OPPO Find X7: Equipped with self-developed Tidal Architecture, leading a new chapter in chip performance

OPPOannounced that the Find X7 will be equipped with the self-developed Tidal Architecture, an innovative technology designed to bring breakthrough energy efficiency performance to the flagship chip platform. As a collection of OPPO's self-developed chip hardware-software fusion technologies, the Tidal Architecture signifies powerful performance like the ever-flowing tides of nature.

Tidal Architecture is a major breakthrough for OPPO in the field of chip design. It breaks the limitations of traditional cell phone manufacturers who are unable to fine-tune the use of on-chip cache systems, and realizes the dynamic matching of system-level caches through in-depth joint research and development with chip manufacturers. This technology enables the Find X7 to dynamically allocate system-level cache resources for the CPU and GPU according to the demands of computational and rendering tasks, thus realizing higher computational efficiency and energy-efficient performance.

With the Tidal Architecture, OPPO has successfully achieved an average energy efficiency gain of 8%, bringing unprecedented performance improvements to the Find X7. In addition, the Tidal Architecture supports a new in-chip scene-level arithmetic and power analysis model, which enables dynamic arithmetic and power evaluation and analysis based on a single scene. This technology helps to better control display latency, bringing a smoother user experience to Find X7.

In a test that simulated users launching apps 320 times a day, the Find X7 with Tidal Architecture demonstrated outstanding stability and durability. Its standard deviation is only 11ms, realizing a more stable and smooth performance than the same platform and other platforms. This breakthrough technology will bring users an unprecedented continuous smooth experience, setting a new benchmark for the Android phone market.

We expect the release of the Find X7 to usher in a new chapter in chip performance and push the entire Android phone market to make even greater strides in energy-efficient performance.