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For OEMs designing products that are meant to last, selecting the right display isn’t just about contrast ratio or interface compatibility; it’s also about long-term availability.

You can choose a reliable supplier, lock in a tested display, and complete your design validation. But then, halfway through your product’s lifecycle, the display goes end-of-life (EOL). Suddenly, you’re facing a cascade of issues, from mechanical redesigns to costly delays.

Engaging with your suppliers early in the process is a proactive step that can provide reassurance and mitigate risks. It's a strategy that can protect your product lifecycle, a hidden risk in display sourcing that too many engineering teams overlook.

If you’re designing a device that runs on battery power, like a wearable, handheld tool, or a smart sensor, every milliwatt counts. That’s why one of the most common questions we hear is:

“Should I use an MIP display or a TFT display for my low-power device?”

The short answer?

It depends on what you need to display on your device.

Let’s dive in and sort through the differences between MIP and TFT display technologies.

The proper LCD backlight is essential for optimal screen brightness, clarity, and efficiency. Whether designing industrial equipment or consumer electronics, selecting the proper LCD backlight technology impacts energy consumption, color accuracy, and overall display performance.

LCD panels don’t emit their own light, so you need a reliable backlighting solution to ensure visibility across different environments. This means finding a backlight that works well in both indoor and outdoor settings, as well as in low-light and high-glare conditions.

Liquid Crystal Displays (LCDs) have transformed how we interact with technology. This versatile technology has become the backbone of modern display systems, from smartphones to industrial equipment. Let’s dive into LCDs to understand how they work and their importance.

Transflective TFT displays are ideally suited for a variety of applications, including screens on eBikes, ATVs, and handheld instruments. They are particularly useful in diverse environments, from shaded urban streets to areas of direct sunlight, where their ability to use ambient light to improve visibility makes them the preferred choice.