CERN的信息技术系统通过了重大压力测试,模拟HL-LHC的2030年数据负荷,每分钟处理16 800个工作,效率很高。 CERN's IT systems passed a major stress test simulating the HL-LHC's 2030 data load, handling 16,800 jobs per minute with high efficiency.

欧洲核子研究中心的信息技术小组在2025年10月成功地完成了一次重大压力测试,模拟了从2030年开始从高卢LHC(HL-LHC)预期的极端工作量。 CERN’s IT teams successfully completed a major stress test in October 2025, simulating the extreme workloads expected from the High-Luminosity LHC (HL-LHC) starting in 2030. 测试历时13小时,处理了超过200万个任务,每分钟处理约16 800个工作,是目前平均数的20倍,同时保持平均工作处理时间为5分钟。 The test handled over two million tasks across 13 hours, processing about 16,800 jobs per minute—20 times the current average—while maintaining an average job handling time of five minutes. 通过使用HTCondor软件,该系统在重负荷下表现出强大的弹性,这是为HL-LHC每年可输出高达300个逆变量的预计数据的准备工作中的关键步骤. Using HTCondor software, the system demonstrated strong resilience under heavy load, a critical step in preparing for the HL-LHC’s projected data output of up to 300 inverse femtobarns per year. 计划对数据储存系统进行更多的测试,以确保完全准备就绪。 Additional tests on data storage systems are planned to ensure full readiness.