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Articles tagged with "Semiconductors, Processors, Manufacturing"

Huawei's latest mobile is armed with China's most advanced process node to date despite using blacklisted chipmaker — Huawei Kirin 9030 mobile SoC made on SMIC N+3 process, but can't compete with 5nm node

Huawei's latest mobile is armed with China's most advanced process node to date despite using blacklisted chipmaker — Huawei Kirin 9030 mobile SoC made on SMIC N+3 process, but can't compete with 5nm node

Huawei's latest mobile SoC, the Kirin 9030, is manufactured using SMIC's N+3 process, which is the most advanced process node in China but falls short of competing with 5nm-class technologies from other chipmakers like TSMC and Samsung. Despite the increased core count in the Kirin 9030 compared to its predecessor, the process is seen as an incremental improvement rather than a true generational leap. TechInsights highlights that while SMIC has made advancements in patterning and design techniques, the N+3 process may face challenges in terms of yield due to aggressive metal pitch scaling. This analysis suggests that SMIC's future progress may rely more on design discipline and innovative libraries rather than further lithographic shrink.

Tom's Hardware•
Intel's pivotal 18A process is making steady progress, but still lags behind — yields only set to reach industry standard levels in 2027

Intel's pivotal 18A process is making steady progress, but still lags behind — yields only set to reach industry standard levels in 2027

Intel's 18A fabrication process is progressing steadily, allowing production of Core Ultra 300-series processors, but yields are currently low. The company plans to slowly ramp up 18A processors due to yield challenges, with industry-standard levels expected by 2027. Intel's CFO stated that while yields are sufficient for product shipments, they are not yet at desired profit margins, aiming for cost-effective yields by the end of 2026. Intel will prioritize building advanced models first and does not plan significant 18A capacity expansion in 2026. The company sees 18A as a long-term node for future generations of products, including collaborations with the U.S. government and external clients.

Tom's Hardware•
Intel's 18A production starts before TSMC’s competing N2 tech — here's how the two process nodes compare

Intel's 18A production starts before TSMC’s competing N2 tech — here's how the two process nodes compare

Intel has commenced volume production of its Core Ultra 3-series 'Panther Lake' processors on its 18A fabrication process, showcasing its competitive processor and manufacturing capabilities. This move aims to boost Intel's reputation and attract potential foundry customers. While Intel's 18A is the first 2nm-class node in production, it faces tough competition from TSMC's N2 technology. Analysts predict Intel's 18A will excel in performance and power efficiency, but TSMC's N2 offers higher transistor density. Despite delays in Panther Lake's launch, Intel is on track to release its Xeon 6+ 'Clearwater Forest' in 2026. This development highlights Intel's efforts to regain credibility in manufacturing and compete with TSMC.

Tom's Hardware•

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