Kernel end-of-life dates mean very little for users, even at the enterprise level. Enterprise Linux distros have already been supporting official expired kernels for decades. Major Red Hat Enterprise Linux releases, for example, come with a 10-year standard lifecycle, with Extended Life Cycle Support available to push coverage further out. SUSE’s SLES 16 is designed with up to a 16‑year lifecycle for the major release and 10 years for the final minor point release. Canonical has already extended Ubuntu LTS to 15 years total for paying customers (5 years standard, 5 years ESM, 5 years Legacy add‑on).
«Решетнев» рассказал о сборке спутника «Ямал-501»14:53
，这一点在同城约会中也有详细论述
此前，国家发改委价格监测中心发文称，2025年9月至今，受需求“爆发式”增长、产能“断崖式”紧缺等因素影响，全球存储器市场缺口扩大，存储芯片价格持续上涨，近1个月多以来，涨幅呈现扩大态势，建议关注存储芯片对下游价格的影响。，详情可参考体育直播
The value is not in the verification workforce. It is in what verified delivery enables. Consider a company delivering ML kernels for new hardware. Today, months go to testing and qualification. When AI writes the kernel and proves it correct in one pass, that timeline collapses to hours. A provably correct hardware design delivered in weeks rather than the year it currently takes changes the economics of an entire industry.，详情可参考51吃瓜