Users no longer need to worry about people eavesdropping on their conversation when taking a phone call in a closed and crowded space like an elevator, especially in quiet environments. Offering a groundbreaking new solution to sound leaks, a common smartphone frustration for many, HONOR’s upcoming flagship the HONOR Magic4 Prodebuts an all-new Privacy Calling feature. Supported by pioneering AI Directional Sound Technology, the revolutionary device features an intuitive sound-emitting screen which works together with the receiver to adjust the volume of the incoming audio to suit either noisy or quiet environments, every time a call comes in.
Directional Sound features the first-ever frequency division technology that supports simultaneous sound transmission from the sound-emitting module on the screen and the receiver. The screen and the receiver work together to adjust the volume of the incoming audio to suit different environments, ensuring that even if you are in a quiet environment like an elevator, people standing next to you cannot hear the caller’s voice.
Co-developed with Qualcomm based on the Qualcomm Snapdragon 8 Gen 1 Mobile Platform, the HONOR Magic4 Pro dual-security system (HTEE+QTEE), delivers enhanced security requirements for key services all over the world. The HONOR Magic4 Pro is also equipped with an independent security chip, providing maximum security for passwords and biometrics like face IDs and fingerprints. The 3D Depth Camera of the HONOR Magic4 Pro further harnesses 3D face recognition biometrics to provide high-level security and protection.
Additionally, the HONOR Magic4 Pro comes equipped with Qualcomm’s 3D Sonic Sensor Gen 2, which offers the world’s highest performing, thinnest, and most reliable fingerprint security solution. With a 77% larger fingerprint reader area, 1.7x more biometric data capture, and a 40% faster speed compared to the previous generation, the HONOR Magic4 Pro enables single-touch authentication using sound waves instead of light to recognize and safeguard users.