Traditional Culture Encyclopedia - Photography major - The difference between glory 9x and 9xpro

The difference between glory 9x and 9xpro

The main difference between Glory 9x and 9xPro lies in the camera and cooling system. Among them, 9x adopts a rear main camera with 4800W pixels and a dual camera with a depth of field of 200 W pixels, and 9x Pro adopts a rear main camera with 4800W pixels and a three-camera with a wide angle of 800W pixels and a depth of field of 200 W pixels. In terms of heat dissipation, Glory 9xPro has added nine liquid-cooled heat dissipation technologies, which has better heat dissipation performance. The following is a detailed introduction:

1. In terms of appearance, both mobile phones are designed with lifting full-screen+side fingerprint+glass body, and the screens are 6.59 inches. Mainly in the back design, 9X is a rear dual camera, while 9Xpro is a three camera. There are also differences in color matching of the fuselage. 9X offers three kinds of magic navy, magic flame red and magic night black, and 9Xpro offers two kinds of electro-optical gradient styles of magic purple and magic night black.

2. In terms of configuration and processor, both Glory 9X and 9XPro are equipped with Kirin 8 10 developed by Huawei, with Kirin level of 7nm and AI score of 32,280. In terms of storage combination, the memory and operation of the two phones are different. Glory 9X is available in 6GB+64GB and 6GB+ 128GB versions. Glory 9X Pro is missing a 6GB+64GB version and adding an 8GB+ 128GB version.

3. In terms of taking photos, Glory 9X adopts a rear main camera with 4800W pixels, a dual camera with a depth of field of 200 W pixels, and a front 1600W pixel single camera. Glory 9X Pro adopts rear 4800W pixel main camera +800W pixel wide angle +200W pixel depth of field, while the front is 1600W pixel single camera;

4. battery life: glory 9X and 9X Pro are equipped with 4000mAh large-capacity batteries;

5. In addition, glory 9X pro has joined NINE liquid cooling technology, which has better heat dissipation performance.