-
INDUSTRY 4.0
and ROBOTICSBuilding resilient Industry 4.0 and robotics
systems with custom chip services
As industrial automation accelerates, it demands capabilities that off-the-shelf chips can’t deliver—real-time precision, seamless connectivity, and energy efficiency. Robotics, predictive maintenance, and industrial IoT can thrive with custom silicon optimized for high-speed processing, low-latency communication, and durability in harsh environments. Cyient Semiconductors designs high-reliability custom ASICs that power intelligent automation and smart manufacturing.
At the core of connected industry
Smart metering (gas/water/electricity)
Smart metering (gas/water/electricity)
Secure, low-power communication for real-time utility monitoring
Time-of-flight
for robotics
Time-of-flight
for robotics
Precision sensing for navigation and obstacle detection in automation
Lighting, building automation, and HVAC
Lighting, building automation, and HVAC
Fire detection, CCTV/video surveillance cameras, intruder alarm, thermostats & controls
NFC and RFID systems
NFC and RFID systems
Seamless smart infrastructure integration with telecom expertise
Encoders for robotics
Encoders for robotics
High-precision motion control for automation and industrial robotic applications
Test equipment
Test equipment
Automated test equipment for semiconductors, digital multimeters, network analyzers, digital oscilloscopes
Factory automation & control
Factory automation & control
Flow, level, pressure, and temperature measurement
Motor drives
Motor drives
AC variable speed drives, DC drives, servo drives, stepper drives, soft starters/brakes
Power & energy
Power & energy
AC/DC supplies, converters, inverters, battery chargers, UPS, generators, and renewable energy (hydro/solar/wind)
Success in action
How we’ve helped leaders in Industry 4.0 and robotics

LED driver array for industrial printers
Designed an advanced LED driver array using TSMC 0.18µm technology, enhancing industrial printing with precise current control and on-chip diagnostics.

Laser distance measurement system for Industry 4.0
Developed a System-on-Chip (SoC) for laser distance measurement with precise laser driver pulse steering and a Transimpedance Amplifier (TIA) photodiode front end, achieving accurate distance measurements for automation and manufacturing.

High precision GPS receiver
Designed a high-precision GPS receiver using TSMC 65nm technology, ensuring accurate location tracking even in challenging environments, enabling applications like surveying and asset tracking.

Smart metering with acoustic front end
Developed an ultra-sound transceiver using TSMC 0.18µm CMOS technology for accurate flow metering and acoustic sensing, enabling precise water, heat, and electricity usage measurement in smart meters.

High-performance EPC Gen2 RFID UHF reader
Developed a highly integrated RFID reader IC suitable for fixed and mobile applications. The complete UHF radio transceiver is integrated on-chip, including the digital modem and an ARM Cortex M0+ core. The design features a low-noise, high-linearity optimized receiver to support backscattering communication, ensuring reliable performance in diverse environments.
From design to silicon:
full-spectrum semiconductor expertise
Custom semiconductor design and turnkey ASIC solutions, built for Industry 4.0 and robotics


Semiconductor
Design
Custom silicon engineered for industrial sensors, control systems, and real-time automation—delivering low-latency processing, precise machine control, and embedded security—tailored to meet the performance and reliability demands of smart factories and IIoT.
.jpg?width=1680&height=800&name=ASIC%20turnkey%20(1).jpg)
.jpg)
ASIC Turnkey Solutions
End-to-end ASIC development for OEMs and Tier-1s—from chip architecture and design to prototyping and manufacturing. These solutions improve power efficiency, simplify system integration, and ensure long-term chip supply for next-generation industrial automation.