On December 15, 2016, the leading semiconductor components distributors dedicated to the Asia-Pacific region - announced that it is launched a complete solution of Toshiba and AMS automotive electronics, including tire pressure monitoring (TPMS), cars Key Enter System (RKE), Ethernet Voice Video Bridge Technology (AVB Bridge), Advanced Driving Assist System (ADAS), Intelligent Rearview Mirror, and Inter-Vehicle Laser Detection and Testing Technology (LIDAR).
Toshiba and Austrian Microelectronics (AMS) continue to develop comprehensive automotive electronics system programs, including tire pressure detection systems, keyless access systems, advanced driving assistance systems and LIDAR, etc. A complete set of car system solutions are provided with rich experience and expertise in many years of communication technology.
Tire pressure monitoring system based on TOSHIBA technology (TPMS)
Recently, the TPMS receiver function is integrated into a remote keyless entry (RKE) receiver, which is more common in the car. As a result, a TPMS receiver must be installed within a limited range of the vehicle chassis reception in any direction, regardless of the vehicle model and body size. Today's cars have such as electric vehicles, due to the use of electronic control systems to increase many electronic noise sources. Therefore, the excellent anti-interference performance RF chip will be more needed.
Drawing 1 - Temasuring Monitoring System (TPMS) launched by Grand Dingxing
RF IC lineup
Car microprocessor
Figure 2 - TOSHIBA-based tire pressure monitoring system (TPMS) frame map
System power IC
Car keyless entry system based on TOSHIBA technology (RKE)
The remote control keyless entry (RKE) is designed for door remote control opening and closing lock. When the driver presses the button on the keychain, the built-in transmitter transmits an encrypted RF signal. The vehicle receiver receives the RF signal and provides the decrypted data to the microcontroller.
Figure 3 - Toshiba-based car keyless access system (RKE) frame map
Ethernetone video bridge (AVB Bridge Solution) based on TOSHIBA technology
TC9560 Neutrino is a powerful AVB Bridge that can be used high-speed transmission data between Processor SoC and Network Devices, with a Cortex-M3 Processor to do system or devices control and management to reduce the main system IC load. The degree, improve the overall performance, the application is shown below:
Figure 4 - Toshiba-based Ethernet audio video bridge system (AVB Bridge) frame map launched by Dadding
Advanced Driving Assist System (ADAS) Based on TOSHIBA Technology
Advanced Driver Assistance Systems; ADAS, is one of the smart vehicle technologies that have been actively developed in recent years, using a single or multiple photographers to provide the driver's work situation and the external environmental changes of vehicles. Analysis, and pre-warned the hazardous situation that may happen, so that the driver adopts early measures to avoid traffic accidents.
Figure 5 - Advanced Driving Assist System (ADAS) solution launched by Dadding
Toshiba IC provides driving assistance and warnings driving below:
Lane Departure Warning (LDW): Lane offset detection warning
Traffic Sign Recognition (TSR): Identification of Traffic Signs
Forward Collision Warning (FCW): Warning with the front car
Lane Change Assistance (LCA): Assistance of transform lanes
Obstacle Detection: Detection of obstacles
Right / Left Turn Awareness: Reminder of Left / Right Turn
Forward Pedestrian Collision Warning: Warning with the front pedestrian collision
Driver State Monitoring (DSM): Detection of fatigue driving
Parking Assistance with Bird's Eye View: Parking Assistant System
HIGH-BEAM Assistance: Detects to automatically adjust the remote light assistance
Traffic Signal Recognition: Detecting red lights to warn driving
General Stationary Obstacle Collision Warning: Obstructions in detecting
Figure 6 - Daxie Ding Ding launched a TOSHIBA-based advanced driving assistance system (ADAS)
Figure 7 - Toshiba-based advanced driving assistance system (ADAS) system architecture map introduced by Dadding
Figure 8 - Schematic diagram of TOSHIBA-based advanced driving assistance system (ADAS)
Intelligent rearview mirror based on Toshiba technology
In recent years, driving safety has become more and more attention to the people, and Toshiba also provides the IC and integrated circuit of this area.
Figure 9 - Toshiba-based intelligent rearview ideas launched by Dadding
TMPV7502XBG uses its excellent image processing effect, can provide pedestrians on the road or the detection and identification function of moving objects, plus its lower power consumption and smaller packaging, is very suitable for intelligent rearview mirrors and intelligent reflection Application on the mirror.
Figure 10 - Toshiba-based intelligent rearview mirror system architecture map launched by Dadding
AMS-based laser detection and measurement solution (LIDAR)
AMS Austrian Microelectronics provides driving safety assistance from the front-end car anti-collision technology with its own precision, using this TDC IC to help drive the driving distance of the driving, with the environment in time The condition makes an appropriate reaction.
Distaine 11 - Laser Detection and Measurement Solution Schematic of Vehicle Laser Laser Introduced
Figure 12 - Dalian University's Laser Laser Detection and Measurement Solution System Architecture Map of Austrian Microelectronics (AMS) launched
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