May 2026 WINSTAR News

Welcome to the May 2026 edition of the WINSTAR Newsletter.
In this issue, we feature our upcoming exhibition at COMPUTEX TAIPEI 2026, introduce new MIP display products and HDMI TFT display solutions, and share a technical article on integrating Smart Display with IoT devices via UART and a Wi-Fi gateway.

Continue reading for this month's highlights and featured topics:

› Visit WINSTAR at COMPUTEX TAIPEI 2026 Booth P0131

› New MIP Display Products for Low-Power Applications

› WF1560ATYFA5LHB0 15.6-inch HDMI TFT Display

› WF88BTYF8MHG1V 8.8-inch Bar Type HDMI TFT Display

› Integrating Smart Display with IoT Devices via UART and a Wi-Fi Gateway

 

Visit WINSTAR at COMPUTEX TAIPEI 2026 Booth P0131

 

WINSTAR will exhibit at COMPUTEX TAIPEI 2026 from June 2 to June 5, 2026. Visit us at Booth P0131, Taipei Nangang Exhibition Center, Hall 2 (TaiNEX 2), 1F, to explore our latest display and embedded interface solutions.

At COMPUTEX 2026, WINSTAR will showcase display and embedded HMI solutions for AI equipment, server systems, industrial control, and smart device applications. Featured technologies include industrial TFT displays, energy-efficient OLED and EPD solutions, transparent OLED, Smart Display platforms, and Embedded HMI solutions supporting Linux and Android systems.

• Venue: Taipei Nangang Exhibition Center, Hall 2 (TaiNEX 2), 1F
• Booth No.: P0131
• Date: June 2–5, 2026
• Opening Hours: June 2–4, 09:30–17:30 / June 5, 09:30–16:30

Visit WINSTAR at Booth P0131 to learn more about our display technologies and application-ready solutions for industrial and embedded system development.

Learn More

 

 

New MIP Display Products for Low-Power Applications

 

WINSTAR introduces new MIP (Memory In Pixel) display products designed for low-power and sunlight-readable applications. Compared with conventional TFT displays, MIP technology reduces power consumption by storing image data within each pixel, making it suitable for battery-powered and always-on devices.

These compact reflective displays are suitable for wearable devices, handheld equipment, industrial instruments, smart meters, and portable embedded systems requiring extended battery life and outdoor visibility.

Explore MIP Display Solutions

1.03-inch 128x128 MIP Display Model No.: WFM0103A2TABASNN000 Display Size: 1.03-inch Resolution: 128 × 128 pixels Display Mode: Reflective MIP Interface: SPI Technology Feature: Memory In Pixel (MIP) Light Source: Integrated LED Backlight Low Power Design: Suitable for battery-powered applications Application: Wearable devices, portable instruments, smart devices Learn More

 

1.08-inch 160x68 MIP Display Model No.: WFM0108A2TAJASNN000 Display Size: 1.08-inch Resolution: 160 × 68 pixels Display Mode: Reflective MIP Interface: SPI Technology Feature: Memory In Pixel (MIP) Light Source: Integrated LED Backlight Low Power Design: Optimized for always-on display applications Application: Portable electronics, industrial devices, smart monitoring systems Learn More

 

 

 

WF1560ATYFA5LHB0 15.6-inch HDMI TFT Display

 

WF1560ATYFA5LHB0 is a 15.6-inch HDMI TFT LCD display designed for industrial control systems, embedded equipment, and multimedia interface applications. This display features a 1920 × 1080 Full HD resolution and an IPS panel with wide viewing angles for clear and stable image performance.

The module combines an HDMI interface control board for simplified system integration and supports direct connection with embedded platforms and multimedia systems. The display is equipped with a projected capacitive touch panel, supporting interactive HMI applications and modern interface design requirements.

With IPS technology, the display provides wide viewing angles of 89/89/89/89 degrees, making it suitable for industrial equipment and embedded HMI applications requiring stable image quality.

Display Size: 15.6-inch Resolution: 1920 × 1080 pixels Module Dimensions: 393.8 × 245.9 × 30.0 mm Active Area: 344.16 × 193.59 mm Display Mode: IPS TFT LCD Viewing Angle: 89/89/89/89 (IPS) Controller IC: LT6911C Interface: DVI input via HDMI control board Touch Panel: Projected Capacitive Touch Panel (PCAP) CTP IC: ILI2511 or equivalent CTP Interface: USB Surface: Glare Brightness: 350 cd/m² Operating Temp: -20 ~ +70°C Storage Temp: -30 ~ +80°C Application: Industrial control, embedded systems, HMI, multimedia equipment Learn More

 

 

WF88BTYF8MHG1V 8.8-inch Bar Type HDMI TFT Display

 

WF88BTYF8MHG1V is an 8.8-inch bar type HDMI TFT LCD display designed for industrial control systems, smart devices, multimedia interfaces, and embedded HMI applications. The display features a 480 × 1920 resolution with an IPS panel and supports portrait-type interface layouts for modern equipment designs.

The module combines an HDMI interface control board for simplified system integration and supports direct connection with embedded platforms and multimedia systems. Equipped with a projected capacitive touch panel, this display is suitable for interactive user interfaces and narrow-format display applications.

With IPS technology, the display provides wide viewing angles of 85/85/85/85 degrees, making it suitable for industrial equipment and embedded HMI applications requiring stable image quality.

Display Size: 8.8-inch Resolution: 480 × 1920 pixels Module Dimensions: 64.3 × 231.3 × 16.3 mm Active Area: 54.72 × 218.88 mm Display Mode: IPS TFT LCD Viewing Angle: 85/85/85/85 (IPS) Controller IC: LT6911C Interface: DVI input via HDMI control board Touch Panel: Projected Capacitive Touch Panel (PCAP)+ OCA CTP IC: GT928 or equivalent CTP Interface: USB Surface: Glare Brightness: 450 cd/m² Operating Temp: -20 ~ +70°C Storage Temp: -30 ~ +80°C Application: Industrial control, smart devices, multimedia equipment, embedded HMI Learn More

 

 

Integrating Smart Display with IoT Devices via UART and a Wi-Fi Gateway

 

WINSTAR demonstrates how Smart Display solutions can connect with IoT devices through UART communication and a Wi-Fi gateway architecture. By combining Smart Display with wireless connectivity modules, embedded systems can transmit real-time equipment data to cloud platforms and remote monitoring systems.

This integration approach simplifies IoT interface development by allowing UART-based embedded devices to communicate through Wi-Fi networks without complex hardware redesign. The solution is suitable for industrial automation, environmental monitoring, smart control systems, and connected embedded applications.

Read the full article to learn how this UART-to-Wi-Fi architecture can support IoT-enabled HMI design and remote equipment monitoring.

Read Article

 

 

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