The television industry is moving beyond the traditional display-and-broadcast model. In 2026, the processor inside a smart TV increasingly determines how quickly applications open, how images are enhanced, how voice commands are interpreted, how gaming responds and how efficiently streaming content is decoded. The scale behind this transformation is substantial. TCL Electronics reported that global TV shipments reached approximately 209 million sets in 2025, while shipments of TVs measuring 65 inches and above increased 5.3% year on year.

A modern smart TV system-on-chip can combine CPU processing, graphics, AI acceleration, video decoding, display processing, connectivity and security functions into a tightly integrated platform. This makes chip architecture increasingly important as television manufacturers add 4K, 8K, Mini LED, AI picture processing, voice interfaces, gaming functions and streaming applications.

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Asia Pacific Sets the Hardware Pace

Asia Pacific remains the most influential ecosystem because it combines enormous television consumption with semiconductor manufacturing, display production and major television brands.

• India alone had more than 230 million television households reaching around 900 million viewers in 2025, according to India’s Ministry of Information and Broadcasting. The country also had 918 private satellite TV channels operating as of March 2025.
• India’s connected-TV ecosystem is also changing rapidly. TRAI reported that connected-TV households had crossed 68 million by 2026, while DTH subscribers declined from 66.62 million in December 2022 to 50.99 million in December 2025.
• This migration is significant for chip designers because smart TVs increasingly require processors capable of handling OTT applications, FAST services, advanced user interfaces and integrated connectivity.
• Taiwan further strengthens the region’s semiconductor position.
• TSMC reported that its manufacturing facilities exceeded 17 million 12-inch-equivalent wafers of annual capacity in 2025, while the company manufactured 12,682 different products using 305 technologies for 534 customers.
• Its annual report specifically identifies applications including 4K/8K digital TVs, streaming devices and set-top boxes.

North America Turns Processing Power into Premium Features

North America is a crucial demand center for high-performance smart TV chips. Large-screen televisions, premium streaming, gaming and advanced connected-TV interfaces are pushing manufacturers toward processors capable of handling high refresh rates, AI image enhancement and multiple applications simultaneously.

The United States had internet access at home in 94.9% of households in 2024, according to ITU data, creating a strong digital foundation for connected television services. The region is also becoming a major proving ground for AI-enhanced television experiences, where chipsets increasingly perform real-time upscaling, object recognition, motion optimization and voice processing locally rather than relying entirely on cloud services.

Europe Prioritizes Connected Viewing and Platform Integration

Europe’s smart TV chip demand is closely linked to mature broadband infrastructure and sophisticated digital viewing habits. Eurostat reported that 57.9% of individuals in the EU used internet-connected TVs in 2024, making connected television the most widely used category among the IoT devices measured in its survey.

The United Kingdom provides another indication of the direction. Ofcom reported in 2026 that YouTube viewing on TV sets had doubled since 2022, while Netflix was the first-choice service for 26% of viewers when deciding what to watch. These behaviors increase demand for chips optimized for streaming codecs, application switching, graphics rendering and responsive operating systems.

Europe is also creating a more defined connected-TV environment through regulation. Ofcom’s 2025 designation work identified 15 connected-TV platforms, including Google TV, LG webOS, Samsung Tizen, Roku OS, VIDAA and Amazon Fire TV OS.

Latin America Moves from Traditional TV toward Connected Screens

Latin America is becoming an important volume opportunity as television ownership intersects with growing internet access and streaming consumption.

• Brazil, the region’s largest television market, had television in 88.5% of households in 2024, according to ITU data.
• For chip manufacturers, the opportunity is not limited to premium 4K televisions.
• Cost-efficient SoCs that combine display processing, Wi-Fi, application acceleration and video decoding can help manufacturers deliver connected functionality across mid-range product categories.
• This makes integration particularly valuable in markets where consumers increasingly expect streaming applications without purchasing separate media boxes.

Middle East and Africa Build Demand around Connected Entertainment

The Middle East and Africa represent a diverse but increasingly connected smart-TV landscape. ITU data shows household internet access reaching 100% in the United Arab Emirates in 2024, while Türkiye reached 96.2% in 2025. Such connectivity supports the expansion of streaming, gaming, smart-home integration and application-based television services.

The region also presents an interesting semiconductor requirement: chips must balance premium features with efficient power consumption and competitive pricing. As manufacturers expand large-screen and smart-TV portfolios, integrated SoCs can reduce the number of separate components required inside the television while supporting increasingly sophisticated software.

2026 Chip Design Is Moving Closer to the Viewer

One of the clearest changes in 2026 is the migration of intelligence from external devices into the television itself. MediaTek’s current Pentonic portfolio, for example, incorporates AI picture quality, AI super-resolution, AI voice capabilities and Wi-Fi 6, 6E and 7 support for smart-TV applications.

The result is a market in which the smart TV chip is no longer simply a video decoder. It is becoming the central computing engine for the living room, combining AI + graphics + video + connectivity + applications + security in one semiconductor platform.