When searching for tft comps, the key factors are display size, resolution, compatibility, and ease of use. The ELEGOO 2.8-Inch TFT Touch Screen stands out as the best overall for its versatility and touch capabilities. For those on a budget, the Lonely Binary 6-Pack SPI TFT LCD Displays offers great value, while the BIGTREETECH Pi TFT50 V2.1 shines for Raspberry Pi users needing a larger, capacitive touchscreen. The main tradeoffs involve balancing display quality, size, and ease of integration. Keep reading for the full breakdown of these options and more to find the perfect fit for your project needs.
Get kitchen staples and gadgets delivered free with Prime
- Fast, free delivery on millions of items
- Prime Video, Amazon Music and more included
- Member-only deals all year
Key Takeaways
- Size and resolution vary widely, affecting both project fit and visual clarity.
- Compatibility with microcontrollers like Arduino or Raspberry Pi is a core consideration.
- Touch functionality often adds complexity but enhances user interaction.
- Budget options can deliver good performance but may lack advanced features.
- Larger screens tend to be more expensive and require more power, impacting portable projects.
| tft comp | Interface | Resolution | Display Size | Compatibility |
|---|---|---|---|---|
| ELEGOO 2.8-Inch TFT Touch Scre | 8-bit parallel | 320 x 240 | 2.8 inches | Arduino |
| AITRIP 2PCS 2.0 inch TFT Displ | SPI | 240×320 | — | — |
| Lonely Binary 6-Pack SPI TFT L | SPI | — | — | 3.3V MCUs |
| HiLetgo 2.8" SPI TFT LCD Displ | — | 240×320 | 2.8 inches | STM32 |
| 2pcs 0.96" HD IPS TFT LCD Disp | SPI | 80 x 160 | — | — |
| 1.69 Inch Color TFT Display Mo | SPI | 240×280 | — | — |
| 1.8 Inch TFT LCD Screen Displa | SPI | 128×160 | 1.8 inches | — |
| 2pcs 1.54" SPI TFT LCD Display | SPI | — | 1.54 inches | — |
| HiLetgo 2.2 Inch ILI9341 SPI T | 4-Wire SPI | 240×320 | 2.2 inches | Arduino, Raspberry Pi |
| BIGTREETECH Upgrade Pi TFT50 V | Raspberry Pi DSI | 800×480 | 5 inches | Raspberry Pi only |
More Details on Our Top Picks
ELEGOO 2.8-Inch TFT Touch Screen with SD Card Slot Compatible with Arduino
This ELEGOO 2.8-inch TFT stands out for its small footprint and straightforward connectivity, making it ideal for adding simple graphical interfaces to Arduino projects. Compared with larger displays like the HiLetgo 2.8″ SPI TFT, it offers a more space-efficient solution, though its resistive touch may feel less responsive than capacitive options. The inclusion of a microSD slot simplifies storage for project assets, but requires extra components to fully utilize all features. Its 320×240 resolution is sufficient for basic UI elements, yet might fall short for detailed graphics or complex dashboards. The display’s resistive touch requires stylus use, which can be less intuitive for frequent interaction. Overall, this pick is perfect for compact, low-cost interfaces but not for projects demanding high responsiveness or high resolution.
Pros:- Compact size fits well into small enclosures
- Includes stylus for precise touch input
- MicroSD support for easy storage expansion
- Simple UNO header connection
Cons:- Resistive touch less responsive than capacitive
- Requires additional components for full functionality
- Limited to 320×240 resolution
Best for: Beginners or hobbyists building small, cost-effective projects needing basic graphical interfaces.
Not ideal for: Developers requiring highly responsive touch or high-resolution displays for detailed visualization.
- Display Size:2.8 inches
- Resolution:320 x 240
- Touch Input:Resistive with stylus
- MicroSD Slot:Yes
- Interface:8-bit parallel
- Compatibility:Arduino
Our verdict“A suitable choice for basic, space-constrained projects where cost and simplicity matter most.”
