Anandtech said:Samsung has taken several measures to reduce the incidence of thermal throttling with the 960s, resulting in the 960 PRO lasting 50% longer before throttling on a sequential read test (and due to the increased performance, it transfers more than twice the data before throttling). Most of the improvement comes from increased power efficiency, but in addition, the 960 PRO and EVO include a heatspreader of sorts on the back side. The adhesive label includes a thin layer of copper. One Samsung engineer estimated that this sticker accounts for about 30% of the improved thermal performance.
One Samsung engineer estimated that this sticker accounts for about 30% of the improved thermal performance.
I'm going to guess it wasn't the same engineer who estimated the battery in the Note 7 was safe to ship
The already-excellent performance of the 950 Pro is expected to be even higher now, with the 960 Pro 2TB offering 3.5GB/s of sequential read and 2.1GB/s of sequential write, compared with 2.5GB/s and 1.5GB/s for the 950 Pro. The theoretical sequential read speed on the 960 Pro hasn’t quite bumped into the practical limit of the PCI Express 3.0 bus, but it’s getting close.
The Global SSD Summit is currently in progress and Samsung has kicked it off with a bang, announcing the 960 PRO and 960 EVO M.2 drives. AnandTech has a great overview of the new drives, but basically they're both smoking fast PCIe NVME drives, with the 960 PRO clocking in at 3500MB/s sequential read and 2100MB/s write while the 960 EVO comes in at "only" 3200MB/s read and 1900MB/s write.
Some specs are out:
http://www.extremetech.com/extreme/...ves-with-blistering-speeds-up-to-2tb-capacity
Theoretical is 3.938GB/s (4GB/s * 128/130), but overhead usually gets in the way of theoretical speed. But, 3.5GB/s is super fast.
Will the new 960 EVO series be SATA III compatible or is it another PCIe stick like the 950 Pro?
With the Z-height limitations of m.2, there's not much space to add a heatsink without breaking spec.I hope it works well, though they really should have incorporated an actual heat sink
Fair enough.With the Z-height limitations of m.2, there's not much space to add a heatsink without breaking spec.