Search
Filters
Close

FIRST Components Academy | WINSTAR Smart Display vs. Entry-Level UART TFT Display

Friday, March 7, 2025

From Winstar News of March '25

 

Choosing the Right UART Display Solution: WINSTAR Smart Display vs. Entry-Level UART TFT Display

 

 

Introduction

When developing embedded display applications, different developers have different requirements. Some prefer a no-coding approach to accelerate development, while others seek flexibility to meet specific application needs. Traditional UI development often involves extensive coding and testing, which prolongs project timelines and increases maintenance costs.

To address these challenges, WINSTAR offers two major product series: UART Smart Display and Entry-Level UART TFT LCD Modules. Both series simplify the design process, but they differ in programming requirements and development approaches.


Technical Comparison: UART Smart Display vs. Entry-Level UART TFT

Product SeriesUART Smart DisplayEntry-Level UART TFT
Development Method WINSTAR Smart Display GUI Builder & ST Development Tools Program using the "Clever System User API"
Programming Required No programming required Requires basic programming skills
Testing & Adjustments Simulate and test directly on a computer without flashing to a device Use the API to visualize design content and shorten project development time
Key Features Drag-and-drop graphical objects for UI/UX creation, ideal for beginners and rapid development. Supports TouchGFX, STM32CubeIDE, STM32CubeMX, and STM32CubeProg for advanced development. UI is controlled via command codes, offering greater flexibility but requiring coding expertise
 

Smart Display GUI Builder

 

Clever System User API

 

Application Scenarios and Selection Guide

When to Choose UART Smart Display:

      •   Developers or UI designers who do not require coding.
      •   Fast UI/UX development, significantly reducing time to market.
      •   Applications that require frequent interface adjustments, such as industrial HMIs and medical touchscreens.
      •   Suitable for various vehicle applications, including in-vehicle displays and EV charging station panels.
      •   Developers seeking more software tool options, including STMicroelectronics' TouchGFX, STM32CubeIDE, STM32CubeMX, and STM32CubeProg for
          advanced customization.

 

 

When to Choose Entry-Level UART TFT:

      •   Developers with basic programming skills.
      •   Applications requiring greater flexibility in controlling display content.
      •   Integrating with existing systems via API for industrial control, smart meters, and vehicle information displays.

 

Conclusion: Which Solution Fits Your Project?

Choosing WINSTAR's UART Smart Display allows developers to design UI/UX directly using the WINSTAR Smart Display GUI Builder, eliminating the need for coding. This is ideal for rapid development and users with no programming background. It also provides support for ST development tools, offering an additional level of customization and flexibility.

On the other hand, WINSTAR's Entry-Level UART TFT LCD Modules provide more control through API commands, making them suitable for developers with programming experience who require customization.

No matter your project's requirements, WINSTAR offers the right display solution to streamline the development process.