Franqueira Ximenes, R. Aberle, O. Calviani, M. Esposito, R. Grenard, J.L. Griesemer, T. Romero Francia, A.R. Torregrosa, C. JACoW Publishing Geneva, Switzerland 2673-5571 978-3-95450-253-0 10.18429/JACoW-HB2023-THBP48 English 599-602 target proton antiproton neutron experiment Contribution to a conference proceedings 2024 2024-04 https://doi.org/10.18429/JACoW-HB2023-THBP48 https://jacow.org/hb2023/papers/thbp48.pdf CERN’s accelerator complex offers diverse target systems for a range of scientific pursuits, including varying beam energies, intensities, pulse lengths, and objectives. Future high-intensity fixed target experiments aim to advance this field further. This contribution highlights upgraded operational target systems, enhancing CERN’s physics endeavours. One example is the third-generation n_TOF spallation neutron target, using a nitrogen-cooled pure lead system impacted by a 20 GeV/c proton beam. Another focuses on recent antiproton production target upgrades, with a high-intensity 26 GeV/c beam colliding with a narrow-air-cooled iridium target. Looking ahead, new high-power target systems are planned. One aims to discover hidden particles using a 350-kW high-Z production target, while another enhances kaon physics through a 100 kW low-Z target. This article provides an overview of current target systems at CERN, detailing beam-intercepting devices and engineering aspects. It also previews upcoming facilities that could soon be implemented at CERN.