The WD AE drives are targeted toward "cold" storage applications, but it seems they are meant to be kept online, in what I'd call a "luke warm", energy efficient state.
But do the AE drives offer an advantage in a true offline storage application, where the drive is removed and kept in a vault somewhere? Suppose in the year 2025 (if man is still alive), an AE drive and a non-AE drive were powered on - how would the AE's motor, circuitry, head, platter, etc. design offer a better chance that the drive will spin up and faithfully deliver data written 10 years earlier?
But do the AE drives offer an advantage in a true offline storage application, where the drive is removed and kept in a vault somewhere? Suppose in the year 2025 (if man is still alive), an AE drive and a non-AE drive were powered on - how would the AE's motor, circuitry, head, platter, etc. design offer a better chance that the drive will spin up and faithfully deliver data written 10 years earlier?