The HX Display for iPhone 17 Pro Max 6.86-inch LTPO Soft OLED 120Hz Touch Screen Module with Swappable IC is compared with alternative HX display modules designed for other iPhone versions, including the HX LTPO Soft OLED Display for iPhone 16 Pro Max 6.86 Inches 120Hz Touch Screen Module, HX Display for iPhone 14 Pro Max LTPO Soft OLED 120Hz 6.69 Inches Touch Screen Module, Display for iPhone 16 Pro HX LTPO Soft OLED 6.27 Inches 120Hz Touch Screen Module, HX Display for iPhone 17 Pro, 6.27-inch LTPO Soft OLED, 120Hz Touch Screen Module, and HX LTPO Soft OLED Display for iPhone 13 Pro Max, 6.68 Inches, 120Hz Refresh Rate, Touch-Sensitive Glass. All evaluated products are manufacturer-equivalent touch-sensitive replacement display assemblies utilizing LTPO Soft OLED technology with a 120Hz refresh rate and requiring the transfer of the original display controller IC via soldering. The primary differences lie in diagonal size, physical dimensions, and exact hardware compatibility.
⚙️ The technical specification comparison covers display technology, refresh rate, installation requirements, and physical compatibility with specific smartphone generations and sizes.
| Feature | HX Display for iPhone 17 Pro Max | HX LTPO Soft OLED for iPhone 16 Pro Max | HX Display for iPhone 14 Pro Max | Display for iPhone 16 Pro HX | HX Display for iPhone 17 Pro | HX LTPO Soft OLED for iPhone 13 Pro Max | Practical significance |
|---|
| Screen technology | LTPO Soft OLED | LTPO Soft OLED | LTPO Soft OLED | LTPO Soft OLED | LTPO Soft OLED | LTPO Soft OLED | All modules deliver an identically high level of color accuracy, deep contrast, and energy efficiency. |
| Refresh rate | 120 Hz | 120 Hz | 120 Hz | 120 Hz | 120 Hz | 120 Hz | Ensures equally smooth visual rendering and fluid motion across all options. |
| IC transfer | Requires soldering | Requires soldering | Requires soldering | Requires soldering | Requires soldering | Requires soldering | Professional soldering of the original display controller is required in every case for full functionality. |
| Model compatibility | iPhone 17 Pro Max | iPhone 16 Pro Max | iPhone 14 Pro Max | iPhone 16 Pro | iPhone 17 Pro | iPhone 13 Pro Max | Determines exact physical alignment with the specific phone chassis and ribbon cables. |
◎ The use case and suitability comparison helps determine which replacement module is appropriate for each specific repair scenario.
| Use case | Recommended product | Why |
|---|
| Repairing an iPhone 17 Pro Max | HX Display for iPhone 17 Pro Max 6.86-inch LTPO Soft OLED 120Hz Touch Screen Module with Swappable IC | Engineered precisely for the physical dimensions and structural layout of the seventeenth-generation Pro Max. |
| Restoring an iPhone 16 Pro Max screen | HX LTPO Soft OLED Display for iPhone 16 Pro Max 6.86 Inches 120Hz Touch Screen Module | Matches the 6.86-inch size category but is restricted exclusively to the sixteenth generation. |
| Replacing an iPhone 14 Pro Max display | HX Display for iPhone 14 Pro Max LTPO Soft OLED 120Hz 6.69 Inches Touch Screen Module | Features a 6.69-inch diagonal and is physically incompatible with other device generations. |
| Servicing a compact iPhone 16 Pro | Display for iPhone 16 Pro HX LTPO Soft OLED 6.27 Inches 120Hz Touch Screen Module | Tailored for the smaller 6.27-inch body style of the sixteenth-generation Pro series. |
| Restoring an iPhone 17 Pro display | HX Display for iPhone 17 Pro, 6.27-inch LTPO Soft OLED, 120Hz Touch Screen Module | Designed to fit the seventeenth-generation Pro format featuring a 6.27-inch screen. |
| Maintaining an iPhone 13 Pro Max | HX LTPO Soft OLED Display for iPhone 13 Pro Max, 6.68 Inches, 120Hz Refresh Rate, Touch-Sensitive Glass | Built specifically for the thirteenth-generation device layout with a 6.68-inch screen. |
The selection of a specific replacement display module depends strictly on the target smartphone model being repaired, as all HX options share identical LTPO Soft OLED visual quality and soldering requirements while differing entirely in physical dimensions and generation compatibility.