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Infinix Note 40 Pro 5G-Magnetic Wireless Charging-2024

Infinix Note 40 Pro 5G

India’s launch of the Infinix Note 40 Pro 5G series is slated for April. Some of the main features of the forthcoming Note 40 Pro 5G and Note 40 Pro+ 5G smartphones have already been highlighted on its landing page, which is accessible on Flipkart.

Similar to how the Note 30 series’ adaptable and quick charging features were the brand’s main focus last year, the Note 40 series is anticipated to provide an excellent charging experience.

Infinix Note 40 Pro 5G Feature.

With a huge, as-yet-to-be-confirmed AMOLED display, the Infinix Note 40 Pro Series is expected to provide an immersive viewing experience for the Indian market. It promises strong performance for a range of jobs and connectivity needs thanks to its MediaTek Dimensity 7020 chipset, which is supported by 5G models as well. With up to 8GB of RAM and 256GB of storage capacity, users may anticipate flawless multitasking.

The smartphone has a large 5000mAh battery that ensures long-lasting use on a single charge and keeps users connected throughout the day. Convenience and quicker charging periods are further advantages of the 20W Mag Charge wireless charging technology. Additionally, users may power up other compatible devices while on the go with the device’s reverse wireless charging capabilities.

All things considered, the Infinix Note 40 Pro Series strives to provide a high-end mobile experience by fusing strong performance, adaptable photography skills, and practical charging features catered to Indian users’ requirements.

The 20W magnetic wireless charging feature in Infinix Note 40 Pro 5G

There are a number of benefits to charging gadgets that employ magnets, such as Apple goods that use MagSafe charging. Placing the device appropriately for charging is made easy by the magnets, which serve to guarantee a secure connection between the device and the charging pad. The optimal flow of electricity from the charging pad to the smartphone is achieved by this alignment, which is essential for effective charging.

Furthermore, by offering haptic feedback when the device is positioned correctly for charging, magnetic alignment can improve the user experience. This capability might be especially useful in instances where it could be difficult to visually confirm the alignment of the smartphone when it comes to reliable charging.

What’s the difference between traditional wireless and magnetic charging?

The methods by which the charging pad and the object it is charging are connected are the main distinction between conventional wireless charging and magnetic charging, such as Apple devices’ MagSafe charging.

An outline of the key variations is provided below:

Mode of Connection:

Conventional Wireless Charging: Conventional wireless charging uses electromagnetic induction to move electricity from the charging pad to the device. It is frequently based on Qi wireless charging standards. Magnets are not used in the connecting process.

Magnetic Charging:
Magnetic charging uses magnets to provide a safe and secure connection between the device and the charging station. It is similar to MagSafe. To ensure effective power transfer, magnets assist in correctly aligning the smartphone on the charging pad.

Stability and Alignment:

Conventional wireless charging: To ensure effective charging, the device must be precisely aligned on the charging pad when using conventional wireless charging. While there can be greater flexibility in device placement due to the lack of magnets, the device may not be as sturdy.

Magnetic Charging:
The magnets in the charging pad and the device allow for more stable alignment when using magnetic charging. By doing this, a safe connection and reliable charging are guaranteed.

Rapidity and Effectiveness:

Conventional Wireless Charging: Depending on the device’s compatibility and the power output of the charging pad, the effectiveness and charging speed of traditional wireless charging can vary. Compared to cable charging, it often offers a slower charge, although it is still practical.

Magnetic Charging: Because magnets create a stable connection, magnetic charging—which is frequently praised for its ease and speed—can provide faster charging times and increased efficiency. Magnet alignment reduces energy loss and speeds up charging times.


Conventional Wireless Charging: As long as the gadgets are Qi-compatible, conventional wireless charging is extensively used and supported by a wide range of brands and models.

Magnetic Charging: Dedicated to particular products or ecosystems, magnetic charging (e.g., MagSafe) is more proprietary. For instance, the term “MagSafe” is typically connected to Apple devices that have the required magnets to be compatible.

What is the resolution of the display of the Infinix Note 40 Pro 5G?

With a phenomenal refresh rate of 120 Hz, the 6.78-inch Full HD+ display on the Infinix Note 40 Pro Series ensures fluid and seamless graphics. Its maximum brightness of 1300 nits means that even in intense outside lighting, users can enjoy vivid colours and clear clarity.

What is the camera setup of the Infinix Note 40 Pro 5G?

A 108MP primary sensor with optical image stabilisation (OIS) and two 2MP auxiliary sensors for depth detection and macro photography make up the robust rear camera configuration of the Infinix Note 40 Pro Series. Its front-facing 32MP high-resolution selfie camera promises clear, detailed self-portraits.

What are the other features of the Infinix Note 40 Pro 5G?

With 45W wired All-Round Fast Charge 2.0, the Infinix Note 40 Pro Series ensures speedy power-ups for continuous use and rapid charging capabilities. For easy cable-free charging, it also supports 20W wireless MagCharge. Smooth wireless connections to accessories are possible for users with Bluetooth 5.3 connectivity.
The device has satellite positioning systems from Beidou and GLONASS for accurate navigation. Moreover, its 5G compatibility guarantees lightning-fast internet speeds and improved connectivity for experiences on next-generation mobile devices.

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