Emerging Opportunities for the Semiconductor Industry in Railways
Powering the Future of Rail with Semiconductors, Electronics & Intelligent Technologies
18 December 2026 | Friday | New Delhi, India
The Global Semiconductor Summit 2026, organised by the Chamber of Railway Industries (Rail Chamber) in association with Urban Infra Group, will bring together the semiconductor, electronics, railway, metro and technology ecosystems to explore emerging business, technology and collaboration opportunities at the intersection of semiconductors and modern rail transportation.
As railways worldwide undergo rapid digitalisation, electrification and automation, semiconductor technologies are becoming increasingly important across the railway value chain. Modern trains and metro systems rely on advanced electronics for traction and propulsion, signalling, automatic train protection, communications, train control, intelligent sensing, predictive maintenance, cybersecurity and energy management.
At the same time, India's growing semiconductor ecosystem—covering chip design, semiconductor manufacturing, advanced packaging, electronics manufacturing and technology development—is opening new opportunities for domestic and international companies.
The Global Semiconductor Summit 2026 will provide a focused platform to examine how these two technology-intensive industries can work together, develop new applications, build partnerships and strengthen the railway electronics supply chain.
Why Global Semiconductor Summit 2026?
The railway sector is a specialised technology market where equipment must meet stringent requirements for safety, reliability, durability, environmental performance and long service life. These requirements create opportunities across the semiconductor and electronics value chain, from individual chips and power devices to sensors, embedded systems, electronic modules and complete railway subsystems.
The Summit will bring industry stakeholders together to explore commercially relevant applications and opportunities in areas including:
The Railway–Semiconductor Opportunity
The transformation of rail transportation is creating a growing demand for sophisticated electronic and semiconductor technologies.
From high-speed trains and metro systems to Kavach, signalling, traction, predictive maintenance and connected railway assets, semiconductor-enabled technologies are becoming an integral part of modern railway infrastructure.
The next generation of railway systems is expected to increasingly incorporate high-efficiency power electronics, wide-bandgap semiconductors, intelligent sensors, edge computing, artificial intelligence, connected rolling stock and software-driven control systems.
Wide-bandgap technologies such as silicon carbide (SiC) are particularly relevant to railway traction and power-conversion applications because of their potential advantages in efficiency, power density and thermal performance.
Meanwhile, railway electronics must meet specialised railway standards and operating requirements. The recently published EN 50155:2026 addresses electronic equipment used on rolling stock, covering applications including control, protection, diagnostics, energy supply and sensing. This underlines the importance of developing semiconductor and electronic solutions specifically suited to the demanding railway environment.
The Summit will therefore focus not only on technology, but also on market access, localisation, qualification, partnerships, manufacturing and supply-chain opportunities.
Key Opportunity Areas
01 | Railway Traction & Propulsion
Explore opportunities in SiC and GaN power devices, next-generation power modules, traction inverters, auxiliary converters, motor drives, regenerative braking and energy-efficient propulsion systems.
02 | Kavach, ATP & Railway Signalling
Explore the semiconductor and electronics requirements of automatic train protection, signalling and train-control systems, including processors, microcontrollers, communication ICs, sensors, GNSS, RF technologies and electronic interfaces.
03 | Intelligent Sensors & Condition Monitoring
Develop solutions based on vibration, temperature, pressure, acoustic, current, voltage, wheel, axle, bearing, track and structural-health sensing integrated with IoT, analytics and AI.
04 | AI, Edge Computing & Computer Vision
Explore AI-enabled cameras, edge processors, neural processing technologies, machine vision, automated inspection, predictive maintenance and real-time railway analytics.
05 | Connected & Smart Rolling Stock
Address the electronics requirements of TCMS, passenger information systems, onboard networking, CCTV, Wi-Fi, 5G, GPS/NavIC, cybersecurity and intelligent onboard systems.
06 | Metro & Urban Rail Electronics
Explore opportunities across CBTC, automatic fare collection, platform screen doors, SCADA, traction, surveillance, passenger-flow analytics, station systems and energy management.
07 | Railway Communications
Examine opportunities in 5G and FRMCS-ready technologies, optical communications, RF components, telecom electronics, network processors and secure railway communication systems.
08 | Energy & Electrification
Focus on power modules, converters, smart substations, energy storage, battery management systems, charging infrastructure and regenerative energy management.
09 | Railway Cybersecurity
Explore trusted hardware, secure processors, encryption, authentication, secure communications and cyber-resilient electronics for increasingly connected railway systems.
10 | Indigenous Railway Semiconductor Ecosystem
Create opportunities for Indian chip designers, semiconductor IP developers, compound-semiconductor companies, packaging and testing providers, electronics manufacturers, start-ups and MSMEs to participate in the railway supply chain.
Expected Outcomes
CONNECT
Connect India's growing semiconductor and electronics ecosystem with railway decision-makers, OEMs, system integrators, infrastructure companies and technology providers.
DISCOVER
Identify emerging applications, technology requirements and business opportunities across Indian Railways, metro systems and railway infrastructure.
COLLABORATE
Facilitate partnerships between semiconductor companies, railway OEMs, system integrators, research institutions, start-ups and technology companies.
LOCALISE
Support the development and localisation of railway-grade semiconductor, electronic and intelligent technology solutions in India.
SCALE
Create pathways for Indian semiconductor and electronics technologies to participate in the Indian and global railway supply chain.
Who Should Attend?
The Global Semiconductor Summit 2026 will bring together stakeholders from across the semiconductor, electronics, railway and technology ecosystems, including:
- Semiconductor & Chip Companies
- Semiconductor Manufacturing & OSAT Companies
- Power Semiconductor Manufacturers
- Electronics OEMs
- Railway OEMs
- Rolling Stock Manufacturers
- Signalling & Train Control Companies
- Indian Railways & Railway PSUs
- Metro Rail Corporations
- RDSO
- EPC & Infrastructure Companies
- Telecom & Communication Companies
- AI, IoT & Edge Computing Companies
- Sensor & Embedded Technology Companies
- Battery & Energy Technology Companies
- Start-ups & MSMEs
- Universities & R&D Institutions
- Investors & Industry Leaders
- Policy Makers & Government Institutions
A Platform for the Next Generation of Railway Technology
The Global Semiconductor Summit 2026 is designed to create a dedicated meeting point between two rapidly evolving technology ecosystems.
As rail transportation becomes increasingly electrified, connected, automated and intelligent, the role of semiconductor and electronic technologies will continue to expand. The Summit will bring together the companies, institutions and decision-makers needed to identify these opportunities and translate technological possibilities into business partnerships, indigenous solutions and scalable railway applications.
Join the Global Semiconductor Summit 2026 in New Delhi and be part of the conversation shaping the semiconductor-enabled future of rail.