Powder metallurgy processed Nb3Sn(Ti) superconducting wires were fabricated with Snxwt. % Ti cores for 0≤x≤3, 16 or 22 vol % cores, and a Cu 45 wt. % Nb composite. The processing used swaging, cold hydrostatic extrusions, wire drawing and heat treatments of 750 °C for two to four days. Nominal areal reductions of 104were used. Hydride‐dehydride Nb and rotating electrode processed Nb powders gave the same performance. Overall critical current densitiesJcwere measured between 4.2 and 1.8 K for applied fields up to 23 T.Jcincreased with increased Ti and/or Sn content. The Nb3Sn(Ti) wires using a Sn 3 wt. % Ti, 22 vol % core gaveJc>104A/cm2at 20 T and 4.2 K andJc=104A/cm2at 23 T at 1.8 K. Removal of the precompression of the matrix increasedJcby about a factor of 2 at 20 T and 4.2 K.