AITRIP 2PCS 2.0 inch TFT Display OLED LCD Drive IC ST7789V 240×320
This AITRIP 2-inch TFT excels with its vibrant 240×320 resolution and IPS panel, providing excellent brightness and viewing angles, making it ideal for embedded dashboards and compact displays. Compared to the ELEGOO 2.8-inch, it offers a smaller form factor but maintains high color quality and wide viewing angles thanks to its IPS technology. Its compatibility with Arduino, Raspberry Pi, ESP32, and STM32 broadens its appeal for diverse projects. However, its small 2-inch size limits its use for detailed interfaces, and setup may require some technical skills. The bright colors and IPS panel make it suitable for applications where visual clarity is critical, but it’s less suited for larger displays or projects requiring extensive touch interaction. This display is best for compact, high-quality visuals in multi-platform environments.
Pros:- High-resolution 240×320 display with vivid colors
- IPS panel offers wide viewing angles
- Compatible with multiple development boards
- Supports 3.3V and 5V logic
Cons:- Limited to 2-inch size, not suitable for detailed visuals
- Setup may be complex for beginners
- Requires wiring and configuration knowledge
Best for: Developers needing a vibrant, small display for dashboards or IoT devices across multiple microcontroller platforms.
Not ideal for: Projects requiring larger screens or more advanced touch capabilities.
- Interface:SPI
- LCD type:IPS
- Driver:ST7789V
- Resolution:240×320
- Color support:262K colors
- Power support:3.3V and 5V
Our verdict“Ideal for compact, colorful displays in multi-platform embedded applications where space saving is key.”
Lonely Binary 6-Pack SPI TFT LCD Display Kit 0.96″-3.5″ for 3.3V MCUs
This Lonely Binary kit offers six SPI TFT displays ranging from tiny 0.96″ to a more substantial 3.5″, providing excellent versatility for prototyping various applications. Compared with single-display options like the ELEGOO or HiLetgo, this kit’s strength lies in its range of sizes and the ability to test different form factors quickly. The plug-and-play FPC connectors streamline wiring, but some assembly and a logic level converter are necessary for 5V boards, which adds complexity. Designed for 3.3V MCUs, it’s perfect for projects where multiple display sizes are needed, such as multi-screen dashboards or experimental prototypes. The main tradeoff involves extra setup steps and voltage considerations, making it less ideal for straightforward projects or those using 5V systems without modifications.
Pros:- Six different display sizes for flexible experimentation
- Plug-and-play FPC connectors simplify wiring
- Supports popular microcontrollers with tutorials
- Includes a variety of driver ICs for compatibility
Cons:- Requires logic level converter for 5V boards
- Some assembly needed for wiring
- Limited to 3.3V logic, incompatible with direct 5V MCUs
Best for: Prototypers and hobbyists exploring different display sizes across diverse projects on 3.3V microcontrollers.
Not ideal for: Users needing ready-to-use, single-display solutions on 5V systems without additional wiring or level shifting.
- Display Sizes:0.96″, 1.8″, 2.0″, 2.4″, 2.8″, 3.5″
- Interface:SPI
- Compatibility:3.3V MCUs
- Connectors:FPC
- Driver ICs:ST7735S, ST7789, ST7796
- Includes:6 displays
Our verdict“Best suited for hobbyists testing multiple display sizes and learning about display integration on 3.3V systems.”
HiLetgo 2.8″ SPI TFT LCD Display Touch Panel 240×320 with PCB for STM32
This HiLetgo 2.8-inch SPI TFT combines a 240×320 resolution with a touch panel, packaged with a PCB that includes power regulation and SD card support—making it a solid option for STM32 users seeking an all-in-one solution. Compared to the ELEGOO 2.8-inch, its integrated PCB simplifies wiring and power management, though the touch functionality may need calibration and isn’t as responsive as capacitive options. The display’s high resolution and vibrant colors are excellent for visual-heavy applications, but the limited viewing angles and need for technical setup could deter less experienced users. It’s best suited for embedded projects where a ready-made PCB simplifies assembly but not for projects that demand advanced touch interactions or outdoor durability. It’s a good middle ground between ease of use and visual quality.
