Chapter 96: Enough Material (Ch 829395870)

At the same time, the CPU power consumption of the Xuanwu 900 processor chip is also excellent.
After all, this processor chip uses the latest 7-nanometer process technology, which is the most powerful process in the current chip foundry field.
However, the GPU test is much worse than before, and the Manhattan GPU test data is only at the level of 65.0.
The GPU Manhattan test score of the current Fire Dragon 845 processor chip is also at 61.0.
Fortunately, the power consumption performance of Huateng Semiconductor on the GPU processor is relatively stable this time, with the highest power consumption in extreme scenarios being 4.2W.
The GPU power consumption of the Fire Dragon 845, which is used as a comparison, is 5W in extreme scenarios.
However, the benchmark for the Xuanwu 900 processor chip is not the Huolong 845, but the next-generation Huolong processor chip.
Blue Factory can understand the performance of Huateng Semiconductor’s GPU. After all, the performance of the public version of Mary graphics processor chip is still far behind that of Huolong’s self-developed processor.
As for the other Xuanwu 900E, the only difference between it and the Xuanwu 900 is that one of the CPU’s integrated cores has been shielded, causing the multi-core running score of the entire processor chip to drop directly to 2680 points.
The high-frequency power consumption has been reduced from 6.7W to 6.4W.
Even so, Xuanwu 900E cannot change this processor, the chip is a defective improved chip
“The chip level of Huateng Semiconductor is beyond our imagination. A76 architecture, Mary G76, 7nm process technology, these are the latest technologies!”
“And the CPU performance of this Xuanwu 900 processor completely surpasses the Fire Dragon 845. It is estimated that the performance is almost the same as the next generation Fire Dragon processor chip…”
“I think the Xuanwu 800 processor chip is a good choice.”
Although Blue Factory is satisfied with the Xuanwu 900 processor chip, it has set its sights on another Xuanwu 800 processor chip.
From the numerical naming of the Xuanwu processor chip, Blue Factory has basically understood Huateng Semiconductor’s positioning of the chip.
The Xuanwu 900 series is naturally the flagship series of processor chips, so the only Xuanwu 800 must be a mid-range chip.
It uses the same manufacturing process as the Xuanwu 900 processor chip and adopts the same A76 and Mary G76 architecture.
The only difference is some reduction in the frequency of the chip and some cuts in some aspects.
Even so, the performance of this Xuanwu 800 processor chip still satisfies the senior management of Blue Factory.
The CPU uses four 2.4Ghz A76 cores and four 1.8Ghz A55 cores.
Although the system cache is reduced to 2MB, the third-level cache is reduced to 128Kbs, 256Kbs, and 2Mbs!
But it has to be said that the CPU of this chip is much better than some mid-range processor chips on the market. Maximum power consumption is 4.9W
The performance of the Blue Factory CPU test is also excellent, with a single-core performance of 625 and a multi-core performance of 2440 points.
The performance of the CPU even surpasses that of Fire Dragon 845!
The biggest advantage of the CPU of this processor chip is its power consumption control. Its maximum power consumption is 5.3W, and the average power consumption is controlled to 3.3W.
The only flaw is that the GPU not only has its cores castrated, but also has its frequency reduced, making the overall test score 46.0fps.
The relatively low frequency also brings better power consumption performance. The maximum power consumption of the GPU of this processor chip is only 3.5W.
Even though the performance of this GPU is a little worse, and even inferior to the current Kirin 845, it is still more than enough compared to the Kirin 835 and Kirin 970.
Among them, the test score of Fire Dragon 835 is 41.0, and the test score of Kirin 970 is only 38.0.
The final test results prove one thing: the CPU performance and power consumption of the Xuanwu 800 processor chip are stronger than those of the Huolong 845, while the GPU power consumption and performance are slightly better than those of the Huolong 835.
This is simply too good for a mid-range chip. After all, the blue factory now has a mid-range processor chip that will soon be used in its own products.
Fire Dragon 710!
This processor chip adopts Sanxin’s 10nm process technology, and the processor’s CPU architecture adopts the previous generation A75!
Not only that, this chip has two large cores with a frequency of 2.2Ghz plus six small cores, and its system cache is only 1Mb!
In terms of performance, the chip has a single-core score of 405 and a multi-core score of 1550, and the GPU Manhattan frame rate is only 23.0fps.
It seems that Xuanwu 800 is really powerful.
“As long as the subsequent test results are the same as what Huateng Semiconductor said, then we can consider buying a batch of Xuanwu 800 to try…”
Soon after the company reviewed all the performance test data, they held a relative vote and discussed, and finally came to a conclusion.
This time, the Blue Factory plans to adopt the brand new Xuanwu processor, but this time the processor adopted first.
The chip is not the more powerful Xuanwu 900 series, but the relatively more balanced Xuanwu 800.
After spending almost a week, the three different types of chips were basically tested over and over again by the Blue Factory.
The final test results are basically consistent with the data provided by Huateng Semiconductor!
Especially the Xuanwu 800 chip, which has made the current blue factory take notice.
Although this processor chip has undergone a lot of cuts, even with these cuts, the peripheral configuration of the entire chip is still excellent.
Although the ISP does not support a single pixel of 100 million, it supports a good 64 million pixels. It also specially supports 4k60 frame HDR video shooting.
The NPU has also been reduced from the original three cores plus three microcores to two cores plus two microcores, but even so, its computing speed can reach 18TOPS!
Compared with all current processor chips, the AI ​​computing speed truly surpasses everything, second only to its own big brother, the Xuanwu 900 series.
At the same time, after testing, it was found that the peripheral configuration of the entire chip was also very luxurious.
First of all, in terms of communication baseband, the communication module of the Ju factory is adopted, which has lower latency.
Secondly, in terms of connection, the entire chip supports the latest WiFi dual-channel, the connection method has a higher latency, and Bluetooth also supports the latest 5.0!
These are the powerful technical advantages brought by the current JIC communication modules.
This chip also has a built-in more powerful independent security module that can provide hardware-level security protection, thereby supporting better unlocking methods.
In addition, it also supports higher audio decoding and can support more audio outputs.
In addition, what surprised Blue Factory even more was that this processor chip was connected to a better flash memory interface and could support higher flash memory technology.
While the current mid-range chips only support emmc5.1 single channel and Lpddr4X 1866hz, the Xuanwu 800 already supports UFS2.1 and LPDDR4X storage.
Blue Factory executives even commented that the Xuanwu 800 processor chip is a true flagship-level chip except for its slightly weaker performance.