Fourier transform mass spectrometry (FTMS) provides the highest levels of analytical performance for mass accuracy and resolving power.  Modern analysis requirements for high throughput studies present a confounding challenge to provide these benefits with increased acquisition speed.  These needs lie in juxtaposition to traditional Fourier methods where the observation of extended time domain signals leads to a linear enhancement in these metrics.  The presented work focuses on FTMS imaging technology developments and will describe two approaches to meet this challenge – the introduction o