Display Controller Market Size & Share, by Type (LCD Display Controller, Touchscreen Display Controller, Multi-display Controller, Smart Display Controller, Digital Display Controller); End use - Global Supply & Demand Analysis, Growth Forecasts, Statistics Report 2025-2037

Growth Drivers

• Advancements in display technologies: In recent years, the need for high quality display technologies such as micro LED and OLED panels, and flexible and foldable displays have increased. The major application areas include the health sector, gaming, and automotive industries. In the automotive sector, the rising adoption of infotainment systems with touchscreens and digital dashboards in vehicles, and advanced driver assistance systems (ADAS) are highly advantageous and enhance the driving experience. The growing trend of electric vehicles is expected to boost the demand for advanced display technologies, subsequently driving the graphics display controller market.
  
  All EVs rely on display systems for energy management and help in user interaction. For instance, the Tesla Model comes with a large 17-inch touchscreen display which controls everything in the car virtually, from climate control to infotainment system. Its inbuilt interface and steady air updates ensure the vehicle always has the latest features and improvisations as per the situation. Digital displays can adapt to various parameters like themes and color schemes, according to outside conditions. These smart displays show real-time data about navigation, fuel economy, range, and other diagnostics to maintain the car’s health. Inbuilt features like Apple CarPlay and Android Auto enable hands-free calling, messaging, and accessing media. These higher-resolution panels can be customized to see multiple functions on the same display as per the driver’s requirements.
• Expansion of smart devices and IoT: The proliferation of consumer electronics, including smartphones, tablets, laptops, and smart TVs increases the demand for advanced display controllers to support features such as high resolution, HDR, and touchscreen features. Additionally, the use of smart devices and IoT technology has increased the need for display controllers that support touchscreens, gesture controls, and other interactive features. Consumer electronics, such as smartwatches, smart speakers, and home automation systems heavily rely on display controllers for easy user interaction and visual feedback. Currently, the number of IoT devices has grown from 10 billion in 2019 to approximately 18.8 billion at the end of 2024 due to the expanding 5G network and other related technologies. Additionally, the video entertainment segment is the biggest reason for the rise of IoT devices. This figure is expected to double up to USD 41.1 billion in total IoT devices by 2030.
  
  The consumer electronics segment dominates the global display controller market. For instance, smart home devices connected to the internet can be controlled by using smartphones or other smart devices via remote access. These devices are convenient and increase home safety and energy efficiency. The devices used in smart homes include door locks, security cameras, thermostats, lighting systems, kitchen appliances, entertainment systems, and more. For instance, in November 2023, Amazon’s Alexa app launched a new user interface called Map View. This new interface allows users to create a digital version of their home and pin Alexa-connected devices to each room. It allows users to check device status, control lights, adjust thermostats, and more facilities from the app itself.
  
  In a study about smartwatches in the consumer electronic devices segment, it has been noticed that as of 2024, there are about 224.31 million smartwatch users worldwide. The key drivers of growth of this segment are the health and fitness tracking features in smartwatches. Nearly 70% of consumers are likely to prioritize these features by 2024. In addition, Apple holds 30% of the global smartwatch market share.
• Increasing adoption of smart retail solutions: The adoption of smart retail solutions is a significant key driver of the display controller market. It uses advanced technologies, interactive displays, and digital signage to enhance customer experience, improve operational efficiency and drive sales. Display controllers are widely used to display vital information such as directions, advertisements, announcements, and promotions. For instance, Adastra’s Smart Retail Solution used advanced IoT technology to improve retail operations. It enables communication between shelves, pallets, and displays to track sales and customer interactions. Real-time data helps stores analyze customer behavior, boost sales, prevent stockouts, and enhance performance across locations. This solution also helps retailers and brands make better use of retail space and maximize marketing investments. Further, Adastra’s smart retail tools are trusted by brands such as Pilsner Urquell, Coca-Cola, and Lego. It includes innovative technologies such as smart fridges, shelves, displays, pallets, scales, and ceiling sensors.
  
  In healthcare, display controller systems are used in medical imaging devices and diagnostics equipment. The use of HD LED screens in medical imaging systems such as X-rays, CT scans, and MRIs helps to improve diagnostic capabilities. The clear image quality and accurate color representation enable doctors to analyze medical images with greater precision, leading to more accurate diagnosis and treatment.

Challenges

• Increasing complexity of display technologies: Technological advancements such as OLED, Micro LED, foldable displays and high refresh rate screens require sophisticated and costly display controllers. Thus, the integration of multiple functionalities such as touch sensing, and power management increases design complexity and development time. Additionally, ensuring seamless compatibility between display controllers and various display types e.g., LCD, OLED, and interfaces such as HDMI, Displayport poses technical challenges. Moreover, integration with devices having different operating systems and hardware configurations can be complex.
• High development and manufacturing costs: The need for advanced materials and precise manufacturing processes raises production costs. Smaller players may struggle to invest in research and development for next-generation display controllers.