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A more in-depth have a look at the primary made-in-China 5G chip from Huawei


Huawei’s new system-on-chip (SoC) for 5G smartphones manufactured at SMIC’s 7-nm course of node is making waves within the commerce media, and it’s broadly hailed a victory for China within the backdrop of semiconductor expertise restrictions imposed by the USA and its allies. TechInsight’s current teardown of Huawei Mate 60 Professional smartphone and stories revealed in a number of publications—together with South China Morning Publish and Tom’s {Hardware}—present some particulars about Huawei’s Kirin 9000S 5G handset SoC.

Determine 1 The Mate 60 Professional smartphone is reportedly constructed across the first made-in-China 5G chip: Kirin 9000S. Supply: Huawei

The stories counsel that Huawei’s new SoC contains 4 high-performance cores, 4 energy-efficient cores and the Maleoon 910 GPU, and that the SoC is almost certainly constructed across the Armv8a ISA. These stories additionally anticipate that Kirin 9000S stacks the modem chip on prime of the CPU+GPU chip to save lots of house on the motherboard. Moreover, CPU and GPU cores on this 5G SoC run at comparatively low clocks in comparison with frequencies of Arm’s cores featured in earlier generations of SoCs developed by HiSilicon, Huawei’s in-house semiconductor unit.

That largely possible pertains to SMIC’s efforts to easily manufacturing at its second-generation 7-nm fabrication course of, additionally known as N+2. China’s prime foundry has been denied entry to excessive ultraviolet (EUV) lithography gear, so it managed to supply the first-generation ‘N+1’ course of constructed across the older deep ultraviolet (DUV) lithography expertise. It’s reported to be near an equal to TSMC’s 7-nm course of based mostly on the EUV expertise.

SMIC’s quest for smaller nodes

It’s necessary to notice that SMIC’s DUV lithography scanners can produce chips at 7-nm and 5-nm course of nodes, which make heavy use multi-patterning, an costly expertise affecting manufacturing yields and prices. In different phrases, it prioritizes performance over excessive manufacturing volumes.

SMIC’s different 7-nm chip produced for China’s bitcoin miner Bitman Applied sciences was much less delicate to this enterprise realization because it was manufactured in smaller portions. Nonetheless, yield points change into crucial when produced for a mass-market merchandise like a 5G cell handset. In a narrative just lately revealed in Nikkei Asia, Nomura Securities analyst Donnie Teng estimates the manufacturing yield for SMIC’s 7-nm node at about 50%. “The manufacturing yield for a 7-nm node is believed to be fairly low, and it nonetheless has a number of room for enchancment.”

Determine 2 It’s believed that Huawei could have disaggregated some logic in Kirin 9000S to simplify manufacturing for SMIC. Supply: Bloomberg

So, whereas it’s clear that Huawei is prepared to speculate rather a lot in having highly effective chips manufactured on the most recent course of nodes, will the telecon and cloud computing large keep manufacturing scale and profitability in the long term? Lots has modified for Huawei and its semiconductor arm, HiSilicon, prior to now few years.

In 2019, Huawei was the world’s second-largest smartphone maker, coaching behind Samsung. Furthermore, like Apple, Huawei was then TSMC’s prime buyer and an early adopter of its cutting-edge course of applied sciences.

Throughout these days, HiSilicon was rising as a distinguished semiconductor home. Then, in 2020, it misplaced entry to the most recent EDA instruments and TSMC’s cutting-edge course of nodes amid expertise export restrictions from the USA and its allies. Again in 2019, HiSilicon claimed to have produced the world’s first 5G SoC, Kirin 990, manufactured utilizing TSMC’s 7-nm EUV course of.

HiSilicon additionally displayed its expertise prowess by integrating the modem chip and software processor into Kirin 990. Quick ahead to 2023, whereas TSMC is producing chips on 4-nm and 3-nm course of nodes, Huawei has resorted to SMIC and its DUV-based 7-nm node. It’s presently probably the most superior course of node obtainable in China. In any other case, Huawei has entry to solely 4G chips from worldwide semiconductor markets exterior China.

Billion-dollar query

Huawei’s return to the 5G market and its collaboration with SMIC to supply a 7-nm chip have sparked enthusiasm in China amid the continued Sino-U.S. high-tech tensions. However this breakthrough additionally results in a elementary query.

Amid the manufacturing yield concern, can SMIC produce 5G chips that may compete with Qualcomm and MediaTek? In response to Counterpoint analyst Ivan Lam, reaching commercial-scale profitability may very well be a problem for SMIC. On the identical time, Huawei should spend some huge cash to revive its chip provides.

Determine 3 The breakthrough in 5G chip manufacturing exhibits that system homes in China are prepared to speculate rather a lot to stabilize their chip provide. Supply: Huawei

Kirin 9000S is undoubtedly the primary fruit of collaboration between two necessary expertise gamers in China, striving to change into self-reliant within the semiconductor house. Nonetheless, a better have a look at this expertise saga reveals that will probably be an uphill battle each for SMIC and chip builders like HiSilicon.

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