Home > News list > Mobile Internet >> Mobile Internet

Huawei Mate70 Pro+: High-Brightness Titanium Xuanwu Architecture Enables 20x Improved Drop Resistance and Superior Scratch Resistance

Mobile Internet 2024-12-04 15:04:22 Source:

Huawei Mate70 Pro+: High-Brightness Titanium Xuanwu Architecture Enables 20x Improved Drop Resistance and Superior Scratch ResistanceHuawei's Mate70 series, launched this year, emphasizes a significant improvement in drop resistance. The Mate70 Pro+, in particular, boasts a groundbreaking advancement in durability thanks to its High-Brightness Titanium Xuanwu architecture

Huawei Mate70 Pro+: High-Brightness Titanium Xuanwu Architecture Enables 20x Improved Drop Resistance and Superior Scratch Resistance

Huawei Mate70 Pro+: High-Brightness Titanium Xuanwu Architecture Enables 20x Improved Drop Resistance and Superior Scratch Resistance

Huawei's Mate70 series, launched this year, emphasizes a significant improvement in drop resistance. The Mate70 Pro+, in particular, boasts a groundbreaking advancement in durability thanks to its High-Brightness Titanium Xuanwu architecture. Official data reveals a staggering 20x increase in drop resistance compared to standard smartphones. Furthermore, this High-Brightness Titanium Xuanwu architecture exhibits a 5x improvement in scratch resistance compared to other models using the Xuanwu architecture.

Huawei Mate70 Pro+: High-Brightness Titanium Xuanwu Architecture Enables 20x Improved Drop Resistance and Superior Scratch Resistance

These performance enhancements aren't just numbers on a datasheet. Prominent tech blogger "Yang Changshun Repair Home" conducted comprehensive tests, further validating the Mate70 Pro+'s exceptional drop and scratch resistance. In scratch resistance tests, the Mate70 Pro+'s frame significantly outperformed the Apple iPhone, showcasing superior material and craftsmanship. Even more impressive were the drop test results. After two two-meter free falls, the Mate70 Pro+ shattered the tiles it landed on, yet incredibly, its screen and back remained intact. Even the frame, which made direct contact with the ground, showed only minor marks and no dents. These results fully demonstrate the superior performance of the High-Brightness Titanium Xuanwu architecture, clearly outperforming other models in drop and scratch resistance.

Huawei Mate70 Pro+: High-Brightness Titanium Xuanwu Architecture Enables 20x Improved Drop Resistance and Superior Scratch Resistance

The Mate70 series' improved drop resistance isn't solely attributed to the High-Brightness Titanium Xuanwu architecture. In-depth analysis reveals Huawei's significant efforts in the internal structural design of the Mate70 series, incorporating multiple anti-drop measures to enhance overall protection. For example, the Mate70 RS's back cover utilizes a proprietary shock-resistant design, effectively protecting the back cover and internal components from damage caused by drops. This meticulous internal design complements the High-Brightness Titanium Xuanwu architecture, creating a robust protective system for the Mate70 series.

Huawei Mate70 Pro+: High-Brightness Titanium Xuanwu Architecture Enables 20x Improved Drop Resistance and Superior Scratch Resistance

It's noteworthy that the Mate70 series features a metal unibody frame. This design not only enhances overall strength and rigidity but also eliminates the antenna breakpoints often found in traditional designs. Critically, this frame directly covers the motherboard area, effectively protecting core components and creating a tighter, more robust overall structure, significantly improving impact resistance. This unibody design is not merely an aesthetic choice; it's a substantial improvement in structural strength and reliability.

Huawei Mate70 Pro+: High-Brightness Titanium Xuanwu Architecture Enables 20x Improved Drop Resistance and Superior Scratch Resistance

Therefore, the Mate70 Pro+'s enhanced drop resistance isn't the result of a single technology, but rather the combined efforts of Huawei in materials science, structural design, and manufacturing. The High-Brightness Titanium Xuanwu architecture is the core technological support, while the sophisticated internal structural design provides a solid foundation. This comprehensive protective strategy enables the Mate70 Pro+ to effectively withstand drops and impacts during daily use, providing users with a more secure and reliable experience.

In today's fast-paced lives, smartphones are indispensable. Durability is increasingly important, and accidental drops and impacts are common causes of damage. The Huawei Mate70 Pro+, with its significantly improved drop resistance, effectively addresses this pain point. Its High-Brightness Titanium Xuanwu architecture not only provides exceptional drop and scratch resistance but also ensures long-term reliable use.

In conclusion, the 20x improvement in drop resistance for the Huawei Mate70 Pro+ isn't hyperbole; it's based on solid technological innovation and superb craftsmanship. The High-Brightness Titanium Xuanwu architecture and ingenious internal structural design combine to create a flagship phone with exceptional protection. While pursuing ultimate performance, Huawei prioritizes user experience, offering a safer and more reliable product. The Huawei Mate70 Pro+ is not just a high-performance flagship phone; it's a dependable companion with exceptional durability. Its outstanding drop and scratch resistance will undoubtedly appeal to consumers who value a durable phone. The Mate70 series' breakthrough in drop resistance sets a new benchmark for the industry, showcasing Huawei's prowess in materials science and phone design and manufacturing. In the future, we can expect further innovations and breakthroughs in Huawei's phone protection technology, providing users with an even more reliable and convenient mobile experience.

Tag: Resistance Huawei Mate70 Pro+ High-Brightness Titanium Xuanwu Architecture Enables


Disclaimer: The content of this article is sourced from the internet. The copyright of the text, images, and other materials belongs to the original author. The platform reprints the materials for the purpose of conveying more information. The content of the article is for reference and learning only, and should not be used for commercial purposes. If it infringes on your legitimate rights and interests, please contact us promptly and we will handle it as soon as possible! We respect copyright and are committed to protecting it. Thank you for sharing.

AdminSo

http://www.adminso.com

Copyright @ 2007~2024 All Rights Reserved.

Powered By AdminSo

Open your phone and scan the QR code on it to open the mobile version


Scan WeChat QR code

Follow us for more hot news

AdminSo Technical Support