1. Power Off & Unplug - Shut down the laptop and disconnect all power sources.
  2. Remove Battery (if possible) - Some laptops have internal batteries, which makes this step optional.
  3. Remove the Bezel - Carefully pry off the plastic bezel around the screen. Some bezels are clipped in, while others have screws (often hidden under rubber covers).
  4. Unglue the screen - The screen is typically held in place by two adhesive strips.
  5. Disconnect the Ribbon Cable - A thin, delicate cable connects the screen to the motherboard. Handle with care.
  6. Install the New Screen - Connect the new screen's ribbon cable, screw it in place, and reattach the bezel.
  7. Test Before Fully Assembling - Power on the laptop before securing everything to make sure the new screen works.
  1. Power Off & Unplug - Shut down the laptop and disconnect all power sources.
  2. Remove Battery (if possible) - Some laptops have internal batteries, which makes this step optional.
  3. Remove the Bezel - Carefully pry off the plastic bezel around the screen. Some bezels are clipped in, while others have screws (often hidden under rubber covers).
  4. Unglue the screen - The screen is typically held in place by two adhesive strips.
  5. Disconnect the Ribbon Cable - A thin, delicate cable connects the screen to the motherboard. Handle with care.
  6. Install the New Screen - Connect the new screen's ribbon cable, screw it in place, and reattach the bezel.
  7. Test Before Fully Assembling - Power on the laptop before securing everything to make sure the new screen works.
In-Plane Switching (IPS) is a type of liquid crystal display (LCD) technology that produces accurate colors and wide viewing angles.
An LCD with a “178 viewing angle” means that you can view the screen clearly from up to 178 degrees to the left or right, and from above or below, without experiencing significant image quality loss.
The most common the 24-bit implementation, 24-bit RGB model is thus limited to a range of 256×256×256 ≈ 16.7 million colors.
“HDR” on a laptop screen stands for “High Dynamic Range,” meaning the display is capable of producing a wider range of colors.
A “120Hz” laptop screen means that the display refreshes its image 120 times per second, resulting in smoother visuals, especially noticeable when viewing fast-moving content like in gaming.
A blue light filter is a feature or software that reduces the amount of blue light emitted by electronic devices.
The most common laptop screen sizes (measured diagonally) are:

11.6 inches – Found in small, budget laptops and Chromebooks.
13.3 inches – Popular for ultrabooks and lightweight laptops like the MacBook Air.
14 inches – A balance between portability and screen real estate.
15.6 inches – One of the most common sizes, offering a larger display for productivity and gaming.
16 inches – Becoming more popular, especially in premium laptops like the MacBook Pro.
17.3 inches – Found in gaming and workstation laptops that prioritize screen size over portability.
Some less common but emerging sizes include 12 inches, 16.1 inches, and 18 inches (mainly for gaming laptops).
Standard Resolutions:

1366 × 768 (HD) – Found in budget laptops, Chromebooks, and older models.
1920 × 1080 (Full HD or 1080p) – The most common resolution, offering a good balance of clarity, performance, and battery life.
Higher Resolutions:
(for premium, gaming, and professional laptops)
2560 × 1440 (QHD or 2K) – Found in high-end ultrabooks and gaming laptops, offering sharper visuals.
2880 × 1800 – Used in Apple MacBook Pros (before the transition to Liquid Retina displays).
3200 × 1800 (QHD+ or 3K) – Less common, but seen in some high-end laptops.
3840 × 2160 (4K UHD) – Found in premium and creator-focused laptops, offering ultra-sharp visuals but higher power consumption.
Apple-Specific Resolutions:
(Retina and Liquid Retina Displays)
2560 × 1600 (MacBook Air, 13” MacBook Pro).
3024 × 1964 (14” MacBook Pro).
3456 × 2234 (16” MacBook Pro).
Newer gaming and workstation laptops also feature 5K and 8K resolutions, but they are rare.