LineShine tops – For the first time, a Chinese supercomputer has claimed the top spot in the TOP500 speed rankings. Built by Shenzhen Cloud Computing Center and hosted at the National Supercomputing Centre in Shenzen, LineShine achieved 2.198 exaflops on the High-Performance L
The numbers landed with a kind of finality: LineShine, a Chinese supercomputer, has taken first place in the TOP500 rankings for speed for the first time—pushing the previous winner, Lawrence Livermore National Laboratory’s El Capitan, down to second.
LineShine was built by the Shenzhen Cloud Computing Center and is located at the National Supercomputing Centre in Shenzen. It is built from 304-core LX2 processors and totals 13.79 million computing cores. On the benchmark used for the TOP500 list—High-Performance Linpack (HPL)—it clocked in at 2.198 exaflops per second. the measure of how many floating-point operations the system can complete in a second.
TOP500 is released twice yearly and has generally been dominated by U.S. supercomputers. It began as an idea in 1993 at a supercomputer meeting in Mannheim. Germany. and the list has been published every six months since then. The rankings are built on how well machines perform running HPL. which is designed to push systems through a series of complex algorithms that aim to produce as many calculations as possible within a single second.
In a world where exaflops is shorthand for brute computational speed, LineShine’s debut at the top changes the scoreboard. The theoretical ceiling for LineShine is even higher, with an estimated peak of 2.736 exaflops per second.
El Capitan’s results show how narrow the gap can still be at this level. The Lawrence Livermore National Laboratory claims El Capitan is capable of 2.821 exaflops per second. But in this edition of the TOP500 list, the system posted 1.809 exaflops per second.
The top five rankings were completed by two other U.S. systems and one from Germany. Oak Ridge National Laboratory’s Frontier. in Tennessee. was measured performing 1.353 exaflops per second. just ahead of the Illinois-based Argonne National Laboratory’s Aurora. which posted 1.012 exaflops a second. In Germany, the Julich Supercomputing Centre’s JUPITER Booster conducted an even one exaflop per second.
There’s a longer horizon behind these placements. Powerful as today’s supercomputers are, some competition may not come from another conventional design, but from quantum computers. Comparing a classical machine and a quantum computer is difficult because they operate on completely different principles. Quantum computers aren’t limited to binary calculations in the same way traditional systems are. and that means exaflops per second is an irrelevant metric for many quantum comparisons. Still. some quantum computing researchers have claimed their machines are performing calculations billions of times faster than even the fastest supercomputers.
For now, the TOP500 table is still decided by HPL and floating-point operations per second—and in this cycle, the world’s fastest response came from LineShine, built for speed on 13.79 million cores in Shenzen.
LineShine TOP500 supercomputer exaflops High-Performance Linpack Shenzhen Cloud Computing Center National Supercomputing Centre Shenzen El Capitan Lawrence Livermore National Laboratory Frontier Aurora JUPITER Booster quantum computing