As early as last year when the MediaTek conference was held，OPPO has announced that the new Find X series will launch the Dimensity 9000 flagship chip。
According to the latest news from blogger @李Angangangah，OPPO Find X5 Pro Dimensity 9000 version officially approved by radio，Model PFFM20，At present, the three certificates are complete and waiting to be released。
According to previous reports，The OPPO Find X5 released this time will have three models，The Qualcomm versions are the small Find X5 and the large Find X5 Pro，The two are equipped with Snapdragon 888 and new Snapdragon 8 processors respectively。
The Find X5 Pro includes two versions，Equipped with new Snapdragon 8 and Dimensity 9000 chips respectively，This will also be the first flagship phone with dual 4nm chips，Can meet the needs of different users。
Dimensity 9000 uses TSMC's 4nm process，Adopt the new generation Armv9 architecture，On the CPU side, there is a built-in super core ([email protected])、3Large core ([email protected])、4Energy efficiency core ([email protected])，8MB L3 cache + 6MB SLC。
From the paper parameters，The gap between the new Snapdragon 8 and the Dimensity 9000 chip is very small，But because the TSMC process is more stable，Dimensity 9000 is expected to provide a better experience。
It is worth noting that，In addition to these two flagship SOCs，The Find X5 series also has a bright spot in terms of wafers，That is, it may be equipped with OPPO's self-developed Epistar Mariana MariSilicon X。
This is the world's first 6nm video dedicated NPU chip，Adopt self-developed AI computing unit，Has the highest 18 TOPS AI computing power，Energy efficiency ratio of 11.6 TOPS/W。
MariSilicon X integrates OPPO's self-developed、Industry-leading MariLumi image processing unit，Supports up to 20bit image processing and Ultra HDR，Picture light ratio up to 10,000,000：1，Four times the performance of current top platforms。
From the point of view of parameters，The NPU level of OPPO's self-developed wafers has exceeded the A15，Should be able to bring very top shooting blessings。