The LCD TV core chip market has seen rapid growth and innovation in recent years. As LCD TVs become more advanced, the core chips that power them have had to evolve as well. In 2023, factors like 8K resolution, AI image processing, and 5G connectivity will drive demand for faster and more capable core chips. This article provides an in-depth look at the LCD TV core chip market, including market size and forecasts, key players, technology trends, and challenges.
What is an LCD TV Core Chip?
The core chip, also known as the processor or SOC (System on a Chip), is the most important component in an LCD TV. It processes the input video signal and handles all the TV’s essential functions like image processing, HDMI input/output, WiFi/Ethernet connectivity, UI graphics, and more. The performance of the core chip determines key criteria like resolution supported, refresh rates, picture quality enhancements, smart TV capabilities, and energy efficiency. With each generation, core chips have gotten faster and incorporated more features.
LCD TV Core Chip Market Size and Forecasts
- The global LCD TV core chip market was valued at $4.6 billion in 2023.
- It is forecast to grow at a CAGR of 11.7% from 2023 to 2032.
- By 2032, the market is expected to reach $ 12.5 billion.
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Key factors driving growth include:
- Transition to higher resolutions like 4K and 8K.
- Adoption of new display technologies like OLED and Mini-LED.
- Demand for advanced image processing and AI picture quality enhancements.
- Integration of new smart TV features and 5G/WiFi 6 connectivity.
- Increase in average TV screen sizes globally.
The Asia Pacific region will account for over 50% of core chip demand, led by high production and sales in China. North America and Europe will also see steady growth in core chip sales for LCD TVs.
Key LCD TV Core Chip Companies
Some leading vendors supplying core chips for LCD TVs include:
- MediaTek – One of the top global chip makers, MediaTek has a comprehensive LCD TV chipset lineup supporting entry-level to high-end models. Its offerings include the MT9638, MT5596, MT5598, and MT9639 chipsets.
- Novatek – Novatek Microelectronics is a key supplier of display driver ICs and SoC solutions for LCD TVs. Its Ultra HD display chipsets like the NT5668Y and NT5661Y power many mainstream LCD TV models.
- Realtek – Realtek Semiconductor is known for its display and connectivity chip solutions. LCD TVs, it offer the RTD2172N and RTD2851D display processor ICs.
- SigmaStar – Specializing in display and smart TV technologies, SigmaStar provides the SSS61 series and SMP8656/8698 chipsets for LCD TV core logic functions.
- Actions Semiconductor – A leading Chinese chip company, Actions Semiconductor offers the ACTS780 chipset supporting full-HD 1080p resolution for entry-level LCD TVs.
- Allwinner – Allwinner Technology has a wide range of ARM-based application processor ICs like the A133 and H616 that power the core logic of many low-cost LCD TVs.
LCD TV Core Chip Technology Trends
Some key technology trends shaping innovation in LCD TV core chips include:
- Higher Performance CPUs – More advanced CPU cores like ARM Cortex-A76/A77 can deliver up to 40% faster processing versus older Cortex-A53/A55 cores common in TV chips. This enables a smoother smart TV experience.
- Integrated AI Processing – Chipmakers are incorporating dedicated AI processing blocks into their TV chipsets to enable real-time image quality enhancements through AI algorithms. These include tasks like upscaling, noise reduction, HDR tone mapping and contrast adjustment.
- AV1 Hardware Decoding – AV1 is an advanced video codec that offers up to 30% better compression efficiency over HEVC. TV chips now support AV1 hardware decoding for streaming high-quality 4K/8K video from services like YouTube.
- HDMI 2.1Â – Support for HDMI 2.1 allows TV core chips to handle higher resolutions like 8K at 60FPS, 4K at 120FPS, Dynamic HDR, and eARC for lossless audio passthrough.
- WiFi 6/6EÂ – The latest WiFi standards allow LCD TVs to achieve faster wireless network speeds exceeding 1Gbps for smooth streaming of high bitrate 4K/8K video content.
- ATSC 3.0 Tuners – Also called NextGen TV, ATSC 3.0 is the new over-the-air broadcast standard. TV chips now integrate ATSC 3.0 tuners to receive these higher quality free-to-air UHD channels.
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Challenges Facing the LCD TV Core Chip Market
Despite strong growth forecasts, the LCD TV core chip market faces some challenges including:
- Component Shortages – Like other semiconductor markets, tight supply of components like substrate materials, display driver ICs and power management ICs has impacted core chip production. This can limit supply and raise costs.
