28 October 2024 08:39 am Views - 420
John Moolenaar, a Republican lawmaker in the United States and the chair of the House Committee on the Chinese Communist Party (CCP), described having TSMC-manufactured chips in Huawei’s AI accelerators as a “catastrophic failure of export control policy.”
“AI accelerators, like the one that these chips fueled, are at the forefront of our technology race with the CCP, and I fear the damage done here will have significant consequences for our national security,” Moolenaar said in a press release on Wednesday.
He said Congress needs immediate answers from both the US Commerce Department’s Bureau of Industry and Security (BIS) and TSMC about the scope and volume of this disaster. He called on the US government to take immediate steps to ensure this does not happen again.
On October 9, TechInsights, a Canada-based information platform for the semiconductor industry, published a report with the title “Huawei Ascend 910B AI Trainer – Die Analysis.”
TechInsights said it acquired the Huawei Atlas 300T A2 AI training card and believes it contains the Ascend 910B processor. It said the Ascend 910B, a second-generation device launched in 2022 after the launch of the original Ascend 910 in 2019, was described by the media as a 7nm chip manufactured by the Shanghai-based Semiconductor Manufacturing International Corp (SMIC).
Citing an unnamed Taiwanese trade and economic official, Reuters reported on Wednesday that TechInsights had informed TSMC of the chip analysis before publishing its findings.
The official said TSMC opened an investigation and suspended its shipments to a mainland client in mid-October after learning its chips had been found in a Huawei product. The official did not disclose the client’s name but described the incident as an “important warning event” within TSMC.
The official said the earliest the incident can be traced back to is October 11. TSMC had then notified the Taiwanese government and the US Commerce Department that the shipment of the chip could reveal a possible violation of US export restrictions on Huawei.
The Reuters report came after The Information reported on October 18 that the US Commerce Department had started an investigation into whether TSMC violated US export rules to make chips for Huawei.
The timeline of the incidents also matched what a Chinese technology columnist had said October 9 in an article with the title “After TSMC and Huawei split up, Huawei will achieve self-sufficiency.”
The columnist said that TSMC has decided to split up with Huawei as it will no longer make chips for the latter, which will then have to make its 5G and Ascend chips domestically.
Ascend 910C
Previous media reports showed that Huawei and SMIC had tried to make Ascend 910B chips by themselves earlier this year but failed to achieve satisfactory results.
The Information reported on June 25 that Huawei and SMIC had faced obstacles in the making of the Ascend 910B due to an insufficient supply of chip-making machine parts. The Chosun Daily in South Korea said on June 27 that the production yield of Ascend 910B is only around 20%.
It is unclear whether Huawei had already given up this production. But now SMIC’s N+2 process seems to be the only way that Huawei can rely on to make 7nm chips, including the coming Ascend 910C chips.
Huawei offered samples of Ascend 910C to large Chinese server companies for hardware testing and configuration, the South China Morning Post reported on September 30. It planned to initially produce 70,000 units of this chip, which aims to compete with Nvidia’s H100.
End-user checks
In May 2019, the US Commerce Department put Huawei and its 70 affiliates on its so-called Entity List on national security grounds. In the same year, the Dutch government banned the exports of ASML’s extreme ultraviolet (EUV) lithography machines to China due to diplomatic pressure from the US.
On September 15, 2020, TSMC stopped producing Kirin chips, resulting in a countdown for HiSilicon’s chip inventory.
Over the past few years, there have been media reports saying that Huawei faced a shortage of high-end chips for its flagship smartphones and that it successfully used SMIC’s N+2 process to make 7nm Kirin 9000S chips.
TechInsights also confirmed that the Kirin 9000S chips found in Huawei’s Mate 60 smartphones last year were made by SMIC.
However, Chinese media have never reported that Huawei was running out of its Ascend 910 chips and Ascend 910B although the company was significantly expanding its server production.
On July 6 last year, Huawei said it would boost the number of AI processing cards from 4,000 to 16,000 in each of its AI clusters in seven Chinese cities.
At that time, some Chinese commentators said TSMC was allowed to produce Ascend 910 for Huawei as the chip used Huawei’s self-developed Da Vinci architecture. But then these articles were removed from the Internet in China.