How Lasers Cut Through Live Pixels

Samsung uses a special method called Hole in Active Area to make this screen work. In the past, cutting a hole in a display would ruin it completely. The organic materials in the screen would break down the moment they touched air. But Samsung uses super-fast lasers to punch holes in the screen while sealing the edges at the exact same microsecond.

This keeps the picture bright and sharp right up to the very edge of the cut. It is a massive step forward for screen engineering, paving the way for advanced dashboard architectures.

The Magic of Stacked Glass

Inside the vehicle, this engineering translates directly to a multi-dimensional viewing experience. In the driver's seat, you look at two screens stacked right on top of each other. The bottom screen measures 12 inches, and the top screen measures 12.9 inches.

To make things even wilder, the top screen has three physical holes cut right into it. In the tiny gap between these two glass layers, real metal clock hands spin around.

You see digital graphics glowing directly behind physical, moving parts.

This setup gives you the warmth of an old-school watch with the power of a modern computer.

Why Flat Screens Are Failing Drivers

This physical-digital hybrid design addresses a growing concern in the automotive industry. With massive screens taking over every new car, safety groups are starting to push back. In early 2026, Euro NCAP introduced new rules that deduct safety points from cars without physical buttons for basic tasks.

Many drivers find touchscreens hard to use while driving at high speeds.

By putting real mechanical hands inside digital screens, Ferrari is trying to find a middle ground.

This hybrid design could set a new standard for how we interact with our cars.

But will this actually make drivers safer, or is it just a fancy trick? Some safety experts argue that mechanical hands moving across a digital screen might draw your eyes away from the road. Others believe the physical depth helps your eyes focus faster than a flat screen. Let us look at the numbers. A driver takes about one full second longer to read a flat screen compared to a physical dial—a critical delay when traveling at high speeds.

Must-Read Case Studies and Articles

• The Euro NCAP 2026 Safety Report: A look at how physical buttons prevent road accidents.
• The Science of Depth Perception in Cars: How stacked displays help drivers react faster.
• Samsung Automotive OLED Reliability Tests: A study on how these displays survive extreme vibrations.

Recent Track Tests and Software Updates

To prove these theories in the real world, the technology had to be pushed to its limits. During track tests at the Fiorano circuit last week, drivers noticed a small issue with the mechanical hands. When the car pulled high G-forces around sharp corners, the tiny metal hands lagged behind the digital graphics.

On June 2, 2026, Samsung engineers released a software patch to fix this. The update speeds up the motor response to match the screen refresh rate perfectly.

Now, the physical hands stay locked to the digital numbers even at top speeds.

In another test on June 4, 2026, engineers left the car under the hot sun to check the screens. Normal OLED screens can fade or change color when they get too hot. Under these tough conditions, the thin-film seal around the screen holes held up without a single bubble. This proves the hardware can handle everyday wear and tear just fine.