March 2025 WINSTAR News
Welcome to the March 2025 edition of the WINSTAR Newsletter!
In this issue, we're unveiling the latest advancements in our display solutions, alongside exciting company updates. Get ready to explore how our innovations and developments can enhance your projects and drive your success forward.
- Keep reading to explore our updates, new products, and solutions：
- (1) Smart Display 3.9-inch CAN Bus TFT with Projected Capacitive Touch
- (2) 7-Inch Entry-Level UART TFT LCD with PCAP & RTP Options
- (3) Choosing the Right UART Display Solution: WINSTAR Smart Display vs. Entry-Level UART TFT Display
- (4) What is PoE? How Does Power over Ethernet (PoE) Simplify IoT Device Deployment?
- (5) Round Display Modules for Versatile Applications and Outstanding Performance
Smart Display 3.9-inch CAN Bus TFT with Projected Capacitive Touch
Introducing the WL0F00039000QGAABSA00, a 3.9-inch Smart Display CAN series TFT designed for seamless integration with CAN bus systems. Featuring an STM32 MCU, this display simplifies UI development with WINSTAR GUI Builder, allowing users to design interfaces without coding.
Key Features:
- CAN Bus Communication – Supports custom CAN ID negotiation (default baud rate: 250Kbps)
- Effortless UI Design – Drag-and-drop interface with WINSTAR GUI Builder (Windows)
- Built-in Memory – 16MB flash for fonts and object data storage
- Capacitive Touch Panel – Smooth and responsive touch experience
- Low Power Consumption – 5V operating voltage, powered via USB
- Multi-Platform Compatibility – Works with PC (USB to CAN), MCU, Raspberry Pi (PiCAN2)
This Smart Display also supports STMicroelectronics' TouchGFX & STM32Cube software tools, providing additional flexibility for developers.
Want to learn more? Contact us today!
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Model No. : WL0F00039000QGAABSA00 ►Diagonal Size: 3.9-inch |
7-Inch Entry-Level UART TFT LCD with PCAP & RTP Options
We are excited to introduce our new 7-inch Entry-Level UART LCD Display Modules, available in two versions:
WL0F0007000A2GFAAEA00 – With a Projected Capacitive Touchscreen
WL0F0007000A2TFAAEA00 – With a Resistive Touchscreen
Both models feature an All-in-One System with a built-in control board, microcontroller, and external flash behind the TFT panel. This design allows the module to directly drive the TFT display, backlight, and touch panel, making integration easier. Designed as slave devices, they communicate with a master device via customized UART commands to display content and capture touch inputs.
Key Features:
WINSTAR's expertise extends across every major aspect of display technology, offering customers the flexibility to choose the right solution for their unique requirements.
- 7-inch TFT Display
- All-in-One System: Built-in control board with a microcontroller and external flash
- DC 5V working voltage & USB-C power supply
- Built-in 16MB flash memory & SD card slot
- Custom UART protocol (default baud rate: 19200 bit/sec)
- Easy firmware upgrades via a dongle
- Less coding effort with our "Clever System User API"
The PCAP version offers multi-touch support, while the RTP version provides single-point touch with pressure-sensitive operation—ensuring flexibility for different user environments.
Want to learn more? Contact us today!
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Model No. : WL0F0007000A2GFAAEA00 ►Diagonal Size: 7-inch |
Model No. : WL0F0007000A2TFAAEA00 ►Diagonal Size: 7-inch |
Choosing the Right UART Display Solution: WINSTAR Smart Display vs. Entry-Level UART TFT Display
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 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 Series | UART Smart Display | Entry-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 |
Conclusion: Which Solution Fits Your Project?
Choosing UART Smart Display allows developers to design UI/UX directly using 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, 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 has the right display solution to streamline your development process.
Contact us for more technical details or to request samples!
What is PoE? How Does Power over Ethernet (PoE) Simplify IoT Device Deployment?
Power over Ethernet (PoE) is a technology that allows a single Ethernet cable to transmit both data and power simultaneously. With PoE, devices like Wireless Access Points (WAP), IP cameras, and VoIP phones no longer require separate power lines, simplifying cabling requirements. As the IoT era has arrived, PoE applications have expanded from early IP phones to various products such as IP speakers, IP displays, Panel PCs, smart lighting, IoT sensors, and more. PoE is now widely used in smart homes, smart healthcare, industrial automation, and smart cities.
How PoE Simplifies Modern Device Deployment
PoE technology, by transmitting power and data through a single cable, offers several advantages for modern device deployment:
- Wireless Access Points (WAPs): Eliminates the need for separate power sources, simplifying wireless network installation.
- IP Cameras: Enables more flexible installation of surveillance systems, especially in areas where power outlets are difficult to install.
- VoIP Phones: Transmit both power and data through a single cable, reducing cable clutter and lowering installation costs.
- LED Smart Lighting: Provides power and network control through Ethernet, enabling efficient smart lighting systems.
Advantages of PoE
- Cost Savings: PoE eliminates the need for separate power lines, especially in retrofit projects, reducing installation and maintenance costs.
- Flexibility: Devices can be installed in locations without power outlets, providing greater freedom in deployment.
- Safety: PoE provides low-voltage power and includes built-in short-circuit protection mechanisms, ensuring equipment safety.
- Scalability: PoE easily integrates with existing networks, supports remote management, and enhances system flexibility and efficiency.
PoE Market Trends
As demand for IoT devices and smart buildings grows, the global PoE market is rapidly expanding. Reports show that the demand for PoE devices across various industries continues to rise, with significant growth potential expected in the future.
Round Display Modules for Versatile Applications and Outstanding Performance
WINSTAR offers a range of round display modules, including TFT, OLED, and STN LCD technologies, ideal for various innovative applications. Whether for smart home devices, wearables, or automation equipment, our displays provide clear, stable, and high-quality visuals.
Product Options:
- 3.4" TFT Display 800x800:
High-resolution display, perfect for high-end embedded systems and smart home control panels, delivering exceptional color performance and wide viewing angles. - 1.28" TFT Display 240x240:
Available with or without capacitive touch panel (CTP) options and featuring a rotary knob design, ideal for self-service devices, smart appliances, and other compact applications. - 0.96" OLED Display 128x64 (with Rotary Knob):
Ultra-small size and low power consumption, featuring a rotary knob design, perfect for devices like coffee machines, smart home appliances, and other applications requiring precise control. Offers high contrast and vibrant display effects, ideal for precision control or user interaction. - 1.18" OLED Display 128x128:
Available with or without capacitive touch panel (CTP) options and featuring a rotary knob design, suitable for smart home devices, medical instruments, and more. - 2.45" STN LCD Display 128x128: Available with PCB options, flexible for custom applications, ideal for industrial devices and everyday appliances.
Broad Range of Applications:
- Smart Appliances: Air purifiers, home air conditioners, smart refrigerators, etc.
- Automation Equipment: Coffee machines, vending machines, smart drink dispensers, etc.
- Wearable Devices: Health trackers, smartwatches, smart glasses, etc.
- Precision Instruments: Medical equipment, industrial control systems, measurement instruments, etc.
- Everyday Devices: Car infotainment systems, smart locks, home control panels, etc.
