The lack of access to EUV paraphernalia in any way, shape, or form has forced China’s SMIC to come up with ingenious ways to leverage its existing DUV equipment to gradually improve its 7nm manufacturing process, and with Huawei’s Kirin 9030, the semiconductor manufacturer has proven that it can stand ‘toe to toe’ with TSMC, or can it? An in-depth look at the chipset powering the Mate 80 flagship series shows some impressive feats, such as achieving higher density than Intel’s 18A node through a smaller metal pitch, but that’s not the only metric worth comparing. In fact, SMIC and […]
Read full article at wccftech.com/kirin-9030-is-proof-that-smic-can-make-denser-socs-without-euv/
Hence then, the article about kirin 9030 in depth analysis proves smic can create denser socs than intel has with its 18a node but the attributes that require improvements are left out was published today ( ) and is available on Wccf tech ( Middle East ) The editorial team at PressBee has edited and verified it, and it may have been modified, fully republished, or quoted. You can read and follow the updates of this news or article from its original source.
Read More Details
Finally We wish PressBee provided you with enough information of ( Kirin 9030 In-Depth Analysis Proves SMIC Can Create Denser SoCs Than Intel Has With Its 18A Node, But The Attributes That Require Improvements Are Left Out )
Also on site :
- NVIDIA Is Secretly Acquiring Massive Dark Fiber Capacity Across The US, With Total Bandwidth Potentially Reaching An Unbelievable 7.6 Petabits/Sec
- AMD Unveils Helios, Its Next-Gen AI Powerhouse With MI455X & 6th Gen EPYC, Challenging NVIDIA’s Rack-Scale Dominance
- Judge approves Anthropic’s $1.5B settlement of authors’ AI copyright lawsuit — first major case to settle