At a glance
| Booth | R8323 |
| Country | IN |
| Website | www.vervesemi.com |
Company profile
Vervesemi Microelectronics Pvt Ltd is a fabless semiconductor company focused on analog signal chains and signal processing. The company describes its precision analog signal-chain approach as a bridge between the physical world and digital systems, combining high precision with built-in intelligence in integrated-circuit designs. Vervesemi Microelectronics Pvt Ltd was founded in 2017, is privately owned, lists an ISO 9001:2015 Quality Management System, and reports more than 20 patents and trade secrets. Its mission centers on intelligent and reliable technologies intended to improve performance and efficiency, while its vision emphasizes analog signal-chain technology for smart applications across multiple industries. Machine learning and self-healing technologies are part of the company's stated technology direction for improving how data is captured, processed and used and for increasing performance and reliability. Vervesemi Microelectronics Pvt Ltd's technology description also combines machine learning with real-time self-healing and fail-safe mechanisms, while compensating for process variation and ageing to maintain accuracy in harsh environments. The company lists standard IC product families including Analog Front Ends, Digital Signal Controllers and Analog SOCs. Its Analog Front Ends provide high-performance, ultra-precise interfaces between physical signals and digital systems, while Digital Signal Controllers are positioned for high-speed, real-time processing of complex signals. Its Analog SOCs integrate high-precision analog and digital components on a single chip for complex real-world signal processing. The company identifies energy metering, motor control, medical devices and smart-energy systems among the applications for its integrated circuits. Vervesemi Microelectronics Pvt Ltd received the Most Promising Semiconductor Startup recognition at the 2019 IESA Vision Summit, was listed as a FutureDESIGN DLI Company by Meity, Government of India in 2022, became a Samsung SAFE IP Partner in 2020, and was listed as a UMP IP Alliance Partner with UMC Foundry Taiwan in 2019. The company also reports selection for indigenous BLDC controller chip development and a Made-in-India semiconductor ASIC targeting applications such as weighing scales and Force Touch technologies. Another company milestone describes a machine-learning breakthrough intended to change traditional analog signal chains through machine-learning technology.
Exhibits
Vervesemi Microelectronics Pvt Ltd offers a portfolio of precision analog ICs for multiple industries, including high-precision analog ICs for smart-energy, automotive and industrial markets. The portfolio includes Motor Driver ICs designed for efficiency, safety and robust operation, Analog Front End solutions that form high-performance ultra-precise interfaces, and Digital Signal Controllers for high-speed real-time processing of complex signals. For industrial applications, the company specifically lists high-precision Analog Front End ICs. Across its precision analog signal-chain products, Vervesemi Microelectronics Pvt Ltd lists machine-learning integration for real-time adaptability, self-healing properties for harsh environments, built-in fail-safe mechanisms, intelligent power scaling, self-calibration, adaptive error correction, and resistance to process ageing and environmental change. Consumer-electronics use cases include heart-rate trackers, fitness devices and ECG monitors, where the chips are described as supporting accurate real-time monitoring with low power consumption for prolonged use. For industrial sensing and control, its signal-chain products convert sensor data for pressure, temperature and motion sensing, while smart-power and battery-management applications use precision sensing to improve battery management and power efficiency. For space and defence, the company describes reliable signal conversion and processing for communication, navigation and remote-sensing satellites, with precision maintained in space environments. Its precision analog signal-chain ICs convert, process and transmit signals with high accuracy and integrate machine learning for adaptability, self-healing capabilities for harsh conditions and fail-safe mechanisms for critical applications. Smart Energy Silicon IPs are described as energy-efficient ICs for monitoring and controlling power consumption in energy meters, solar-energy management and grid systems. Digital Signal Controller ICs are positioned for high-reliability space and defence applications, with self-healing functions, machine-learning-enhanced analog signal chains, wide-temperature operation, real-time data conversion, adaptive performance and robust protection for mission-critical use. Motor Control ICs are used in high-speed and precision-controlled environments such as drones, electric vehicles and industrial machinery, with optimization for feedback control, real-time monitoring and high-speed data processing. Health Monitoring ICs are intended for medical-grade wearable applications such as heart-rate monitors, ECG devices and fitness trackers, combining high-precision signal processing with low power consumption for battery-powered operation. The Analog Front End IC line lists low power consumption, multi-channel input, low-noise performance, temperature compensation, integrated signal conditioning, self-calibration and adaptive error correction, and compatibility with various sensors. For weighing-scale applications, VS1114FE is described as a low-power, low-noise 24-bit delta-sigma ADC with differential inputs and an integrated PGA whose gain ranges from 1 to 128, together with interface data-integrity features intended to keep transmission errors very low. For energy metering, VS1111FE is a multichannel simultaneous-sampling 24-bit delta-sigma ADC-based AFE with an internal reference and onboard oscillator; the device provides a wide dynamic range and scalable data rates for industrial power monitoring and protection as well as test and measurement. For seismic and energy exploration, VS1110FE is a 32b analog-to-digital-converter front end containing a low-noise programmable gain amplifier and input multiplexers, intended for applications requiring ultra-high accuracy. For low-power sensing, VS1113FE provides low-power, low-noise 8-channel fully differential or 16 pseudo-differential inputs, 24-bit delta-sigma conversion, an integrated low-drift internal reference voltage, and an integrated PGA with gain from 1 to 128. For general-purpose sensing, VS1112FE is a low-power single-channel 24-bit delta-sigma ADC with an integrated low-drift internal reference voltage and clock options that include an on-chip oscillator, an external crystal or an external clock. Taken together, the listed product categories cover precision analog signal chains, smart-energy silicon IPs, Digital Signal Controllers, Motor Control ICs, Health Monitoring ICs, Analog Front Ends and Analog SOCs for signal-processing tasks across industrial, automotive, energy, healthcare, consumer and space or defence applications. The product portfolio also spans use cases from wearables and motor-control systems to satellite communication and energy meters, covering both everyday devices and mission-critical systems.
Capabilities and products
- precision analog signal-chain IC design
- high-precision Analog Front End ICs
- Digital Signal Controller ICs
- Analog SoCs
- high-efficiency Motor Driver ICs
- Smart Energy Silicon IPs
- Health Monitoring ICs
- machine-learning self-healing analog ICs
- 24-bit ΔΣ ADC with integrated PGA
- multichannel simultaneous-sampling 24-bit ΔΣ AFE
- AFE for seismic/energy exploration