Combining Deep Power-Down with Self-Refresh Mode¶
Electronics, W. (2021). Combining Deep Power-Down with Self-Refresh Mode.
Cited by¶
1 citation across 1 artifact.
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Primes¶
- Maintenance Rehearsal
- The diagnostic payoff: an engineer designing a low-power sleep mode reasons directly in the prime's terms — either keep the refresh loop running (self-refresh mode) at its energy cost, or consolidate the contents to non-volatile storage
This sourceDescribes DRAM self-refresh as the low-power mode that keeps the refresh loop running with an internal counter, and the NVDIMM/save-to-nonvolatile path that lets contents be offloaded so the refresh loop can stop and the DRAM be powered down.
Supported in partVerified against the work's full text
The article covers DRAM self-refresh/PASR power saving and deep power-down data loss, but not saving DRAM contents to non-volatile storage.
“Separately, the JEDEC standard specifies a Deep Power-Down (DPD) mode, in which the entire memory array shuts down. All internal voltage generators inside the device are stopped and all data are lost”
- The diagnostic payoff: an engineer designing a low-power sleep mode reasons directly in the prime's terms — either keep the refresh loop running (self-refresh mode) at its energy cost, or consolidate the contents to non-volatile storage
Verification¶
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Registry ID ref:0bbec47144e7 · see in the full table