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Team Group Cardea II 1 TB NVMe SSD

W1zzard

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The Team Group Cardea II M.2 NVMe SSD comes with a large pre-installed heatsink that adds excellent cooling capability to prevent any sort of thermal throttling. Another highlight is the good sustained write performance, which ends up at over 1 GB/s even though TLC flash is used.

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Wow, that is actually surprisingly good considering the price.
 
$40 for a heatsink LMAO... you can get one for under 10 bucks off Amazon. But fools and their money...
 
Well hello Corsair MP510 or MyDigitalSSD BPX Pro or Sabrent Rocket...

Though the first two have black PCBs and the Rocket is blue. The BPX Pro comes with the best binned flash of them all though.

Phison has released the 12.3 firmware for the E12 controller.

I'v noticed that SSDs with Phison controllers always have very high endurance ratings

Great review wizzy

The magic of over provisioning...

Also Toshiba flash may have more cycles than Micron flash.
 
Well hello Corsair MP510 or MyDigitalSSD BPX Pro or Sabrent Rocket...
Yeah, it seems that design is pretty much the Phison reference PCB
 
Isn't 74 degrees a little high for a drive with such a large heatsink?
 
Yeah, it seems that design is pretty much the Phison reference PCB

Indeed, the one nice thing is that Sabrent put out a piece of software that can force enable 512 sector emulation on these drives, if it's not enabled.

Isn't 74 degrees a little high for a drive with such a large heatsink?

Depending on the length of the write test, it could have soaked the heatsink and that's the limits of it's ability to passively dissipate heat.

Samsung drives can get far hotter in my experience under prolonged writes with their nvme driver installed and the drive set to performance. I had a PM981 report 120'C on it's controller, during a drive clone. That's excessive...
 
Indeed, the one nice thing is that Sabrent put out a piece of software that can force enable 512 sector emulation on these drives, if it's not enabled.



Depending on the length of the write test, it could have soaked the heatsink and that's the limits of it's ability to passively dissipate heat.

Samsung drives can get far hotter in my experience under prolonged writes with their nvme driver installed and the drive set to performance. I had a PM981 report 120'C on it's controller, during a drive clone. That's excessive...

Well I have about 9 NVME drives in my system and none of them goes above 60C but I guess I do have active cooling for all of them. That is why 74 seemed high to me. Just a question but is your PM981 sitting under a GPU?
 
I like the name used here, "Cardea". Its Ancient Greek for the word "Heart".
 
Well I have about 9 NVME drives in my system and none of them goes above 60C but I guess I do have active cooling for all of them. That is why 74 seemed high to me. Just a question but is your PM981 sitting under a GPU?

It was sitting in an HP portable workstation. It's now replaced by a Corsair MP510 960GB. It sits sandwiched by the ram can and the GPU cooler fan. But I was on desktop, it was using the IGP, and the temps are repeatable. HP sticks a black plastic shield on the drive so that doesn't help, but it's great watching it choke performance while still heating up. I stopped the clone at that excessive temp, because yeah... Then added 80cfm of directed air flow, still hit 80'C but I did have the cover plate on, but the vent holes are right there.

I have found that Samsung SSDs just run hot, unless you give them air flow and coolers. My 840Pro is a warm running thing, and it's in a SATA 300 system. The 850 Pro in my T420s can get warm enough to make the wrist rest warm.

It's why I don't trust Anandtechs benchmarks of SSDs, because there's no way those drives sustain those loads for that amount of time without thermal throttling hard. My 940 Pro in one machine, it doesn't throttle, it stalls, had that replaced under warranty because it got so hot it damaged the NAND.

I have SX8200 Pro and NP, they never got hot like that. The MP510 in that HP under sustained writes will reach the mid to high 60s, and that's in the chipset m.2 or the cpu linked m.2. It also idles a solid 10'C cooler than the PM981.

My SX8200NP sits in air flow from the side panel and ram cooler, and it's got a copper heatsink assembly on it, that's full wrap. The PNP sits in an active cooling adapter with an aluminium heatsink mounted that's the same style as the copper one but twice the fins, so better in active. They both idle under 40'C and loaded won't break 60'C

Side note: I think the Samsung NVME driver may be a bit responsible, as the drives do seem to get warmer with it installed. As compared to just running the stock MS driver with the performance option set, and the PCI-e power saving setting set to off or medium.

Side note: I wish I could find one of the new Optane Memory 4x link drives, to stuff into that HP. I can't find one to even oogle it.
 
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