An EPR4 read/write channel with digital timing recovery

Vishakhadatta, G.D.; Croman, R.; Goldenber, M.; Hein, J.P.; Katikaneni, P.; Kuai, D.; Lee, C.; Tesu, I.-C.; Trujillo, R.; Zhan, Ligang; Anderson, K.; Behrens, R.T.; Bliss, W.G.; Du, Lei; Dudley, T.; Feyh, G.; Foland, W.; Kästner, Markus; Li, Qingfen; Mitchem, J.; Reed, David E.; She, Sian; Spurbeck, M.S.; Sundell, L.C.; Tran, Hoai Trung; Wei, Maoxin; Zook, C.

doi:10.1109/4.726588

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Classical Timing Recovery1

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Cited by 12 publications

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“…These decisions will be suboptimal when d is small. We can avoid the problem of detection delay altogether if we adopt an off-line strategy known as interpolative timing recovery [14]. Instead of using the voltage-controlled oscillator (VCO) of a PLL to drive the sampling times, as shown in Figure 2, we could instead sample r (t ) asynchronously and uniformly with a free-running clock at a rate fast enough to avoid aliasing.…”

Section: Classical Timing Recoverymentioning

confidence: 99%