In a nutshell: Gigabyte has an intriguing offer for those who need access to a supercomputer. Through its Giga Computing subsidiary, the company offers qualified users the opportunity to test drive one of the world's most advanced supercomputers for free. Of course, as with all "free" offers, there is a catch.
In a nutshell: Tesla finds itself at the forefront of a heated competition between South Korean semiconductor giants Samsung and SK Hynix. The electric vehicle manufacturer has reportedly reached out to both companies, seeking samples of their upcoming HBM4 memory chips.
Do It Super: AMD's resurgence in the chip industry is influencing the specialized high-performance computing market as well. A few years after unveiling the world's fastest supercomputer, the US chipmaker is once again making headlines by bringing another HPC powerhouse online.
Why it matters: In the global race for high-performance-computing dominance, Japan has positioned itself as a leader with its plans to build a zeta-class supercomputer. If it manages to achieve this feat, the advanced computational capabilities will significantly boost its economic competitiveness. First, though, Japan has to figure out how to meet the monumental energy requirements.
Super Cloud: The Fugaku supercomputer was at the forefront of high-performance computing development just a few years ago. Now, the Japanese technology has been turned into a software stack that could "democratize" supercomputing applications around the world.
Forward-looking: It's no secret that Nvidia has been the dominant GPU supplier to data centers, but now there is a very real possibility that AMD might become a serious contender in this market as demand grows. AMD was recently approached by a client asking to create an AI training cluster consisting of a staggering 1.2 million GPUs. That would potentially make it 30x more powerful than Frontier, the current fastest supercomputer. AMD supplied less than 2% of data center GPUs in 2023.
Tick tick tick: SiPearl is the French company selected by the European supercomputer consortium (EuroHPC JU) to develop a chip for the first exascale-class supercomputer in the region. The organization recently released updated specifications for the Rhea1 microchip, indicating that the first samples will be available later than initially expected.