On the evening of April 13, new ROG Phone 7 models were launched globally, attracting the attention of gaming enthusiasts everywhere. The ROG Phone 7 series features next-gen flagship gaming smartphones that boast remarkable advancements in performance, cooling, and audio-visual capabilities, delivering an all-around superior user experience.
Gaming with a phone that provides excellent haptic feedback and sound quality allows users to enjoy the most immersive experience possible. The ROG Phone 7 series uses AAC’s multi-dimensional sensory solution to offer users an unparalleled haptic and auditory experience.
To deliver exceptional audio quality and louder volume, the ROG Phone 7 is equipped with two AAC-customized 1216P super linear speakers (SLS) that boast the largest amplitude in the world. With a symmetrical dual-speaker design, the ROG Phone 7 provides an exceptional gaming audio-visual experience. Moreover, this series features AAC’s CyberEngine, an ultra-wide X-axis actuator, for excellent haptic feedback. When calibrated with the RichTap® haptic solution, this actuator can adapt to a wider range of haptic environments.
Immerse Yourself in a Cinema-Quality Audio Experience with Dual SLS Speakers Featuring the World’s Largest Amplitude
The ROG Phone 7 is equipped with two 1216P SLS speakers developed in-house by AAC. This speaker has a maximum amplitude of 0.8mm, making it the micro-speaker with the highest amplitude available for mass production worldwide. It boasts exceptional sound quality, producing deep and resonant lows at 400Hz and loud and vibrant highs at 13.2kHz.
Featuring the TDE bass-loading technology, the 1216P SLS speaker is designed to maximize its low-frequency capabilities. This design has become the industry standard for flagship speakers. With the help of this technology, the ROG Phone 7 can produce strong bass and surround sound effects that help produce more captivating and refined audio, allowing users to experience enhanced and immersive cinematic bass. Users can hear crystal-clear conversations while watching movies on their ROG Phone 7 and enjoy detailed high-fidelity sound while listening to music.
The ROG Phone 7 features a pair of 1216P SLS speakers in a symmetrical top and bottom layout, producing a well-balanced sound field. This sound field can produce strong 3D surround sound, immersing users in the sensation of listening to audio in a spacious environment. Users can experience immersive 3D sound when playing music or videos on their phones. The superb surround sound is especially useful when playing games in a group. The symmetrically placed dual speakers ensure that they won’t be covered when the phone is held, allowing for uninterrupted communication with teammates. Furthermore, this design allows players to accurately and easily identify sound direction and distance, giving them a competitive edge and enabling them to make strategic moves that can lead to victory.
Hardware-Software Synergy for an Enhanced Haptic Experience
The ROG Phone 7 features AAC’s integrated hardware and software haptic solution, as well as AAC’s CyberEngine, an ultra-wide X-axis actuator.
The CyberEngine has a size of 560mm³ and a maximum transient vibration volume of 3.69Gpp. With a stronger vibration intensity, the actuator offers more diverse and nuanced haptic experiences. As AAC’s third-generation actuator technology platform product, it can connect the virtual and physical worlds, making it widely applicable to other fields.
CyberEngine, AAC’s ultra-wide X-axis actuator
The ROG Phone 7 uses AAC’s RichTap® haptic solution to improve algorithms. Users can experience thousands of different high-quality vibration effects when using popular mobile gaming and audio-visual applications, as well as the ROG UI. With the help of this solution, the ROG Phone 7 offers a fully immersive haptic experience for any application.
Enhanced immersive audio-visual experiences
The exceptional haptic feedback provided by the ROG Phone 7 enables players to perceive every single detail in the game more intensely. For instance, while playing Game for Peace or PUBG, players can enjoy a vivid and diverse range of haptic feedback that amplifies the sensation of shooting, making the game more realistic and fully pulling players into the game. The inclusion of high-quality haptic feedback in audio-visual applications upgrades the previous visual and auditory experience to a multi-sensory experience encompassing visuals, audio, and touch interactions. This upgrade enhances the interaction between applications and users, allowing users to immerse themselves more and feel a more intense audio-visual experience.