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  • Group 1295 (6) Partners_Mobile (6)
    AUTOMOTIVE
    and EV
    Driving automotive and EV innovation
    with specialized semiconductor solutions

As EVs, ADAS, and connected cars evolve, semiconductor performance becomes mission-critical. Cyient Semiconductors delivers custom ASICs for battery monitoring, LIDAR, PMIC, and more, ensuring power efficiency, functional safety, and real-time processing. These automotive-grade chips meet ISO 26262 and ISO 21434 standards, accelerating innovation across electrification, autonomy, and in-vehicle intelligence.

Advanced silicon solutions
enabling next-gen vehicle systems

Group 1358

Battery cell
monitoring

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Battery cell
monitoring

High-precision ASICs for accurate battery management, maximizing performance, and range in electric vehicles

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LIDAR systems

Group 1371
LIDAR systems

Custom mixed-signal chips enabling precise distance measurement and object detection for advanced driver assistance systems

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Infotainment

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Infotainment

Specialized silicon for immersive audio, navigation systems, and rear seat entertainment

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High voltage switch
drivers

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High voltage switch
drivers

Robust, efficient power management ASICs for EV powertrain systems, charging infrastructure, and high-voltage applications

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Toll collection
systems

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Toll collection
systems

Secure and reliable chips for vehicle identification, communication, and payment processing in intelligent transportation systems

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Body electronics

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Body electronics

Integrated circuits for climate control, remote keyless entry, lighting, and ECU

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Chassis

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Chassis

ABS, Stability Control, Tire Pressure Monitoring, and steer/brake-by-wire systems

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Safety systems

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Safety systems

Custom silicon for airbag control units, airbag crash sensors, and event data recorders

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EV/HV

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EV/HV

Specialized semiconductors for electric drive controllers, battery management systems, and inverters

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Powertrain

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Powertrain

High-performance integrated circuits for Engine Control Module and Transmission Control Module

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Instrumentation

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Instrumentation

Advanced chips for instrument cluster and head-up displays

Success in action

How we've helped automotive and EV leaders

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Laser driver for automotive LIDAR

Designed a multi-channel laser driver with ultra-short (1 ns) pulsed laser capability for automotive LiDAR, achieving peak current at 50 A with ASIL-B safety compliance. This solution optimizes object detection and safety in autonomous vehicles.

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PMIC for high-performance automotive applications

Cyient designed a PMIC that meets ASIL-B and AEC-Q100 Grade II standards for infotainment. This features seven high-efficiency buck converters, linear regulators, and I2C interfaces for optimal power management and safety.

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Hall-effect sensor IC for motion control

Developed for automotive and robotic applications, the Hall-effect sensor IC achieves ASIL-D safety compliance, ensuring reliable motion control and precise feedback in safety-critical environments.

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In-vehicle infotainment (IVI) systems

Developed an AUTOSAR-based platform for IVI systems with diagnostics and BSW using C and C++ embedded software. This solution delivers high reliability and a seamless user experience.

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High-precision GPS receiver for ADAS

Developed a GPS receiver with millimeter-level accuracy for autonomous driving applications. The fully integrated transceiver features LNA, PLL, and a programmable 7th-order filter, achieving AEC-Q100 certification. Comprehensive digital, analog, and RF testing ensured optimal performance and reliability.

From design to silicon:
full-spectrum semiconductor expertise

Custom semiconductor design and turnkey ASIC solutions crafted for automotive and EV applications.

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Semiconductor
Design

Designing smarter silicon for EVs and ADAS

Chips designed for power efficiency, functional safety, and environmental durability—critical for EV battery management, ADAS systems, and connected vehicle technologies.
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ASIC Turnkey Solutions

Custom ASICs for next-generation vehicle systems

Turnkey ASIC services to handle the entire development process from concept to production, enabling manufacturers to integrate custom silicon without in-house semiconductor expertise while meeting automotive qualification standards like AEC-Q100.

Exploring custom silicon for
automotive and mobility?