Abstract
Simulations of perpendicular recording media were carried out to determine the effect of switching speed limitations upon recording performance. Simulations of hysteresis loops at various applied field sweep rates show that the onset of a switching speed limited increase in coercivity occurs for sweep rates in excess of 2×1013 Oe/s. Switching speeds of individual grains were found to be around 18 to 38 ps, depending on the medium thickness and the magnetization state of surrounding grains. Recording simulations show that for media thicknesses of up to 180 Å, writing frequencies of 5 Gbit/s are feasible before loss of output occurs.
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