With the Mate 30 series soon to be launched later this month, Huawei has unveiled a new Kirin 990 processor At the IFA 2019 in Berlin, that will power the upcoming flagships. The mobile chip manufactured by subsidiary Hisilicon is the first Huawei chip to be manufactured using the 7nm process with FF+ EUV.
This enables Huawei to shrink the chip, which is 36 percent smaller than the Qualcomm Snapdragon 855 or Samsung’s new Exynos 9825. More than 10.3 billion transistors are installed on the tiny part. The Kirin 980 from the previous year had 6.9 billion, so it’s a significant increase.
Lots of power
The Kirin 990 comes with a total of eight cores (two Cortex-A76 with 2.86 GHz, two Cortex-A76 with 2.36 GHZ, four Cortex-A55 with 1.95 GHz) and a graphics unit with 16 cores (Mali-G76). That should give you a lot of power. Huawei promises 10 percent more performance than the Snapdragon 855 in the single-core rating and nine percent more in multi-core applications. The two middle computing cores, which carry the main load for many apps, should even work 35 percent faster than the competition. According to Huawei, the GPU is six percent faster and 20 percent more efficient. Thanks to DSLR technology, which is being used here for the first time in the mobile sector, the new Dual-ISP will make 30 percent less picture noise with photos and 20 percent less with videos.
The 4G version of the Kirin 990 is also a bit weaker with regard to the clock frequency, by the way; the values just mentioned all apply to the 5G version. The middle cores in the slimmed-down Kirin processor have 2.09 GHz instead of 2.36 GHz, the weaker ones run at 1.85 GHz instead of 1.95 GHz. It remains to be seen whether this will also be noticed in everyday life and not only in the benchmark results.
5G embedded on the Kirin 990
The Kirin 990 is the first high-end processor for smartphones with a built-in 5G modem. Huawei expects this to result in significantly lower power consumption than with a separate modem. The 5G unit in the Kirin 990 doesn’t master a mmWave, but with up to 2.3 Gbps for downloads and 1.25 Gbps for uploads, it can achieve record-breaking speeds. The modem not only supports 5G, but also LTE, 3G and GPRS. The so-called uplink split is intended to make the connection faster and more stable with a weak 5G signal than with Qualcomm’s X50 modem by combining it with 4G. The AI in the Kirin 990 also provides improved beamforming and thus a more stable signal at higher speeds in the car.
More artificial intelligence
With the Kirin 970 Huawei introduced the first mobile processor with an NPU, the Kirin 980 was the first with a Dual-NPU. With the Kirin 990, Huawei switches to the Da Vinci architecture and uses a small AI core (“Tiny Core”) and two large ones (“Big Core”). This should result in 4.76 times better machine learning performance than the Kirin 970. According to Huawei, the Kirin 980 was 1.88 times faster than its ancestor. It’s clear that Huawei is convinced that Apple and Qualcomm AI chips are clearly inferior. The Kirin 990 is supposed to work up to 24 times more efficiently in AI activities than the chips of the other suppliers and thus also save electricity.
The Kirin 990 4G version has only a large AI core and a small one, so it is nominally weaker for machine learning tasks than the Kirin 990 5G.
The Mate 30 Pro to debut the Kirin 990
The first smartphone to be equipped with the Kirin 990 will be the Mate 30 Pro, and we won’t have to wait long for that. On September 19, the new smartphone will be presented at an event in Munich. Only then will it be possible to really see what the new miracle of Huawei really can do.