- Complex Manufacturing – Production yields can be low for leading-edge display processor designs using smaller process nodes below 12nm. This can constrain manufacturing capacity and increase per unit costs.
- Rising R&D Costs – Developing cutting-edge core chips and integrating new features like HDMI 2.1 and AV1 decoding requires heavy R&D spending, which then needs to be recovered through higher chipset pricing.
- Competition from Smartphone SOCs – Highly integrated smartphone chips are being adapted by some TV makers as an alternate core chip solution, impacting demand for standalone TV chipsets.
- Growth of OLED TVs – The rise of OLED displays may erode LCD TV market share in premium segments, contributing to slower growth in LCD TV core chip demand.
LCD TV Core Chip Market Outlook
Despite some challenges, continued technology improvement will drive LCD TV core chip sales in the coming years. Key trends to watch include:
- Core chips enabling 8K 120Hz TVs going mainstream by 2024.
- AI picture quality enhancement becoming a key value-add differentiation.
- WiFi 6E and HDMI 2.1 penetration crossing 50% of chipset volume.
- Global brands prioritizing in-house core chip development.
- China’s Unisoc emerging as a leading vendor through acquisitions and R&D focus.
- Demand share of 75″ and above screen sizes doubling by 2025.
As the functions expected from a modern LCD TV evolve, core chip performance will need to scale up accordingly. Chipmakers will respond with more advanced process nodes, new architectures, and tight integration of key multimedia and connectivity interfaces. With their roadmaps aligned to TV makers’ product plans, core chip suppliers are gearing up to power a new generation of LCD TVs.
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LCD TV Core Chip Solutions FAQs
Here are some common questions about LCD TV core chips answered:
What is the difference between a core chip and a display driver IC?
The core chip handles the TV’s overall system logic, processing, interfaces, and networking functions. The display driver IC is focused just on driving the LCD panel and controlling the image quality. Both chips work closely together.
How often do TV makers upgrade to new core chipsets?
For leading brands, core chip upgrades happen every 1-2 years to enable advancing the TV’s features and performance. Lower-tier brands may continue using the same chips for 3-4 years in more budget models.
Which CPU architectures are used in TV core chips?
Most LCD TV chips use ARM CPUs. Popular architectures include ARM Cortex-A55, Cortex-A53, Cortex-A73, and Cortex-A76. MIPS, Tensilica and other custom architectures are seeing reduced usage.
What process nodes are used to manufacture LCD TV core chips?
Many current LCD TV chips use 28nm or 40nm process technology. High-end chips have migrated to smaller nodes like 16nm, while budget chips still utilize 55nm or larger nodes.
How much memory and storage do LCD TV core chips have?
A typical LCD TV SOC includes 1-4GB of DDR memory and 4-32GB of flash storage. Premium TVs can have up to 8GB RAM and 64GB flash. This provides sufficient headroom for UHD video processing and smart TV services.
How does an LCD TV core chip handle 8K video processing?
Leading LCD TV core chipsets now integrate 8K video decoding engines and 8K scaler units to process native 8K input signals. This enables multi-format playback of 8K video content on 8K resolution LCD/OLED panels.
What display technologies do LCD TV core chips support?
Modern LCD TV chipsets support mainstream LCD types like VA, IPS and direct LED backlights. Some advanced chips also enable Mini-LED backlighting and dual panel technologies used in high-end LCD TV models.
How critical is thermal design for an LCD TV core chip?
Thermal design is very important as LCD TV chips typically have a TDP of around 15-25W. This requires properly sized heat sinks and well-designed PCB thermal layout to prevent overheating and maintain peak performance.
What is the typical cost of an LCD TV core chipset?
Mainstream 4K TV SOC cost is in the range of $15-$35. Entry-level chips can be below $10 while high-end 8K SOCs range from $50 to $100 based on memory, features, and process node used.
Conclusion
The LCD TV core chip market will continue experiencing healthy growth in line with global LCD TV shipments. As TV OEMs integrate exciting new display technologies like Quantum Dot and Mini-LED along with 8K resolution and smart features, demand for higher capability core chipsets will rise. Chip vendors like MediaTek, Novatek, Realtek, and SigmaStar are gearing up to advance their LCD TV chipset roadmaps and capture expanded opportunities in this space. With LCD remaining the mainstream display technology for TVs in the foreseeable future, investment in LCD TV core chip innovation will remain a key priority.
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