Camera iPhone 15 Pro Max: Quái Vật.MOV

Summary

This video reviews the iPhone 15 Pro Max's excellent videography capabilities enabled by Apple's new ProRes video codec. It demonstrates the phone's ability to achieve cinematic footage rivaling professional cameras. Key features highlighted include improved dynamic range and tone mapping, powerful onboard 3D scanning via the LiDAR sensor, and streamlined workflows. Despite some limitations like large file sizes, the phone's combination of portable form factor, computational photography, and pro video functions make it uniquely capable for content creators.

Takeaways

• 📱 The entire video is shot using the iPhone 15 Pro Max, demonstrating its powerful camera capabilities for professional and semi-professional filmmakers.
• 📈 Apple has narrowed the gap between professional camcorders and smartphone cameras to the point that viewers might not realize the video is shot on a phone.
• 📸 Despite minor hardware changes from the iPhone 14 Pro Max, the iPhone 15 Pro Max's camera is presented as a significant leap forward for the industry.
• 🖥️ The secret weapon of Apple, the ProRes video codec, enhances video quality, providing users with professional-grade footage directly from their phone.
• 📷 The iPhone 15 Pro series targets professional users with specific, high-level tasks, marking Apple's first serious foray into the filmmaking industry.
• 💻 The LIDAR sensor on the iPhone 15 Pro Max supports advanced features like 3D scanning, offering great potential for VR and detailed environmental modeling.
• 👍 Apple's ProRes video codec allows for high-quality, editable footage but results in large file sizes, necessitating additional storage solutions.
• 📢 The video emphasizes learning basic filming techniques over relying solely on technical specs, highlighting creativity and skill in content creation.
• 📏 The iPhone 15 Pro Max's camera features, including improved portrait mode and 5x zoom, contribute to its versatility as a daily driver and professional tool.
• 📲 The introduction of the LIDAR sensor and advanced video codecs on the iPhone 15 Pro Max represents a significant step towards blending professional filmmaking capabilities with smartphone convenience.

Q & A

What new video codec does the iPhone 15 Pro Max support?

The iPhone 15 Pro Max supports Apple's new ProRes video codec which allows for more professional-grade video recording and editing.

How does the LiDAR sensor help with 3D scanning?

The built-in LiDAR sensor on the iPhone 15 Pro Max allows for fast and accurate 3D scanning of objects and environments.

What is Cinema Mode and how is it useful?

Cinema Mode allows for cinematic-style shallow depth of field video recording, with automatic focus transitions between subjects.

How has low-light video recording improved?

Thanks to improvements in hardware and image processing, low-light video on the iPhone 15 Pro Max has less noise compared to previous models.

What are some benefits of the Photonic Engine?

The Photonic Engine provides benefits like better HDR in photos, full resolution previews in editing, and direct rendering of image processing into each photo.

How has portrait mode been enhanced?

Portrait mode photos can now be taken directly without needing to switch into portrait mode, and the focus and subject separation have been improved.

What kind of content creators would benefit most from the iPhone 15 Pro Max?

Professional filmmakers and video creators stand to benefit greatly from the advanced video capabilities of the iPhone 15 Pro Max.

How does the zoom capability compare to previous models?

The 5x optical zoom allows for tighter shots compared to the 3x zoom on previous iPhones.

What are some examples of using the LiDAR scanner creatively?

The LiDAR scanner could be used to quickly create 3D models of rooms, objects, or environments for creative projects and designs.

What improvements were made to standard photo shooting?

Standard photo mode now instantly captures regular, portrait mode, and live photos in one shot without needing to switch modes.