Daly, E.F. Conway, Z.A. De Silva, S.U. Delayen, J.R. Guo, J. Holmes, D. Rimmer, R.A. Smith, K.S. Wu, Q. Xiao, B.P. Xu, W. Zaltsman, A. JACoW Publishing Geneva, Switzerland The Electron-Ion Collider (EIC), with a range of center-of-mass energies from 20 to 140 GeV, will enable experimental nuclear physics in the gluon-dominated regime with luminosity up to 10³⁴ cm² per second. The project chose to employ SRF technology for several accelerating and crab cavity geometries used throughout the accelerator complex to achieve the EIC¿s energy and luminosity goals. This presentation will review the current status of the EIC, the SRF technology used in the accelerator complex and current status of SRF R&D. The discussion will share EIC’s fundamental high-power coupler design & performance, high-power HOM power handling hardware, SRF elliptical and crab cavity designs and recent experimental results.