Random Write Steady State
The HyperX Predator's high 4KB random results carry over into steady state. Even hammered by a demanding workload, the Predator shines with the highest performance. It isn't the most consistent in its delivery, though.
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The HyperX Predator's high 4KB random results carry over into steady state. Even hammered by a demanding workload, the Predator shines with the highest performance. It isn't the most consistent in its delivery, though.
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Prev Page Sequential Steady State Next Page PCMark 8 Real-World Software Performance15881456 said:How about adding nvme based Intel 750 400gb SSD to the equation?
How about adding nvme based Intel 750 400gb SSD to the equation?
it might be easier for readers to understand if you stick with just numbers instead of millions of colorful lines all over the place.
it would be nice to have comparison with regular SSD. Is it better than that. I can't tell from this review :(
it might be easier for readers to understand if you stick with just numbers instead of millions of colorful lines all over the place.
it would be nice to have comparison with regular SSD. Is it better than that. I can't tell from this review :(
I'm just about finished with an article that puts the SM951-NVMe and SM951 AHCI against an 850 Pro.
Even without the data to compare in this review we know that the 850 Pro (512GB and 1TB) does roughly 550 MB/s sequential read, a bit over 500 MB/s sequential write, 98K random read IOPS and roughly 90K write IOPS in my testing.
If you compare equal capacity sizes, nearly every product in this review performs better than 850 Pro.
I'm up against a hard limit of the number of products I can put in the charts without needing a magnifying glass to look at the data. I'll see about coming up with something a little better for the Best of SSD Monthly column.
it might be easier for readers to understand if you stick with just numbers instead of millions of colorful lines all over the place.
it would be nice to have comparison with regular SSD. Is it better than that. I can't tell from this review :(
I'm just about finished with an article that puts the SM951-NVMe and SM951 AHCI against an 850 Pro.
Even without the data to compare in this review we know that the 850 Pro (512GB and 1TB) does roughly 550 MB/s sequential read, a bit over 500 MB/s sequential write, 98K random read IOPS and roughly 90K write IOPS in my testing.
If you compare equal capacity sizes, nearly every product in this review performs better than 850 Pro.
I'm up against a hard limit of the number of products I can put in the charts without needing a magnifying glass to look at the data. I'll see about coming up with something a little better for the Best of SSD Monthly column.
it might be easier for readers to understand if you stick with just numbers instead of millions of colorful lines all over the place.
it would be nice to have comparison with regular SSD. Is it better than that. I can't tell from this review :(
I'm just about finished with an article that puts the SM951-NVMe and SM951 AHCI against an 850 Pro.
Even without the data to compare in this review we know that the 850 Pro (512GB and 1TB) does roughly 550 MB/s sequential read, a bit over 500 MB/s sequential write, 98K random read IOPS and roughly 90K write IOPS in my testing.
If you compare equal capacity sizes, nearly every product in this review performs better than 850 Pro.
I'm up against a hard limit of the number of products I can put in the charts without needing a magnifying glass to look at the data. I'll see about coming up with something a little better for the Best of SSD Monthly column.