iPhone 11 vs iPhone 16 – Check Which One Is Best & Why?

Why Do I Recommend The iPhone 16? 

• The iPhone 16 features the A18 Bionic chip for faster processing, smoother multitasking, and advanced AI-driven features, whereas the iPhone 11 uses the older A13 Bionic chip with slower performance.
• iPhone 16 has a 6.1-inch Super Retina XDR OLED display with higher resolution and up to 2000 nits brightness for sharper detail and improved outdoor visibility, while the iPhone 11 has a 6.1-inch Liquid Retina LCD display.
• It includes a 48MP main camera with pixel binning for more detailed low-light photography, whereas the iPhone 11 features a 12MP main camera that captures less detail in night or dim environments.
• The iPhone 16 supports USB-C with faster data transfer and universal accessory compatibility, while the iPhone 11 uses the older Lightning port with slower transfer speeds and fewer compatible accessories.
• iPhone 16 has a larger ~3561 mAh battery with up to 22 hours of video playback for extended daily use, whereas the iPhone 11 has a smaller ~3110 mAh battery with only about 17 hours of video playback.
• It supports 5G connectivity for faster downloads, lower latency, and more reliable streaming, while the iPhone 11 uses 4G LTE with slower internet speeds.
• The iPhone 16 comes with MagSafe and Qi2 wireless charging for quicker alignment and improved charging efficiency, whereas the iPhone 11 only supports basic Qi wireless charging without magnetic stability.
• iPhone 16 features improved Face ID with a smaller notch and faster recognition for seamless unlocking, while the iPhone 11 has an earlier version of Face ID with a larger notch and slightly slower recognition.

Maybe the iPhone 11 price can make you comfortable because it’s a little bit cheaper than the iPhone 16. But you have to compromise all the above-mentioned features. Now the Decision is Yours. I hope it was helpful to choose the right one.

What Common Both Can Do?

• Form Factor & Notch Design: Both models maintain the same 6.1-inch screen size and employ a notch at the top center. This design preserves one-handed usability and keeps front-camera mechanisms located in a familiar spot for users upgrading between models.
• Face ID: Both use Apple’s biometric facial recognition. Despite internal improvements in Face ID accuracy and speed in newer models, the core unlocking experience—secure, instant—you’re already used to remains consistent.
• Dual-SIM Support: Both phones support dual-SIM through a combination of an eSIM and a physical nano-SIM. This continues to offer flexibility for users managing personal and work lines on a single device.
• Sound System: Both have stereo speakers—one at the bottom and one near the front camera—giving immersive, balanced audio for calls, videos, and music without needing external accessories.
• Fast & Wireless Charging: They share compatibility with fast charging using approximately 18–20 W adapters, and both support Qi wireless charging. This means you’ll get similar charging convenience, even if iPhone 16 adds newer MagSafe or Qi2 enhancements.
• IP68 Water Resistance: Both models are rated IP68 for dust and water protection, giving confidence near splashes or rain. While depth capabilities differ slightly, general usability around water remains on par.
• Internal Layout & Component Access: They share a comparable internal layout style, which can aid in repairs or refurbishing processes, especially for technicians familiar with Apple’s standard design approach.
• iOS and Retina Display
  Both devices support Apple’s latest iOS versions and feature Retina-level display sharpness, ensuring bright, crisp visuals, rich optically optimized font rendering, color accuracy, and longevity of software support.
• Button & Accessory Compatibility: Side buttons for volume and power are similarly placed, making protective cases and accessory transition smoother. The magnetic support lets you use compatible mounts and accessories interchangeably.
• True Tone & Haptics: Both displays adapt ambient lighting for better tone accuracy, and both devices include the Taptic Engine for rich, tactile feedback when interacting with the UI.
• Core Sensors: Essential sensors—accelerometer, gyroscope, proximity—are present in both devices and operate consistently for gaming, auto-orientation, and gesture-based features.
• Performance at Launch: Both offer fast app launching and responsiveness, thanks to modern flash storage architectures. While the underlying chipsets differ, users still enjoy smooth day-to-day navigation and app performance at launch.