Remove the 380X temporarily and you will have your answerI wonder if that might explain my 980 PRO's temp, being near/above my R9 380X
Remove the 380X temporarily and you will have your answer
PC cases really need to be redesigned. GPU on one side. CPU on the other side and the NVMe slots on the lower edge of the mobo away from the hot components.
PC cases really need to be redesigned. GPU on one side. CPU on the other side and the NVMe slots on the lower edge of the mobo away from the hot components.
Or we should switch to U.2 form factor for NVMe drives and give them proper enclosures for desktop.
I think its the industry shift towards smaller form factors which fits most non-enthusiast/hobby builds which favor the m.2 slot, oems don't have to deal with cables and screwing in sata drives.Yeah, I definitely think this is an issue with industry entrenchment already so highly focused on Mobo manufacturers including M.2 and thus having to keep pushing the envelope for the standard way beyond what the original design was for. We already have the existing 2.5" form factor and the U.2 interface (and now U.3 interface in particular) that allows a ubiquitous SATA, SAS, or NVMe connection depending on the controller and target device. 2.5" drives with metal enclosures and some airflow are good for 15 to 20 watts of heat dissipation, far above and beyond what M.2 drives can handle. That's on top of the already superior heatsinking capacity for burst workloads by nature of simply using its case for thermal dissipation vs. a copper tape strip.
I'm sad that the consumer space is so tightly focused on driving M.2 past the point of sensibility when we've already got a strong standard for high performance NVMe drives to build off of.
I fully expect that to throttle even with a mobo heatsink. Their own page says the graphene only improves temps by 3-5c.Not all drives it seems:
TeamGroup's T-Force Cardea Z540 SSD touts epic PCIe 5.0 speeds without bulky cooling | Club386
2TB drive arrives in Q2 with blistering sequential speeds of 12,000MB/s and a mere 1mm-thick heat spreader.www.club386.com
Looks like we don't even need Gen6 to get CPU tower coolers:
ASRock To Bring The Chill To Toasty PCIe Gen 5 SSD Temps With A Cooler That Blows
ASRock's releasing an SSD cooler based on the heatsinks that come with some of its motherboards.hothardware.com
That entire page is absolutely ridiculous. So much for NVMe being superior to HDDs because of a compact footprint, no cables, and no noise. These farcical monstrosities wipe out any such advantages.
And we're also going backwards with performance, where QLC has slower write speeds than HDDs, and they're trying for a laughable PLC in the future.
"Price parity with HDDs!" Sure, sure, with write speeds like a floppy drive.
I fully expect that to throttle even with a mobo heatsink. Their own page says the graphene only improves temps by 3-5c.
I did post DirectStorage results.
I did post DirectStorage results.
Still don't understand your obsession in wanting to buy one. Earlier models will be more expensive and may not be as fast as the ones released later at a more user friendly price.Also, outside of Microcenter physical locations, I still can't find anyplace to buy a PCIe 5.0 drive.
Still don't understand your obsession in wanting to buy one. Earlier models will be more expensive and may not be as fast as the ones released later at a more user friendly price.
Ah ok. I guess with watercooling it becomes a real chore to disassemble everything.Buying one later will be a huge pain in the arse, especially if my dGPU blocks the NVMe slot 1 like it does on my current system.
Fraud is a stretch.Corsair MP700 shuts down within 2 minutes reading or writing, needing a power cycle to restart it:
Corsair MP700 2 TB Review - 10 GB/s Gen 5 SSD Tested
The Corsair MP700 is the first PCI-Express 5.0 SSD that we're reviewing. With transfer rates of up to 10 GB/s this drive is crazy fast. Our review confirms, this is the fastest SSD we've ever tested. With up to 10 W, the MP700 is also the most power-hungry SSD, and it puts out a lot of heat, too.www.techpowerup.com
Crucial T700 throttles slower than an HDD:
These things are fraud perpetuated on customers. They must've known for years this is the direction things were going, but they continued anyway.
I mean what's the end-game here? Gen 7.0 requires liquid nitrogen?
I've called out Intel multiple times over their constant redefinition of TDP, and AMD trying to tell us 95C CPU temperature is somehow normal.I doubt you'd be accusing AMD and Intel of fraud based on the benchmarks of their CPUs with the cooling system removed.
For late warranty replacement a comparable part (given 4.5 years of improvement) should be pretty cheap and at ten years whose going to replace the fan on obsolete, worn out storage?Having said that, my main concern/belief is I'd bet that a significant percentage of the fans won't make it much past the 5-year warranty, probably zero will live ten years. I'd also bet that Corsair won't be stocking spare fans say ten years past the release date.
"Worn-out storage"? On what basis? I'm still running my first SSD, last I checked it was still at 93% life left and is ~9 years old. When I do my next platform upgrade I wonder whether I'll replace it then, as it works perfectly well for my Linux install. Those gen5 benchmarks show a negligible difference for OS boot speeds between gen5 and SATA. Thunderbird starts one second faster on gen5 over SATA? Not exactly a compelling argument for an upgrade.at ten years whose going to replace the fan on obsolete, worn out storage?