Pros:- Integrated PCB with power supply and SD card support
- High-resolution display with vibrant colors
- Compact size suitable for embedded systems
- Designed specifically for STM32 compatibility
Cons:- Touch panel may need calibration
- Limited viewing angles
- Requires technical knowledge for full integration
Best for: STM32 developers needing a compact, high-resolution display with integrated power and SD support.
Not ideal for: Projects requiring capacitive touch or outdoor use where viewing angles and touch responsiveness are critical.
- Display Size:2.8 inches
- Resolution:240×320
- Pixel Arrangement:RGB vertical stripe
- Includes:PCB with power supply, SD card support
- Compatibility:STM32
- Driver:a-Si TFT active matrix
Our verdict“Ideal for STM32 projects that benefit from an integrated PCB and high-quality visuals, but not for touch-intensive or outdoor applications.”
2pcs 0.96″ HD IPS TFT LCD Display Module 80×160 RGB Screen for Arduino DIY
This pair of 0.96-inch IPS TFT displays offers vivid 80×160 color visuals in a tiny package, making them ideal for dual-display setups or space-constrained projects. Compared with the single larger displays like the ELEGOO or HiLetgo, their small size allows for multi-screen configurations or discreet displays within tight enclosures. Their full-color IPS panels provide excellent viewing angles and color accuracy, but they require a reset each time they are powered on, which can affect user experience. The SPI interface simplifies wiring, yet the pin configuration demands careful attention. These modules are perfect for projects needing multiple small displays, like wearable devices or compact dashboards, but less suitable for applications requiring a larger display area or more advanced touch features.
Pros:- Vivid full-color IPS display
- Compact size fits in small spaces
- Includes two modules for multi-display use
- SPI interface simplifies wiring
Cons:- Requires reset after power on
- Limited operating temperature range
- Pin configuration requires careful wiring
Best for: DIY enthusiasts designing compact, multi-screen projects or wearable devices requiring vivid color displays.
Not ideal for: Projects needing larger displays or those outdoors where temperature ranges might affect performance.
- Size:0.96 inch
- Resolution:80 x 160
- Display Color:Full Color
- Interface:SPI
- Operation Voltage:3.3V
- Includes:2 modules
Our verdict“Best for small, colorful displays in multi-screen or space-limited projects where visual clarity is a priority.”
1.69 Inch Color TFT Display Module HD IPS LCD LED Screen 240×280 SPI Interface ST7789 Controller for Arduino
This 1.69-inch display offers a crisp 240×280 resolution with an IPS panel, providing vibrant visuals and wide viewing angles that outperform smaller, lower-resolution options like the 1.8-inch module. Its high-resolution IPS screen makes it ideal for projects requiring clearer graphics, though its reliance on a 4-wire SPI connection limits wiring flexibility compared to the more versatile 4-wire interfaces. The absence of touch functionality means it’s best suited for static displays rather than interactive interfaces. Compared to larger screens like the 5-inch Pi TFT50, this model prioritizes compactness over size, making it perfect for space-constrained projects. However, its limited wiring options and lack of touch may restrict more advanced applications.Pros:- High-resolution IPS display with wide 178° viewing angle
- Low IO usage due to SPI interface, simplifying wiring
- Compatible with multiple microcontrollers like Arduino and STM32
Cons:- Limited to 4-wire SPI interface, restricting wiring options
- No built-in touch support, limiting interactivity
Best for: Developers needing a high-resolution, space-efficient display for embedded projects with simple graphics.
Not ideal for: Users seeking touch-enabled or interactive displays, or those requiring multiple wiring options for complex setups.
- Size:1.69 inches
- Resolution:240×280
- Display Type:IPS LCD
- Interface:SPI
- Controller:ST7789
- Viewing Angle:178°
Our verdict“This display suits projects where high resolution and compact size matter more than touch capability or wiring flexibility.”
