China's LineShine tops TOP500 at 2.198 exaflops, dethroning El Capitan
Synopsis
China's LineShine has dethroned the US El Capitan to become the world's fastest supercomputer at 2.198 exaflops — and it achieved this using CPUs alone, with zero GPUs, directly undermining Washington's export-control strategy.
Key Takeaways
LineShine , built by the National Supercomputing Centre in Shenzhen , achieved 2.198 exaflops , making it the world's fastest supercomputer as of 24 June 2026 .
It surpassed El Capitan at Lawrence Livermore National Laboratory, California , which recorded 1.809 exaflops .
LineShine is the first supercomputer to breach the two-exaflop barrier using only CPUs , with no GPU acceleration.
TOP500 co-founder and Turing Award winner Jack Dongarra confirmed the milestone and said China has shown it can match or exceed Western technology despite US export controls.
China last held the TOP500 top spot in 2017 , making this a nine-year return to the summit.
China has reclaimed the title of world's fastest supercomputer for the first time since 2017, with LineShine — built by the National Supercomputing Centre in Shenzhen — posting 2.198 exaflops of sustained performance at the TOP500 rankings unveiled at the International Supercomputing Conference in Hamburg, Germany on Tuesday, 24 June 2026. The machine surpasses the previous record-holder, El Capitan, housed at Lawrence Livermore National Laboratory in California, which achieved 1.809 exaflops.
A CPU-only milestone
LineShine is the first supercomputer in history to exceed the two-exaflop threshold using only central processing units (CPUs), without any dependence on graphics processing units (GPUs). Most leading exascale systems — including El Capitan, Frontier, and Aurora — rely heavily on GPUs to handle massively parallel workloads. The achievement is technically significant because it demonstrates a viable architectural path that sidesteps the GPU supply chain entirely.
Why it matters
GPUs have become the central battleground in US efforts to restrict China's advances in artificial intelligence and high-performance computing, with successive export-control rounds targeting chips made by Nvidia and others. LineShine's CPU-only design signals that China has developed a credible workaround. TOP500 co-founder and Turing Award winner Jack Dongarra described the feat as unprecedented: 'This is the first time a computer with only CPUs has reached exascale,' he said.
The competitive backdrop
Dongarra went further, stating: 'China can adapt to develop its own version of technology as good as — or maybe even better than — existing technology, despite US export controls.' The remark underscores a growing consensus among supercomputing experts that export restrictions, while disruptive, have accelerated indigenous chip and system development inside China rather than halting it. The TOP500 list is published twice yearly and is the authoritative benchmark for global supercomputing leadership.
What's next
The International Supercomputing Conference in Hamburg also featured updates on Europe's Jupiter Booster system, reflecting a broader global race to reach and exceed the exascale frontier. With LineShine now setting the performance ceiling at 2.198 exaflops, attention will turn to whether the US accelerates funding for next-generation systems and whether further export-control measures can meaningfully constrain China's supercomputing ambitions. The next TOP500 update is expected in November 2026.
Point of View
Washington may have forced China to master CPU-centric exascale architecture — a capability that could prove more durable and harder to sanction than GPU-dependent designs. Mainstream coverage tends to frame this as a prestige race, but the deeper story is about supply-chain resilience: a CPU-only exascale machine means China can build top-tier computing infrastructure entirely from domestically controllable components. Jack Dongarra's candid assessment — that China can now match or beat existing technology despite controls — coming from the co-founder of the TOP500 list itself, carries unusual weight. The November 2026 rankings will reveal whether this is a one-cycle peak or the start of sustained Chinese dominance at the top of the list.
NationPress
23 Jun 2026
Frequently Asked Questions
What is LineShine and why is it significant?
LineShine is a supercomputer built by the National Supercomputing Centre in Shenzhen, China , that achieved 2.198 exaflops of performance, making it the world's fastest as of June 2026 . It is historically significant as the first machine to surpass two exaflops using only CPUs, without any GPU acceleration.
How does LineShine compare to El Capitan?
LineShine recorded 2.198 exaflops , compared to El Capitan 's 1.809 exaflops — a performance lead of roughly 21% . El Capitan , located at Lawrence Livermore National Laboratory in California , had previously held the top spot on the TOP500 list.
Why does LineShine using only CPUs matter for US-China tech rivalry?
The US has imposed successive export controls targeting advanced GPUs — the chips that power most leading supercomputers — in an effort to limit China 's AI and computing capabilities. LineShine 's CPU-only design demonstrates that China can reach the highest tier of supercomputing performance without the restricted chips, directly challenging the effectiveness of those controls.
What did Jack Dongarra say about LineShine?
Jack Dongarra , co-founder of the TOP500 list and Turing Award winner, said: 'This is the first time a computer with only CPUs has reached exascale.' He also stated that 'China can adapt to develop its own version of technology as good as — or maybe even better than — existing technology, despite US export controls.'
When did China last lead the TOP500 supercomputer rankings?
China last held the TOP500 top position in 2017 , meaning the June 2026 ranking marks a nine-year return to the summit. The rankings are published twice yearly at major supercomputing conferences.
