1.78 inch AMOLED Display 368*448 Smart Watch with MIPI/QSPI Display#amoled#oled#display#screen

Panel Tampilan AMOLED
December 08, 2025
Category Connection: layar amoled
Brief: Want to know what makes this AMOLED display ideal for your next smartwatch project? We walk you through the HX178LX011L module, showcasing its 1.78-inch screen with a sharp 368x448 resolution and demonstrating the benefits of its MIPI/QSPI dual interface for efficient integration.
Related Product Features:
  • 1.78-inch AMOLED display module with a high 368x448 resolution for retina-level clarity.
  • Features a MIPI/QSPI dual interface for flexible and efficient system integration.
  • Utilizes the CO5300/CST820 driving IC for reliable performance.
  • Offers a brightness of 350C/D and a wide viewing angle for excellent visibility.
  • Compact outline dimensions of 34.23x41.5x2.25mm, suitable for sleek wearable designs.
  • Self-illuminating AMOLED technology provides high contrast and per-pixel brightness control.
  • Designed specifically for applications like smartwatches and fitness trackers.
  • Lower power consumption compared to LCD, as dark pixels can turn off completely.
FAQ:
  • What are the key advantages of using an AMOLED display over an LCD for a smartwatch?
    AMOLED displays offer lower power consumption by only lighting active pixels, provide superior contrast with true blacks, and allow for per-pixel brightness control, making them more efficient, especially for wearable devices that often display dark interfaces.
  • What interfaces does the HX178LX011L display support?
    This 1.78-inch AMOLED display module supports both MIPI and QSPI interfaces, providing flexibility for different system architectures and simplifying integration into your smartwatch or fitness tracker design.
  • What is the typical application for this display module?
    The HX178LX011L is specifically designed for wearable devices, making it an ideal choice for smartwatches, fitness bands, and other compact electronics where high-resolution, low power consumption, and a small form factor are critical.