1.8 Inch TFT LCD Screen Display Module for Arduino, 128×160 ST7735 3.3V SPI Interface 8-Pin RGB Color Panel
This 1.8-inch module provides vibrant 128×160 color graphics, making it a strong choice for simple projects requiring colorful visuals on a small footprint. Its SPI interface ensures easy integration with Arduino, though the 3.3V operation means some users will need level shifting if working with 5V systems, unlike the 2.8-inch TFT which is more flexible in that regard. The compact size limits its use for detailed graphics or complex interfaces, but it excels in basic displays and status indicators. While it has a wide viewing angle, its small display area may not suit applications needing detailed visuals, unlike larger options like the Pi TFT50. Its lack of touch functionality is a tradeoff for simplicity and affordability.Pros:- Vivid full-color display with good resolution for its size
- Easy SPI connection simplifies setup
- Compact and lightweight for small projects
Cons:- Requires 3.3V power, may need level shifting from 5V systems
- Limited display size not suitable for detailed graphics
Best for: Hobbyists designing simple, colorful dashboards or status indicators on Arduino with limited space.
Not ideal for: Projects requiring touch interaction or high-resolution detail, or users needing larger displays for complex GUIs.
- Display Size:1.8 inches
- Resolution:128×160
- Interface:SPI
- Operating Voltage:3.3V
- Driver Chip:ST7735S
- Viewing Angle:Wide
Our verdict“Ideal for affordable, colorful displays in compact Arduino projects where simplicity and size are priorities.”
2pcs 1.54″ SPI TFT LCD Display Module 240×240 RGB Screen for Arduino
This set of two 1.54-inch 240×240 RGB displays offers a compact, full-color solution for multi-screen setups or backup displays. Their small size makes them suitable for portable or space-constrained applications, and their high resolution ensures vibrant visuals. Operating at 3-5V, they are compatible with a wide range of microcontrollers, similar to the single 1.8-inch module but with the advantage of multiple units. The pin configuration can seem complex for beginners, and the small viewing angles are a compromise compared to larger screens like the Pi TFT50. Unlike larger displays, these are best for simple indicators or multi-device configurations rather than detailed interfaces.Pros:- Full-color RGB display with high resolution
- Set includes two units for multi-screen applications
- Compatible with Arduino and other DIY platforms
Cons:- Limited viewing angles due to small size
- Pin configuration may be complex for beginners
Best for: Developers creating multi-screen projects or needing backup displays for Arduino-based systems.
Not ideal for: Projects demanding large, detailed graphics or touch functionality, or users unfamiliar with pin configurations.
- Display Resolution:240×240
- Display Size:1.54 inches
- Interface:SPI
- Power Supply:3-5V
- Driver IC:ST7789
- Operating Temperature:-20 to 70°C
Our verdict“Best for multi-display setups or situations where multiple small screens are needed in a compact package.”
HiLetgo 2.2 Inch ILI9341 SPI TFT LCD Display with SD Card Slot for Arduino and Raspberry Pi
This 2.2-inch display with a 240×320 resolution offers more vertical space than smaller panels like the 1.8-inch module, making it suitable for more detailed graphics or simple interfaces. Its built-in SD card slot extends storage options, enabling data logging or media display, unlike smaller screens that lack this feature. The 4-wire SPI interface ensures fast communication, compatible with both Arduino and Raspberry Pi, but it requires five pins, which might be more demanding than smaller modules. Its 5V compatibility simplifies integration with standard microcontroller power supplies, compared to 3.3V-only options. The lack of a touch panel limits interactivity, making it better suited for static displays or data readout projects.Pros:- Larger, higher-resolution display compared to smaller modules
- Includes SD card slot for easy data storage
- Supports 5V operation, easing power integration
Cons:- No touch panel, limiting interactivity
- Requires 4 IO pins, which could be a constraint in complex projects
Best for: Projects requiring a larger display with data storage capabilities, such as media dashboards or data loggers on Arduino or Raspberry Pi.
