When you are deep into the process of shopping for a fitness watch, the debate surrounding display technologies is almost impossible to miss. While almost all modern smartwatches have shifted to AMOLED screens—offering vibrant, sharp, and modern visuals—a dedicated group of long-time users remains fiercely loyal to the older MIP (Memory-in-Pixel) or LCD-style screens. If you are preparing to purchase your next device, understanding the technical nuances and real-world performance of these displays is essential to making an informed decision.
What are the differences between MIP and AMOLED?
AMOLED displays utilize tiny, self-emissive pixels that light up individually, leaving areas dark when pixels are turned off. This is the technology powering most smartphones today. These screens are remarkably bright and sharp, though they can sometimes appear washed out in harsh, direct sunlight.
Conversely, MIP displays do not generate their own light. They function similarly to classic LCD watches by reflecting ambient light, making them exceptionally readable in outdoor sunlight. However, they rely on a backlight to be seen in dark environments. While they can display color, their range is limited and they lack the vibrancy and high-resolution sharpness found in AMOLED panels.
Which models use which technology?
The market has clearly transitioned toward AMOLED for most new products. Devices like the Apple Watch, Samsung Galaxy Watches, Pixel Watches, and the Fitbit Charge 5 and 6 all feature AMOLED technology. Garmin’s newer range, including the Forerunner 165, 265, 170, 570, and 970, has also moved to AMOLED.
MIP displays are largely found on older, legacy models such as the Garmin Forerunner 55, 255, and 955. Notably, Garmin’s solar-powered smartwatches continue to use MIP displays because the solar-charging panel technology is currently not compatible with AMOLED screens.
The always-on advantage of MIP
The primary argument for MIP screens is their energy efficiency during the always-on state. A MIP screen displays content continuously without a significant drain on battery life. This allows you to glance at your watch to check the time during tasks like typing without needing to trigger a backlight or flick your wrist. In contrast, AMOLED watches require a power-hungry always-on display (AOD) mode, which can cut battery performance from over 13 days down to about five days.
Visibility across environments
In direct, intense sunlight, MIP screens excel, often appearing to sparkle under the light. However, when you step into shadows, AMOLED displays maintain their readability much more effectively. While some enthusiasts argue that AMOLED screens are difficult to read outdoors, real-world use demonstrates that they remain clear and legible across various lighting conditions, unlike MIP screens which may require specific angles to be fully readable.
Understanding battery consumption
While MIP is often touted as the superior display for battery life, the reality is more nuanced. Modern hardware optimizations mean that the display type is just one factor. For instance, the Garmin Forerunner 965 (AMOLED) often matches or exceeds the battery longevity of the Forerunner 955 (MIP) in smartwatch mode. When choosing a watch, rather than making assumptions based on the screen type, it is better to look at the manufacturer’s battery life specifications for the specific model.
Making your final decision
If having an always-on display is a non-negotiable priority and you spend significant time in bright outdoor light, MIP remains a solid, practical choice. On the other hand, if you value high resolution, bright colors, and a modern, sharp interface, an AMOLED model is likely to leave you much happier. Should you find a deal on an older MIP model that fits your budget, do not hesitate; it remains a capable piece of technology. Ultimately, if you are new to the ecosystem and feeling confused, the current market trend heavily favors AMOLED, and you will likely be very satisfied with the experience it provides.
