3456 × 2234
Liquid Retina XDR (MacBook Pro 16-inch) · 3:2 (approximately) · 7,720,704 pixels
About Liquid Retina XDR (MacBook Pro 16-inch) Resolution
Devices with 3456 x 2234 Resolution
- Apple MacBook Pro 16-inch (M1 Pro/M1 Max, 2021)
- Apple MacBook Pro 16-inch (M2 Pro/M2 Max, 2023)
- Apple MacBook Pro 16-inch (M3 Pro/M3 Max, 2023)
- Apple MacBook Pro 16-inch (M4 Pro/M4 Max, 2024)
Common Use Cases
- Professional film editing and post-production
- Large-canvas graphic design and illustration
- Data science and multi-window analysis workflows
- On-location photography review and editing
- Software architecture with complex multi-panel IDEs
Frequently Asked Questions
How does the 16-inch MacBook Pro display compare to the 14-inch model?
Both displays use the same Liquid Retina XDR technology with identical pixel density (254 PPI), HDR brightness (1,600 nits peak), and P3 color gamut coverage. The 16-inch model provides approximately 30% more total display area and a default workspace equivalent to 1728x1117 effective points versus 1512x982 on the 14-inch. The choice between them is primarily about workspace size versus portability.
Is the 16-inch MacBook Pro display good enough to replace a desktop monitor?
For many professionals, yes. The display's combination of size, resolution, color accuracy, and HDR capability makes it a credible primary display for desk-based work. However, users accustomed to 27-inch or larger external monitors will find the 16-inch screen more limited in total workspace. Many users pair the MacBook Pro with an external display for desk use while relying on the built-in display when mobile.
Does the 120Hz ProMotion display affect battery life?
The adaptive ProMotion technology is specifically designed to minimize battery impact. Rather than running at a fixed 120Hz, the display dynamically adjusts its refresh rate based on content — dropping as low as 24Hz for static content and ramping up to 120Hz only for motion-intensive tasks. This adaptive approach means the battery impact is minimal during normal productivity use and only increases during gaming or smooth-scrolling activities.