Not ideal for: Applications needing touch interaction or minimal wiring, as it demands more pins and no touch support.
- Display Size:2.2 inches
- Resolution:240×320
- Interface:4-Wire SPI
- Compatibility:Arduino, Raspberry Pi
- Power:5V
- Additional Feature:SD Card Slot
Our verdict“This display suits projects that benefit from added storage and larger visuals, at the expense of touch capabilities.”
BIGTREETECH Upgrade Pi TFT50 V2.1 5-inch Capacitive Touch Screen for Raspberry Pi
This 5-inch capacitive touch screen delivers sharp 800×480 visuals, making it ideal for detailed interfaces and control panels, especially when compared to smaller 1.8-inch or 2.2-inch options. Its 5-point capacitive touch offers responsiveness suitable for interactive applications like 3D printer control or media dashboards. The DSI interface simplifies installation with minimal wiring, but it confines compatibility strictly to Raspberry Pi models, unlike the more universal SPI-based displays. The installation process is straightforward with dedicated mounting holes, yet the reliance on Raspberry Pi power and DSI connection may limit flexibility in some setups. Its high resolution and touch capability make it the go-to for user interfaces but less suitable for non-Raspberry Pi projects.Pros:- High-resolution 800×480 display for detailed visuals
- Supports 5-point capacitive touch for responsiveness
- Easy to install with dedicated mounting points
Cons:- Limited to Raspberry Pi compatibility, reducing versatility
- Requires careful installation due to DSI connection
Best for: Raspberry Pi users needing a high-resolution, touch-enabled display for control panels or interactive projects.
Not ideal for: Non-Raspberry Pi environments or projects requiring external power sources or larger displays.
- Display Size:5 inches
- Resolution:800×480
- Touch Points:5-point capacitive
- Interface:Raspberry Pi DSI
- Compatibility:Raspberry Pi only
- Model:V2.1
Our verdict“This display excels for Raspberry Pi projects demanding crisp visuals and touch interactivity, with installation simplicity in mind.”
How We Picked
To determine the best TFT comps, I evaluated each product based on display quality, compatibility, build quality, ease of installation, and price. I also considered user feedback and how well each display suited different project types, from beginner DIY setups to advanced applications. The ranking reflects a balance between value, performance, and versatility, ensuring options suit a range of needs and budgets. Products with clear documentation and reliable performance scored higher, while potential tradeoffs like size or complexity were factored into their placement.Factors to Consider When Choosing Tft Comps
Choosing the right TFT display involves more than just size and resolution. It’s important to consider compatibility with your microcontroller or single-board computer, as mismatched interfaces can cause headaches. Touch functionality can enhance interactivity but might add complexity and cost. Power consumption is another factor, especially for portable projects, since larger or higher-resolution screens typically draw more power. Finally, consider your budget and the level of support or documentation available, which can save time during setup. Understanding these factors helps prevent common mistakes like selecting incompatible displays or overpaying for features you don’t need.Compatibility and Interface
Ensure the TFT you choose supports your main controller’s interface, whether SPI, I2C, or parallel. Many displays are designed for specific microcontrollers like Arduino, STM32, or Raspberry Pi, and choosing an incompatible display can turn into a frustrating experience. Compatibility also extends to voltage levels; some displays require 3.3V signals, others 5V, so verify your system’s specifications. Mismatched interfaces or voltage levels can cause display failure or damage, so double-check before purchasing.
Size and Resolution
The physical size of the display impacts your project’s form factor, with common sizes ranging from 0.96 inches to 5 inches or larger. Resolution influences visual clarity; higher resolutions provide sharper images but may demand more processing power and memory from your controller. Consider your project’s space constraints and whether you need detailed graphics or simple indicators. Larger screens also tend to be more expensive and power-hungry, which matters for portable or battery-powered setups.
