Coles Group Q3 Sales Rise Driven by Supermarkets and E-Commerce Growth 
T-Mobile Beats Q1 Earnings Expectations on Strong Postpaid Growth 
U.S. Cybersecurity Pushes Faster Patch Deadlines Amid Rising AI-Driven Threats 
Amazon Stock Rises as Meta Expands AWS Partnership for AI Infrastructure 
Micro Systemation Reports Q1 Loss Amid Strategic Investments and Revenue Growth 
OpenAI Faces Revenue Pressure and User Growth Challenges Ahead of IPO 
Qualcomm Stock Surges Despite Weak Guidance After Q2 2026 Earnings Beat 
Lightelligence IPO Soars Over 400% in Hong Kong Debut Amid Rising AI Investment Demand 
SMC Corp Stock Surges as Palliser Capital Pushes for Major Share Buyback 
Novartis Q1 2026 Earnings Miss Expectations as Generic Competition Pressures Sales 
Advantest Stock Falls on Weak Outlook Despite Strong AI-Driven Results 
Australia Targets Meta, Google, and TikTok With New News Payment Tax Proposal 
Meta Raises 2026 Capex Outlook Amid AI Spending Surge, Shares Drop After Earnings 
DeepSeek V4 Launch Signals China’s Growing AI Independence with Huawei Chips 
DeepSeek Launches V4 AI Models with Enhanced Reasoning and 1M Token Context Window 
Huawei’s Mate 70 Series is set to utilize SMIC’s ‘N+3’ node, offering higher density than the Kirin 9010 while skipping the 5nm chipset.
Theories Around SMIC's 5nm Technique for Huawei’s Mate 70 Series
WCCFTECH reports that the Kirin 9000S, which let Huawei evade the US trade ban, was mass-produced using SMIC's 7nm (N+2) technology. The Kirin 9010, included in the Pura 70 series, continues the company's upward trajectory.
Various theories have circulated around the Mate 70 series, with some speculating that the erstwhile Chinese powerhouse would employ SMIC's 5nm technique, which the semiconductor maker supposedly perfected.
Huawei’s Next Kirin SoC to Use SMIC's ‘N+3’ Process
But there's a catch: according to one report, Huawei is planning to mass-produce the next Kirin system on a chip (SoC) for the Mate 70 series using SMIC's N+3 process, which boasts a higher density than the N+2 model.
Rumor has it that the Kirin 9100 will stay at 7 nm and that the Mate 70 series will not upgrade to SMIC's 5 nm process.
Even though it's terrible to hear, Huawei probably had good reasons to make this decision (if it hasn't already). There will be high production costs and low yields when using outdated DUV apparatus to mass produce 5nm wafers instead of EUV equipment.
Simply put, the 5nm wafers manufactured by SMIC will be extremely costly, and Huawei likely feels that these costs are too high to warrant utilizing this technology in their smartphone chipsets.
Kirin 9100's Potential With SMIC's ‘N+3’ Node
Despite this setback, the Kirin 9100 could still be manufactured using the 7nm process and boast a better density than the Kirin 9010 and the Kirin 9000S if it uses the N+3 node.
With more transistors, the Kirin 9100 will have better "performance per watt" and be more power efficient thanks to this upgrade.
Expanded Use of SMIC's ‘N+3’ Technology Beyond Mate 70 Series
The Mate 70 family's next chipset isn't the only ARM-based device that rumor has it that Huawei is testing with the same N+3 technology.
With the arrival of TSMC's first generation of 3nm 'N3E' chipsets later this year, including the Snapdragon 8 Gen 4, Dimensity 9400, and Apple's A18, Huawei may fail to close the performance gap quickly enough in terms of lithography.
