On the afternoon of December 27th, OPPO held a technical communication meeting for Find X7 series products, officially announcing its latest technological progress in the four major fields of AI, performance, communication, and privacy and security, and bringing the first handset/hands-free dual-mode satellite call of a smart phone, the first device-side deployment of a 7 billion parameter large model, tidal architecture and many other black technologies. OPPO also announced that these new technologies will be fully applied to the next-generation flagship Find X7 series to bring users a better experience. So, what are the mysteries of these technologies? Let's take a look.
Dual-mode satellite call, satellite walkie-talkie evolved into satellite mobile phone
OPPO's first black technology is the handset/hands-free dual-mode satellite call technology. This technology dynamically adjusts the radiation pattern of the satellite dish to ensure that users can stay connected and talk to the satellite in both handset and hands-free call postures.
It is understood that because of the single-antenna design, the traditional satellite phone only supports a hands-free call mode when connecting with the satellite, just like a walkie-talkie. However, if this kind of call posture encounters bad weather with strong winds, it cannot guarantee the continuity of the call. OPPO's handset/hands-free dual-mode satellite call technology has an additional handset mode on the original basis, making the "walkie-talkie" a mobile phone to ensure efficient communication in extreme environments.
The first 7 billion parameter large model deployed on the device side changes the way AI is used on mobile phones
At a time when AI is becoming more and more popular, OPPO not only launched a self-trained large model - AndesGPT at the developer conference held not long ago, but also announced the industry's first 7 billion parameter large model deployed on the Find X7 series. Thanks to this AI language model, the Find X7 series will support AI experiences such as natural language understanding, text content summarization, image semantic understanding, subject recognition and segmentation, and the response speed and word limit of AI are higher than other models on the same platform.
For example, the Find X7 series model is 20 times faster than other large models when generating content of about 200 words, 2.5 times faster than other large models, and achieving a maximum of 14,000 words of abstract words, which is 3.5 times that of other large models.
Tidal architecture technology to maximize the energy efficiency performance of chips
In order to meet users' high requirements for chip energy efficiency, OPPO also brings exclusive Tidal architecture technology, and builds a set of chip-level performance solutions from scene recognition, to computing power demand, cache matching, to computing power scheduling, to solve the problems of storage and computing separation and chip scheduling faced by mobile platforms, and to maximize the energy efficiency performance of flagship chips.
Specifically, through in-depth joint research and development with chip manufacturers, the Tidal architecture realizes the dynamic matching and computing power scheduling of system-level caches, bringing an average energy efficiency benefit of 8%. In addition, the Tidal architecture also supports a new scenario-level computing power and power consumption analysis model in the chip, achieving more competitive energy efficiency performance for a variety of user applications. In the future, OPPO will also be deeply involved in the design of the next generation of Dimensity chips to explore more possibilities of tidal architecture.
Super Signal Engineering + Security and Privacy, Calls Are More Secure
OPPO also announced the Super Signal Project, which is a set of self-developed communication technology solutions, through antenna technology, intelligent communication and near-field communication, three major technology sections, to improve the communication experience of the Find X7 series in an all-round way. Among them, the new antenna technology can improve the signal condition of the Find X7 in the handheld state, and the intelligent communication technology combined with the intelligent computing service provided by the Andean Intelligent Cloud realizes the acceleration strategy of WiFi and cellular multi-network combination, so that users can experience the most stable network in multiple scenarios.
Finally, in terms of security and privacy, OPPO has brought a security solution based on the national secret secondary security chip, which is the highest level of security in the mobile phone industry, which will provide the highest chip-level privacy protection for terminals. Based on this security solution, OPPO has added a new VIP mode to the Find N3 Collector's Edition, which can turn off the microphone, camera, location and other permissions after the mode is launched, preventing personal privacy from leaking from these channels.
In general, OPPO has made significant progress in the four major areas of AI, performance, communication, and privacy and security, and if black technologies such as dual-mode satellite calling, the first device-side deployment of 7 billion parameter large models, and tidal architecture can be implemented, it will also greatly improve the user experience. It is understood that OPPO's next-generation flagship Find X7 series will be released in January next year. Therefore, users who want to experience these black technologies of OPPO may wish to look forward to the Find X7 series.
#OPPO Find X7首搭70亿参数端侧大模型#