In fact, both Qualcomm's Snapdragon and MediaTek's Celestial Processor are very powerful in current technology, but in some special fields, these technology developers have to fight like technology to surpass each other in order to have more voice.
1, cat processor:
MediaTek Tianji 100005G chip adopts 7nm technology, integrates SA/NSA dual-mode 5G baseband, and has the fastest download rate of 4.7Gbps, which is fully compatible with 2G-5G networks and supports 5G+5G dual-card dual standby and dual-frequency GNSS positioning.
CPU 4xA77 @2.6GHz, 4xA55 @2.0GHz, GPU G77MC9(9 cores), GPU Mali-G77mp9; Ann Bunny's running score is 565,438+00,000, which ranks first in the world at present (2009, 2065,438+065,438 438+ 10/October 26th).
2. Opteron processor:
In terms of Wi-Fi 6 performance and Bluetooth audio experience, Snapdragon 865 redefines it through the FastConnect 6800 mobile connection subsystem in Snapdragon. The 2x2+2x2 Dual Frequency Concurrent (DBS) feature of the system greatly improves the transmission performance, efficiency and multi-user experience.
In addition to supporting Qualcomm's aptX Adaptive and Qualcomm Snapdragon's TrueWireless Stereo Plus, Snapdragon 865' s new Qualcomm Snapdragon aptX Voice made it the first mobile platform to wirelessly support Bluetooth ultra-wideband voice, and at the same time, it also added support for the new Qualcomm TrueWireless mirroring technology.
Extended data
Compared with Snapdragon, Tianji processor 1000 has a number of firsts in the world, including the world's fastest 5G single chip, the world's first support for 5G dual-carrier aggregation aggregation, the flagship Mali G77 GPU, and the world's highest Ann Bunny running score.
Both of them can not only bring a new level of clear sound quality, but also provide wireless headphones and earplugs with lower delay, longer battery life and higher link stability, and improve the pain point of inconvenient connection of traditional true wireless Bluetooth headphones.
References:
Baidu Encyclopedia-Tianji (MediaTek Tianji Chip)
References:
Baidu Encyclopedia-Snapdragon