situation by the use of deep learning, machine learning, and rule base. These technologies make it possible to provide services such as detection and notification of forgotten items and prevention of oversleeping.
Tokyo Motor Show 2019 Watch-over system
Unmanned mobility security system featuring:
1) Recognition of occupants and possessions from camera images.
2) Ascertaining the situation by the use of deep learning, machine learning, and rule base. These technologies make it possible to provide services such as detection and notification of forgotten items and prevention of oversleeping.
Tokyo Motor Show 2019 Watch-over system
Unmanned mobility security system featuring:
1) Recognition of occupants and possessions from camera images.
2) Ascertaining the situation by the use of deep learning, machine learning, and rule base. These technologies make it possible to provide services such as detection and notification of forgotten items and prevention of oversleeping.
Tokyo Motor Show 2019 Instrument panel meters
- Installed vehicles: Lexus ES300h F SPORT, Lexus GX, Toyota Alphard, Toyota Land Cruiser Prado
Tokyo Motor Show 2019 Instrument panel meters
- Installed vehicles: Lexus ES300h F SPORT, Lexus GX, Toyota Alphard, Toyota Land Cruiser Prado
Tokyo Motor Show 2019 Instrument panel meters
- Installed vehicles: Lexus ES300h F SPORT, Lexus GX, Toyota Alphard, Toyota Land Cruiser Prado
Tokyo Motor Show 2019 Instrument panel meters
- Installed vehicles: Lexus ES300h F SPORT, Lexus GX, Toyota Alphard, Toyota Land Cruiser Prado
Tokyo Motor Show 2019 Instrument panel meters
- Installed vehicles: Lexus ES300h F SPORT, Lexus GX, Toyota Alphard, Toyota Land Cruiser Prado
Tokyo Motor Show 2019 Integrated cockpit concept
Cockpit of autonomous driving level 2-3, where manual and automated driving are mixed depending on the situation.
- During manual driving: Uses the driver monitor to detect driver’s line of sight, face position and inclination, and abnormal posture.
- During autonomous driving: Entertainment can be displayed on the meter panel.
- Switching from autonomous to manual driving: Informing the driver in advance to changes in traffic conditions and the possibility of changing to manual driving by utilizing V2X information. When switching, confirm that the driver is ready to drive using the driver monitor and deliver the information.
Tokyo Motor Show 2019 Integrated cockpit concept
Cockpit of autonomous driving level 2-3, where manual and automated driving are mixed depending on the situation.
- During manual driving: Uses the driver monitor to detect driver’s line of sight, face position and inclination, and abnormal posture.
- During autonomous driving: Entertainment can be displayed on the meter panel.
- Switching from autonomous to manual driving: Informing the driver in advance to changes in traffic conditions and the possibility of changing to manual driving by utilizing V2X information. When switching, confirm that the driver is ready to drive using the driver monitor and deliver the information.
Tokyo Motor Show 2019 Integrated cockpit concept
Cockpit of autonomous driving level 2-3, where manual and automated driving are mixed depending on the situation.
- During manual driving: Uses the driver monitor to detect driver’s line of sight, face position and inclination, and abnormal posture.
- During autonomous driving: Entertainment can be displayed on the meter panel.
- Switching from autonomous to manual driving: Informing the driver in advance to changes in traffic conditions and the possibility of changing to manual driving by utilizing V2X information. When switching, confirm that the driver is ready to drive using the driver monitor and deliver the information.
Tokyo Motor Show 2019 Integrated cockpit concept
Cockpit of autonomous driving level 2-3, where manual and automated driving are mixed depending on the situation.
- During manual driving: Uses the driver monitor to detect driver’s line of sight, face position and inclination, and abnormal posture.
- During autonomous driving: Entertainment can be displayed on the meter panel.
- Switching from autonomous to manual driving: Informing the driver in advance to changes in traffic conditions and the possibility of changing to manual driving by utilizing V2X information. When switching, confirm that the driver is ready to drive using the driver monitor and deliver the information.
2019 JSAE Automotive Engineering Exposition Total Interface Management Unit
2019 JSAE Automotive Engineering Exposition Total Interface Management Unit
2019 JSAE Automotive Engineering Exposition meter
-Installed Vehicle: LEXUS "RX300 F SPORT"
2019 JSAE Automotive Engineering Exposition Meter
-Installed Vehicle: TOYOTA "NOAH"
2019 JSAE Automotive Engineering Exposition Meter
-Installed Vehicle: TOYOTA "LAND CRUISER PRADO"
2019 JSAE Automotive Engineering Exposition Meter
-Installed Vehicle: TOYOTA "ALPHARD"
2019 JSAE Automotive Engineering Exposition Integrated Control Unit
-Input information from HUD, meters, and center display is controlled centrally and optimally displayed
2019 JSAE Automotive Engineering Exposition Wire Harness Low Voltage
2019 JSAE Automotive Engineering Exposition Wire Harness High Voltage
2019 JSAE Automotive Engineering Exposition Power supply system (power distribution box, battery switching module, power distribution box with integrated DC/DC converter, power distribution box with integrated capacitors)
-When it is not impossible to supply power from a 12V battery to important load points, this system can use the power distribution box with integrated DC/DC converter to convert 48V to 12V current and send the power over redundant circuits.
-The power distribution box with integrated capacitors prevents disconnection by temporarily maintaining flat voltage until the converted 12V voltage is supplied
2019 JSAE Automotive Engineering Exposition Power supply system (power distribution box, battery switching module, power distribution box with integrated DC/DC converter, power distribution box with integrated capacitors)
-When it is not impossible to supply power from a 12V battery to important load points, this system can use the power distribution box with integrated DC/DC converter to convert 48V to 12V current and send the power over redundant circuits.
-The power distribution box with integrated capacitors prevents disconnection by temporarily maintaining flat voltage until the converted 12V voltage is supplied
2019 JSAE Automotive Engineering Exposition Power supply system (power distribution box, battery switching module, power distribution box with integrated DC/DC converter, power distribution box with integrated capacitors)
-When it is not impossible to supply power from a 12V battery to important load points, this system can use the power distribution box with integrated DC/DC converter to convert 48V to 12V current and send the power over redundant circuits.
-The power distribution box with integrated capacitors prevents disconnection by temporarily maintaining flat voltage until the converted 12V voltage is supplied
2019 JSAE Automotive Engineering Exposition Power supply system (power distribution box, battery switching module, power distribution box with integrated DC/DC converter, power distribution box with integrated capacitors)
-When it is not impossible to supply power from a 12V battery to important load points, this system can use the power distribution box with integrated DC/DC converter to convert 48V to 12V current and send the power over redundant circuits.
-The power distribution box with integrated capacitors prevents disconnection by temporarily maintaining flat voltage until the converted 12V voltage is supplied
2019 JSAE Automotive Engineering Exposition High-voltage Power Distribution System
2019 JSAE Automotive Engineering Exposition High-voltage Power Distribution System
2019 JSAE Automotive Engineering Exposition High-voltage Power Distribution System
2019 JSAE Automotive Engineering Exposition High-voltage Power Distribution System