This year Qualcomm is squeezing toothpaste again, without the powerful opponent of Kirin HiSilicon, I feel that I don't want to exert force, there have been many reviews that revealed that the overheating temperature of snapdragon 8 chip can reach up to 53-60 degrees, and it is estimated that the dragon trainers cannot be tamed.
But Qualcomm pulls across, Android at least has MediaTek, MediaTek's chip will be officially released today!
Tianji 9000 This chip is also the leading level of the industry
In the Soc industry, the leading peers have won a number of global firsts, the most important ones being
The first chip to use TSMC's 4nm process technology;
The first chip to use the Cortex-X2 architecture;
The first chip to support a 320-megapixel camera;
The first mobile chip to support Bluetooth 5.3;
The first 5G chip to support R16 UL enhancement.
As a new generation of period mobile phone SoC, Tianji 9000 adopts a new design in architecture.
New architecture design of the CPU
The CPU architecture adopts the processor core based on ARM v9, and the overall design is based on the ARM architecture, creating a "1+3+4" triple-cluster CPU architecture.
The 9000 uses one Cortex-X2 super core (3.05GHz) + three Cortex-A710 large cores (2.85GHz) + four Cortex-A510 small cores (1.8GHz) in the CPU configuration.
The Cortex-X2 architecture is arm's most powerful single-core architecture, supporting only AArch64 64-bit instructions.
The X2 improves performance on top of X1 by 16%, reducing errors and improving performance on large instruction loads.
The Cortex-A710 kernel still supports AArch32 execution, which is compatible with the old 32bit mode, so that it is compatible with domestic application environments. The Cortex-A710 has three cores, clocked up to 2.85GHz, and equipped with 512KB L2 each.
The four Cortex-A510s are ARM's new small core architecture, which represents a huge performance leap over the previous generation, while still maintaining a high energy efficiency ratio while improving the IPC and retaining its orderly microarchitecture characteristics.
In terms of GPUs, the Tianji 9000 has a newly designed Mail-G710 GPU, which is configured with 10 cores and the performance is 20% higher than that of the previous generation.
Image effect double breakout
In terms of image processing performance that manufacturers are concerned about, the Tianji 9000 has a built-in flagship 18-bit HDR-ISP image, supports up to 320 million pixels of camera image signal capture capabilities, and also has a stronger computing speed than the previous generation
Tianji 9000 will have technological innovation in imaging, for the first time to achieve support for 8K AV1 encoding and decoding, AV1 encoding is 50% higher than the popular traditional encoding scheme compression ratio, occupying bandwidth by half, and support 10bit encoding.
Signal aspect
In terms of 5G, the Tianji 9000 took the lead in supporting 3GPP R16.
R16 is a new generation of 5G specification, for the 5G capabilities have been enhanced in many ways, Tianji 9000 in 300MHz carrier aggregation low frequency can achieve a theoretical value of 7Gbps downlink rate, while UltraSave power saving technology makes Tianji 9000 baseband power consumption further reduced.
Tianji 9000 adopts TSMC 4nm process, which increases the energy efficiency of the previous generation by 37% compared with the super core, the energy efficiency of the middle core is 30% higher than that of the previous generation, the small core is 30% higher than the previous generation, the GPU part is 60% more energy efficient than Qualcomm, and the ENERGY efficiency of the ISP is also increased by 4 times compared with the previous generation.
generally
The release of Tianji 9000 not only means that mobile Soc products have officially entered the era of 4nm process technology, but also can compete with Qualcomm in a sense, consumers can no longer choose Qualcomm flagship machines, and there is one more choice, or very good drops.
Will you buy a mobile phone equipped with Tianji 9000?