China Network Technology, December 29 (Reporter Shan Zhengyu) AAC AAC Technology today launched three new technological products: the industry's first Opera high and low frequency crossover solution, a new acoustic and tactile integrated Combo solution, and Android's top bionic vibration motor. Pan Kaitai, executive vice president and chief innovation officer of AAC, said that AAC will start from the goal of allowing everyone to enjoy a better sensory experience and expand its experience in the field of consumer electronics to smart cars and AR/VR. In the future, AAC will unite more industry partners to break through the "no man's land" at the forefront of sensory experience and create more industry value in multiple fields.
According to reports, the three new technological products released by AAC this time have once again refreshed its leading position in the industry. Among them, the innovative Opera treble and bass crossover scheme expands the high-frequency band from 8kHz to 17kHz for the first time in the industry, bringing richer treble reproduction and perfectly analyzing high, medium and low audio such as opera, drums, vocals, bass , etc., easily achieving an ultra-wideband sound quality experience with sweet highs, accurate midrange, and deep bass.
is the world's first industry leader in inventing and mass-producing X-axis linear motors. The new bionic vibration motor released this time is the only linear motor in Android with a volume exceeding 600mm3. The steady-state vibration volume is 1.4Grms, reaching the top level in the industry. It achieves the performance of large vibration volume, fast start and stop, and wide bandwidth. The bionic vibration feeling is real and delicate, and can simulate two vibration effects at the same time. At present, this motor has been put into mass production, and AAC Technology announced that the OnePlus 11, which will be released on January 4, 2023, will be the world premiere.
's new acoustic-tactile integrated Combo solution has better sound effects and higher vibration quality, allowing more consumers to enjoy the flagship tactile listening experience at the same time. Compared with the industry's acoustic + tactile feedback solution, this solution can free up 25% of the space and reduce the weight by 12%. It can be widely used in mobile phones, wearable devices, AR/VR and other fields to meet the demand for excellent acoustic and tactile experience in more scenarios.
In addition, in view of the current market pain points in the tactile feedback industry that it is difficult to compare and quantify the degree of tactile sensation, and it is difficult to evaluate the vibration strength and vibration quality of smartphones, AAC AAC Technology announced that it is now opening the research results "Tactile Feedback System Evaluation White Paper 1.0" to the market, which comprehensively evaluates mainstream smartphones from three major categories of indicators and six sub-categories of indicators. In the future, a unified and universal tactile evaluation cognitive system will be established among equipment manufacturers, content providers and consumers.
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