As we mentioned, there are some workloads where the extra overprovisioning allows the 3.84TB 883 DCT to outperform the other capacities in the series. The database test is one example where the performance stair steps with the capacity.
The OLTP workload is similar to the database workload. The blocks double in size and that allows the performance to double with most SSDs. The 883 DCT SATA SSDs perform very well in this test. At higher OIO, the 883 DCT drives nearly triple the performance of the Seagate Nytro 1351.
The email workload test shows a familiar story that seems to repeat in this review. The Samsung 883 DCT SSDs perform flawlessly with fairly predictable cadence between the capacities. The largest size, 3.84TB, has a slight edge over the others and all three sizes outperform the Nytro 1351 by a sizable margin.
The archive test doesn't have the providence like the other tests. It wasn't embedded in the older Iometer suite but it does have credibility. The test comes from Dell's performance lab and is one of my favorite tests because it mixes reads and writes, block sizes, and sequential with random data. This test shows us what it's like to run multiple workloads on the same drive or a general file server role.
None of the drives delivers consistent performance here, and it's not just the products in this test. Even the Intel Optane SSDs and Samsung 983 ZET (Z-NAND) SSDs have a difficult time taming this workload.
Last updated: Nov 15, 2019 at 01:16 pm CST
- Page 1 [Introduction, Specifications, and Pricing]
- Page 2 [Synthetic Performance Testing]
- Page 3 [Workload Performance Testing]
- Page 4 [Final Thoughts]