Honor’s released Magic8 Pro Air has become the focus of the mobile phone market with its ultra-thin and lightweight design and all-round flagship experience.
It has set a new record for the thinness and lightness of straight-flagship phones. With a body thickness of only 6.1mm and a weight of just 155g, combined with a 6.31-inch small straight screen, it offers excellent portability and single-handed holding experience. In terms of外观设计 (which can be translated as “design” here for natural flow in English: “design”), the new model adopts the same 7-coating and 7-baking light-sensing stack-coating process as luxury cars, endowing the body with a metallic satin texture and exuding a high-end and luxurious feel. Meanwhile, it offers four fashionable colors—purple, orange, white, and black—to meet different users’ pursuit of personality and aesthetics.
Despite its thin and light design, it doesn’t fall short in terms of sturdiness and protection. The aerospace-grade aluminum integrated frame, paired with Honor’s Cicada Wing architecture, enhances its strength. The screen is covered with Honor’s Giant Rhinoceros Glass and has passed the SGS five-star drop resistance certification. It also boasts a 6-meter waterproof capability with dual IP68 & IP69 certifications, allowing users to use it without worries.
In terms of imaging, the “Pro-level” imaging system puts an end to the traditional notion that “thin and light phones can’t offer great imaging.” The full-focal-length triple-camera system has its own highlights. The 50-megapixel main camera is equipped with a 1/1.3-inch ultra-large sensor and an F1.6 ultra-large aperture, supporting CIPA 5.0-level image stabilization. The 64-megapixel periscope telephoto lens supports 3.2x optical zoom and 100x digital zoom, also featuring CIPA 5.0-level image stabilization. The 50-megapixel ultra-wide-angle camera has a maximum viewing angle of 112°. There is also the industry’s first Android AI zoom array flash, with a 5-lamp array structure that can cover intelligent lighting for the full focal range of 1x to 6.4x for portraits. Moreover, it is the industry’s first to launch CCD flash portraits, offering the most comprehensive AI flash modes, enabling users to easily take professional-grade blockbusters.
Its battery life is also outstanding. It houses a massive 5500mAh Qinghai Lake battery in its thin and light body, with an energy density as high as 917Wh/L. It supports 80W wired fast charging and 50W wireless fast charging, addressing the battery life anxiety of thin and light phones and allowing users to bid farewell to power-related troubles.
In terms of performance, it is powered by MediaTek’s latest Dimensity 9500 flagship chip, which adopts TSMC’s third-generation 3-nanometer manufacturing process and integrates over 30 billion transistors. The CPU features an all-big-core design, the GPU is Mali-G1-UIltra, and the NPU has a “super-performance + super-energy-efficiency” dual architecture, providing powerful computing power to easily handle various complex tasks. The screen is equipped with a 6.31-inch OLED straight screen, boasting a 6000nits HDR peak brightness and supporting a 1-120Hz LTPO adaptive refresh rate. It integrates 10 major Honor Oasis eye-protection capabilities and adopts 3D ultrasonic fingerprint recognition technology for faster unlocking and support for wet-hand operation. In terms of connectivity and audio, it supports physical SIM cards and dual eSIMs, enabling quad-card dual-standby for convenient global travel. It is also equipped with stereo dual speakers to enhance the audio-visual experience.
ESD (Electrostatic Discharge) components are specialized electronic components designed to safeguard electronic devices from the damaging effects of electrostatic discharge. ESD is a sudden release of static electricity that can compromise the functionality or lifespan of sensitive electronic components. ESD components mitigate this risk by diverting, absorbing, or dissipating ESD events.
In mobile phones, ESD components are critical for protecting internal circuitry from ESD-induced damage. Due to the sensitivity of many components within a mobile phone, multiple ESD components are strategically placed to provide comprehensive protection. These components commonly include ESD diodes, TVS diodes, and other specialized protection devices.
Specifically, ESD components in mobile phones serve to protect various areas:
- Interface Protection: ESD protection is essential for interfaces such as charging ports, headphone jacks, and USB connectors to prevent damage from ESD events during connection.
- RF Circuit Protection: Radio Frequency (RF) circuits are highly susceptible to ESD and require dedicated ESD components to maintain signal integrity and prevent component failure.
- Processor and Memory Protection: Core components like processors and memory ICs require ESD protection to ensure reliable operation and data integrity.
- Touchscreen and Display Protection: Touchscreens and displays, integral to the user experience, are also vulnerable to ESD damage and are protected by dedicated ESD components.
In conclusion, ESD components are vital for protecting the internal electronics of mobile phones from ESD damage, ensuring their reliable operation, and extending their lifespan. Their strategic implementation is essential for maintaining device functionality and user satisfaction.
……………………………………………………………………Company Profile……………………………………………………………………
JY Electronics serves a global customer base across the automotive, industrial & power, computing, consumer, and mobile & wearables industries. Our extensive product portfolio includes Schottky diodes, TVS and ESD protection devices, MOSFETs, LDOs, power ICs, battery protection & segment driver ICs, industrial & automotive-grade sensors, high-side switches (HSD), current sensors, and automotive switch input chips. We are committed to continuous innovation, delivering high-quality products that empower our customers to develop energy-efficient and sustainable solutions.
For samples or a quotation, please contact us at market@jy-electronics.com.cn.
