The iQOO Z10 Turbo Pro is a mid-range smartphone that delivers performance rivaling flagship devices. It is powered by the Qualcomm fourth-generation Snapdragon 8s processor, built on TSMC’s 4nm process technology, and paired with the Adreno 825 GPU. This combination results in an overall performance improvement of approximately 31% compared to its predecessor, enabling it to run large-scale mobile games smoothly. Notably, it is equipped with iQOO’s self-developed gaming chip Q1, which supports 1.5K+144Hz super-resolution and super-framerate concurrent technology. This significantly enhances the clarity and smoothness of game visuals, allowing it to maintain stable high frame rates even in high-load scenarios.
In terms of battery life, the iQOO Z10 Turbo Pro features a 7000mAh semi-solid Blue Ocean Battery, the largest capacity in iQOO’s history. Combined with 120W ultra-fast flash charging technology, it can be fully charged in just 38 minutes, effectively eliminating range anxiety. In a 5-hour heavy-use battery test, it retained 75% of its charge. Even when the battery is down to just 1%, enabling the super power-saving mode allows it to sustain 1 hour of basic calls and text messaging.
The device sports a 6.78-inch 1.5K AMOLED flat display with a resolution of 2800×1260. It supports 144Hz multi-gear variable refresh rates and 4320Hz ultra-high-frequency PWM dimming, offering superior eye protection compared to competitors in the same price range. While the imaging system is not its main selling point, the 50MP main camera (using the Sony LYT600 sensor) paired with OIS optical image stabilization can capture clear and detailed photos in well-lit environments. In night mode, it also suppresses noise through algorithmic optimization, meeting daily recording needs.
Additionally, the iQOO Z10 Turbo Pro supports NFC, in-display fingerprint recognition, infrared remote control, and other features. It runs on OriginOS 5, which automatically optimizes resource scheduling through AI scene perception technology, delivering a level of smoothness in app switching comparable to high-end models. Overall, it is a well-rounded mid-range device with powerful performance, long-lasting battery life, and an eye-friendly display, making it an excellent choice for users seeking a balanced experience.
What are ESD components, and what is their importance in mobile phones? The significance of built-in ESD components.
ESD components are specialized electronic components designed to protect electronic devices from the effects of electrostatic discharge (ESD). Electrostatic discharge is a sudden release of electrical charge that can potentially damage electronic devices, leading to device malfunctions or a shortened lifespan. ESD components are designed to absorb, conduct, or dissipate electrostatic discharges to prevent damage caused by static electricity.
In mobile phones, the primary role of ESD components is to protect the internal electronic components from the harm caused by electrostatic discharge. Various circuits and components inside the phone are highly sensitive to ESD, which is why multiple ESD components are typically used in the phone’s design to provide protection. These components may include diodes, ESD diode, MOSFET and more.
Specifically, ESD components in a mobile phone may serve the following purposes:
Interface Protection: Various interfaces of the phone, such as the charging port and headphone jack, may require ESD components to prevent damage from electrostatic discharge.
RF Circuit Protection: RF circuits in mobile phones are highly sensitive to ESD and require ESD components to safeguard these critical circuits.
Processor and Memory Protection: Processors, memory, and other crucial components in the phone also require ESD protection to ensure the device’s normal operation.
Touchscreen and Display Protection: The touchscreen and display are integral parts of a mobile phone that also require ESD components to prevent static electricity damage.
In summary, ESD components play a crucial role in protecting the internal electronic components of a mobile phone from damage caused by electrostatic discharge, ensuring the phone’s proper operation and longevity.
