Daily Tech Update – January 31, 2026

Semiconductor, EV, Gadget, and Power Electronics Developments in India

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India’s electronics and semiconductor ecosystem continues to grow rapidly, driven by government incentives, expanding EV infrastructure, and rising demand for smart devices. On January 31, 2026, several important developments across semiconductors, electric vehicles, consumer gadgets, and power electronics highlight the country’s progress toward becoming a global technology hub.

Today’s update covers key semiconductor product rollouts, EV platform upgrades, smartphone chipset developments, and power management innovations relevant to Indian manufacturers and engineers.

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Semiconductor Update: Texas Instruments Expands BQ-Series Battery Gauge Portfolio

Texas Instruments (TI) has continued expanding its BQ-series battery management portfolio, with strong focus on portable and mobility applications.

Key Products in Focus

• BQ40Z50-R2
• BQ34Z100-G1
• BQ28Z610-R1
• BQ76952

These ICs are being increasingly adopted by Indian manufacturers in:

• Laptop battery packs
• E-bike battery systems
• Solar storage units
• Medical equipment

Technical Highlights

The BQ40Z50-R2 integrates:

• Impedance tracking
• Cell balancing support
• SMBus/I²C communication
• Integrated protection FET drivers

Meanwhile, the BQ28Z610-R1 supports multi-cell lithium-ion packs with advanced state-of-charge (SoC) accuracy and learning algorithms.

Indian battery pack makers in Pune, Bengaluru, and Noida are reportedly adopting these ICs for next-generation energy storage modules under the “Make in India” initiative.

Industry Impact

With increasing EV and portable electronics production, accurate fuel gauging and battery safety are becoming critical. TI’s BQ-series is emerging as a standard reference in many Indian OEM designs.

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Microcontroller & Embedded Systems: STMicroelectronics Pushes STM32 Platform

STMicroelectronics continues to strengthen its embedded ecosystem in India through its STM32 microcontroller and MPU lineup.

Key Devices in Use

• STM32H743ZI (High-performance Cortex-M7)
• STM32G474RE (Motor control optimized)
• STM32MP157C (Linux-capable MPU)
• STM32U575ZI (Ultra-low power MCU)

These devices are now widely used in:

• Smart meters
• EV chargers
• Industrial PLCs
• IoT gateways

Developer Support

ST’s STM32CubeIDE and X-CUBE-AI toolchains are gaining popularity among Indian startups working on AI-enabled edge devices.

The STM32G474RE, featuring high-resolution PWM and integrated op-amps, is seeing strong adoption in BLDC motor drives and inverter systems.

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EV Update: Tata Motors and Ola Electric Strengthen EV Platforms

Tata Motors – Nexon EV and Curvv EV Platforms

Tata Motors continues to refine its EV lineup using its Ziptron powertrain platform.

Recent upgrades include:

• Enhanced battery thermal management
• Improved inverter modules based on Infineon IKW40N120H3 IGBT
• Upgraded battery packs using NMC811 chemistry

The Tata Curvv EV, built on the Gen-2 EV architecture, is expected to integrate new BMS modules using TI BQ76952 controllers.

Ola Electric – Gen 2 Platform

Ola Electric is expanding its Gen 2 S1 scooter platform with:

• Silicon-carbide MOSFET-based inverters
• Improved PMSM motors
• Smart connectivity modules using Qualcomm chipsets

Ola’s in-house battery systems increasingly rely on Renesas ISL94203 protection ICs and custom battery controllers.

Charging Infrastructure

Indian charging operators such as Tata Power EZ Charge and Statiq are deploying DC fast chargers based on:

• Infineon FF450R12ME4 IGBT modules
• ST STGAP2SICD isolated gate drivers

This is improving charging reliability and efficiency nationwide.

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Gadget & Consumer Tech Update: Qualcomm and MediaTek Power New Devices

Qualcomm Snapdragon 8 Gen Series

Smartphone manufacturers in India continue rolling out premium devices based on:

• Snapdragon 8 Gen 3
• Snapdragon X75 5G Modem

These chipsets are powering flagship models from:

• Samsung Galaxy S24/S25 series
• OnePlus 12/13 series
• iQOO Neo lineup

The Snapdragon 8 Gen 3 integrates:

• Adreno 750 GPU
• Hexagon NPU
• AI acceleration up to 45 TOPS

This enables advanced camera processing and on-device AI features.

MediaTek Dimensity Platform

Mid-range smartphones are increasingly using:

• Dimensity 9200+
• Dimensity 8300-Ultra

Brands like Realme, Redmi, and Vivo are leveraging these SoCs for cost-effective 5G devices in India.

Wearables and IoT

Indian wearable brands are integrating Nordic Semiconductor’s nRF52840 and nRF5340 Bluetooth SoCs for smartwatches and fitness bands.

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Power Electronics Update: SiC and GaN Adoption Accelerates

India’s power electronics sector is shifting rapidly toward wide-bandgap semiconductors.

Silicon Carbide (SiC)

Key devices gaining adoption:

• Infineon IMZA120R030M1H
• Wolfspeed C3M0065090D
• STMicroelectronics SCTW90N65G2V

Applications include:

• EV traction inverters
• DC fast chargers
• Solar inverters

Gallium Nitride (GaN)

GaN power ICs such as:

• Navitas NV6115
• Power Integrations InnoSwitch4-CZ
• Infineon IGLD65R110D1

are now used in:

• USB-C fast chargers
• Laptop adapters
• Telecom power supplies

Indian charger manufacturers in Delhi NCR and Chennai are increasingly shifting from silicon MOSFETs to GaN solutions.

Industrial Power Supplies

Server and telecom SMPS units are adopting:

• TI UCC28951 LLC controllers
• Infineon ICE2HS01G
• ON Semiconductor NCP1399

for higher efficiency and power density.

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Why It Matters for India

These developments directly support India’s ambitions in electronics manufacturing and clean mobility.

1. Stronger Local Manufacturing

Adoption of advanced ICs like BQ40Z50-R2 and STM32H743ZI improves domestic product quality and export competitiveness.

2. EV Ecosystem Growth

Improved BMS, inverters, and charging hardware accelerate EV adoption and reduce operational costs.

3. Skill Development

Wider use of advanced MCUs and power devices creates demand for skilled embedded and power engineers.

4. Reduced Imports

Local assembly using global-grade components supports India’s semiconductor self-reliance goals.

5. Energy Efficiency

GaN and SiC adoption helps reduce power losses in chargers, solar inverters, and EV infrastructure.

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Conclusion

January 30, 2026 reflects India’s steady transition toward advanced electronics manufacturing and smart mobility. From Texas Instruments’ battery gauges and STMicroelectronics’ MCUs to Tata Motors’ EV platforms and Qualcomm-powered smartphones, the ecosystem is becoming more sophisticated and globally competitive.

With continued investment in semiconductor design, EV infrastructure, and power electronics, India is well-positioned to emerge as a major technology production hub in the coming decade.

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