What are characteristics of SSD drive technology? (Select two.)

SSDs that use volatile DRAM for write staging will lose any data cached there if power is abruptly removed before the buffer is flushed to NAND, which is why enterprise SSDs include onboard capacitors for power loss protection as a critical design feature.

Using SSDs in storage tiering strategies is an accurate deployment best practice but describes a recommended use case rather than an intrinsic physical or electrical characteristic of the SSD drive technology itself.

Data compression is not a native function of the SSD drive interface or embedded NAND controller - it is handled by the storage array controller, host-based software, or dedicated inline compression engines.

The near-zero seek and rotational latency of SSDs eliminates the mechanical delay that makes RAID write penalties so costly on HDDs, enabling SSDs to deliver significantly faster effective write performance even when parity-based RAID calculations are required.

Wear leveling is an internal NAND management process executed entirely within the SSD firmware and is transparent to the storage array and host, making it an implementation detail rather than an observable storage characteristic.