General trends

The electronic components market continues to show steady growth. According to estimates for 2024, its volume was $356.66 billion, and by 2031 it is projected to double to $711.54 billion, with an average annual growth rate of 10.37%. This is due to the active introduction of electronics into everyday life, the growth of digitalization, and the accelerated development of technology.

The Russian market, despite external restrictions and dependence on imports, is also developing, especially in the microelectronics segment. The production of domestic components is increasing, and the focus on import substitution is strengthening. The growth is driven by demand for smart home devices, wearable electronics, smartphones and laptops.

The market structure includes:

// Active components - microcircuits, transistors, diodes, sensors;
// Passive components - resistors, capacitors, inductors.

Key trends and market drivers

Growing demand driven by technological advances

The leading driver of market development remains the rapid spread of new technologies: the Internet of Things (IoT), artificial intelligence (AI), electric vehicles, business digitalization and industrial automation. Increasing technological complexity of products requires the use of specialized components - from sensors to microcontrollers and high-precision integrated circuits. Sanctions and restrictions on the import of Western technologies additionally stimulate the growth of demand for Russian electronic components, which intensifies work in the field of import substitution.

Digitalization and automation

The development of digital technologies requires high density of electronics in industrial and consumer equipment. Automation of production, transition to paperless document flow, digital twins and remote control of systems are impossible without mass implementation of electronic components. Modern automated control systems, intelligent platforms and digital infrastructure are becoming points of attraction for new developments in the field of electronics.

Robotics and autonomous devices

The number of smart and autonomous solutions in industry, transport, medicine and everyday life is growing. Advanced driver assistance systems (ADAS), automated robots, unmanned vehicles, industrial manipulators and household appliances require the integration of cameras, radars, sensors, as well as data processing and AI modules. All these devices require energy-efficient, miniature and reliable components.

IoT and smart technology

The Internet of Things (IoT) continues to grow rapidly. Smart home devices, wearables, monitoring and telemetry systems require a wide range of components, from simple sensors to complex chips with wireless connectivity. The growth in the number of connected devices leads to increased production volumes, the need for standardization and unification of components.

Miniaturization and integration

Compactness is one of the main trends. Manufacturers strive to combine maximum functions in one crystal. The so-called SoC (System-on-Chip) allows creating devices with minimal dimensions and high performance. This is especially important for mobile electronics, wearable devices and medical equipment.

Energy efficiency and environmental friendliness

The focus on reducing energy consumption and reducing environmental impact is becoming key. Engineers are developing new materials and architectures that allow significant energy savings without sacrificing performance. Electric vehicles, charging stations, solar panels — all these solutions require specialized power components, converters, batteries, and control systems.

Information security

As data volumes and cyber threats grow, the need for reliable solutions to protect information increases. Electronic components must provide cryptography, authentication, and hardware protection against intrusions. Manufacturers are actively developing secure microcircuits and modules used in banking, industry, and government information systems.

Development of 5G and next generation networks

Building 5G networks requires the use of high-frequency and high-performance components. This applies to both infrastructure (base stations) and user devices such as smartphones, modems and industrial IoT solutions. Ensuring low latency and high data transfer rates requires new solutions in the field of radio electronics.

Environmental standards and sustainable development

Manufacturers are adapting to increasingly stringent environmental requirements, including carbon footprint, recycling, and the use of safe materials. The use of recycled materials, reduced emissions, and eco-friendly design are becoming the norm for new developments.

Problems and challenges

The Russian electronic components market, despite positive developments, faces serious challenges. Sanctions imposed by Western countries limit access to advanced technologies, equipment and materials, especially in the dual-use segment. This leads to a shortage of semiconductors, slowdown in production processes and lengthening of logistics chains. Supplies from traditional sources are becoming unstable, which forces us to look for alternatives, including through localization and creation of our own supply chains.

One of the key problems remains the lack of advanced competencies, scientific and technical base and equipment for mass production of world-class components. Import substitution requires serious investments, long terms and sustainable cooperation between business, research centers and the state. Logistics also requires adaptation: disrupted delivery chains, increased freight costs and deadlines put enterprises in a more vulnerable position.

Prospects for the development of the market of electronic components, modules and accessories

Despite the difficulties, the electronic components market in Russia retains high growth potential. According to forecasts, by 2030 it may increase 2.7 times compared to 2023. The main driver is the import substitution policy and the desire for technological sovereignty. At the same time, efforts are aimed not only at the production of basic components, but also at creating our own technologies, software and automation equipment.

The development of internal cooperation between enterprises, the formation of technological clusters, investments in R&D and support for startups will help to form a sustainable ecosystem in the field of microelectronics. Some Russian manufacturers are already entering international markets, especially in the niches of medical equipment, energy and defense equipment. Despite the restrictions, the potential for exporting competitive solutions to friendly countries remains.

An additional driver will be government support programs, including tax incentives, subsidies, grants for research and infrastructure construction. The combination of strategic planning, technological investments and business flexibility will help overcome current difficulties and form a modern, efficient and independent industry.

Participation in ExpoElectronica 2026

ExpoElectronica is the largest international exhibition of electronic components, modules and accessories in Russia and Eastern Europe. The event serves as a key platform for demonstrating products, establishing business contacts and exchanging experience.

When : April 14–16, 2026;

Where : Moscow, Crocus Expo IEC.

Benefits of participation:

// Demonstration of products to a wide audience of specialists;
// Search for partners, customers and suppliers;
// Access to advanced technologies and trends;
// Involvement in the business program and industry discussions.

In 2025, the section "Electronic components, modules and accessories" attracted the interest of 14,939 specialists , which confirms the high demand from the market.

Book a stand and present your products at ExpoElectronica 2026 – and become part of the future of the electronics industry.

In 2026, ExpoElectronica and ExpoCifra will be held from 14 to 16 April at the Crocus Expo IEC. To ensure your participation in the exhibition is successful, book a suitable place in advance.

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Review Of The Market Of Electronic Components, Modules And Accessories