  A variationally computed $^{28}$SiH$_4$ rotation-vibration line list
applicable for temperatures up to $T=1200\,$K is presented. The line list,
called OY2T, considers transitions with rotational excitation up to $J=42$ in
the wavenumber range $0$--$5000\,$cm$^{-1}$ (wavelengths $\lambda> 2\,\mu$m).
Just under 62.7 billion transitions have been calculated between 6.1 million
energy levels. Rovibrational calculations have utilized a new `spectroscopic'
potential energy surface determined by empirical refinement to 1452
experimentally derived energy levels up to $J=6$, and a previously reported
\textit{ab initio} dipole moment surface. The temperature-dependent partition
function of silane, the OY2T line list format, and the temperature dependence
of the OY2T line list are discussed. Comparisons with the PNNL spectral library
and other experimental sources indicate that the OY2T line list is robust and
able to accurately reproduce weaker intensity features. The full line list is
available from the ExoMol database and the CDS database.
