  We study the the non-equilibrium ageing behaviour of the +/-J
Edwards-Anderson model in three dimensions for samples of size up to N=128^3
and for up to 10^8 Monte Carlo sweeps. In particular we are interested in the
change of the ageing when crossing from the spin-glass phase to the
ferromagnetic phase. The necessary long simulation times are reached by
employing a CUDA-based GPU implementation, which allows for single-spin flip
times as small as 8ps. We measure typical spin glass correlation functions in
space and time to determine the growing length scale and extract the
constituting exponents. We observe a clear signature of the disorder-driven
equilibrium transition in the non-equilibrium behavior.