Touch Functionality
Adding a touch interface can significantly improve user interaction but often increases complexity and cost. Resistive touch screens are generally cheaper and work with a wider range of controllers, while capacitive screens offer more responsiveness and multi-touch support but require more advanced drivers. Think about whether touch is essential for your project or if a simple display suffices. Also, check if the display comes with compatible touch drivers and libraries, as lacking support can lead to integration hurdles.
Power Consumption and Durability
Power requirements vary significantly among TFTs, especially larger or high-resolution models. For battery-powered projects, low power consumption is critical to prolong runtime. Consider displays with energy-efficient backlights or those designed for low-power operation. Additionally, durability factors like screen glass quality, resistive versus capacitive touch, and environmental resistance (e.g., sunlight readability) should align with your project’s operating conditions. Overlooking these aspects can result in displays that are difficult to use or prone to damage.
Budget and Support
While budget displays can be tempting, they often come with limited documentation, inconsistent quality, or reduced longevity. Investing in well-supported displays with comprehensive tutorials and active communities can save time and frustration. Consider whether the manufacturer provides libraries compatible with your development environment, and check user reviews for reliability. Sometimes paying a bit more upfront yields a more stable, easier-to-integrate display, especially for critical or long-term projects.
Frequently Asked Questions
Can I use these TFT displays with both Arduino and Raspberry Pi?
Many of these displays support multiple platforms, but compatibility depends on the specific interface and driver support. Most SPI-based TFTs are compatible with both Arduino and Raspberry Pi, provided you have the correct libraries and voltage levels. However, some larger or more advanced displays may be optimized for one platform. Always verify the manufacturer’s specifications and community support to ensure smooth integration with your chosen device.
Is touch support necessary for my project?
Touch support can enhance user interaction, especially for interfaces requiring input or control, but it also adds complexity and cost. For simple display needs, such as status indicators or static information, a non-touch screen may suffice. If your project involves user input or interactive controls, a touch-enabled display could be worth the extra effort and expense. Evaluate whether the added functionality justifies the tradeoffs in complexity and power consumption.
What is the best size for a TFT display in a DIY project?
The ideal size depends on your project’s constraints and purpose. Smaller displays, like 0.96 or 1.8 inches, are compact, low power, and ideal for simple indicators or wearable projects. Larger screens, such as 2.8 inches or more, provide better visibility and are suitable for interfaces requiring detailed graphics. Consider the available space, your budget, and how much information needs to be displayed when choosing the size.
How does resolution impact performance and usability?
Higher resolution displays offer sharper images and more detailed graphics, improving visual clarity. However, they also demand more processing power and memory from your controller, which might slow down performance or require more advanced hardware. For basic projects, lower resolutions are often sufficient and easier to manage. Balance your need for clarity with your system’s capabilities to ensure smooth operation and avoid unnecessary complexity.
Are larger TFT screens more fragile or harder to install?
In general, larger screens tend to be more delicate and can be more challenging to handle during installation. They may also require more robust mounting solutions and additional wiring or power considerations. Proper care during installation and choosing displays with durable glass or protective coatings can mitigate damage risks. If your project involves frequent movement or outdoor use, selecting a ruggedized or reinforced display might be beneficial.
Conclusion
For most users seeking a reliable all-around display, the ELEGOO 2.8-Inch TFT Touch Screen offers a balanced mix of size, touch capability, and compatibility. Budget-conscious makers will find the Lonely Binary 6-Pack SPI TFT LCD Displays to be an excellent value. Those working with Raspberry Pi projects should consider the BIGTREETECH Pi TFT50 V2.1 for its larger size and capacitive touch. Beginners should opt for displays with extensive documentation and community support, while advanced users might prioritize high-resolution, feature-rich panels for complex interfaces. Ultimately, your choice depends on your project scope, platform, and budget, but these options provide a solid starting point for any TFT display project in 2026.
As an affiliate, we earn on qualifying purchases.NFL season / tailgating Picks
team gear
