• Welcome to TechPowerUp Forums, Guest! Please check out our forum guidelines for info related to our community.
  • The forums have been upgraded with support for dark mode. By default it will follow the setting on your system/browser. You may override it by scrolling to the end of the page and clicking the gears icon.

Kingston Fury Renegade Heatsink 2 TB

W1zzard

Administrator
Staff member
Joined
May 14, 2004
Messages
28,802 (3.74/day)
Processor Ryzen 7 5700X
Memory 48 GB
Video Card(s) RTX 4080
Storage 2x HDD RAID 1, 3x M.2 NVMe
Display(s) 30" 2560x1600 + 19" 1280x1024
Software Windows 10 64-bit
The Kingston Fury Renegade has been upgraded with a heatsink. Thanks to its solid metal construction, the heatsink can absorb a lot of heat and reduce temperatures considerably. Thermal testing in our review reveals that there is no thermal throttling, even when the drive is hit with hundreds of GB of incoming writes.

Show full review
 
@W1zzard

out of curiosity how hot do these nvmes get just doing typical desktop stuff like watching or streaming videos or gaming etc?

and what is the worse case heat stress test on these? Random sustained writes?

thanks
 
@W1zzard

out of curiosity how hot do these nvmes get just doing typical desktop stuff like watching or streaming videos or gaming etc?

and what is the worse case heat stress test on these? Random sustained writes?

thanks
Looking at my own drives, they all idle around 30-40 degrees C, depending on placement and heatsink.
I got a "gigantic" heatsink for my KC3000, as it was running way too hot with the motherboard supplied heatsink and thus ended up throttling.
 
Great job Wizzard, i just wish the MSRP on this drive was cheaper, but the drive's performance is incredible.
 
I have 2 M.2 and 2 Sata SSDs in my Nr200P.
One old Samsung 960 Pro gets soo hot on the backside of the MB, i needed a Heatsink AND a small Fan on the outside of the Case. Without both of then it was always over 90°C.
With Fan and Heatsink it is now around the same Temp as the WD SN850 M.2 on the front below the CPU: 40-60°C.
The Sata SSDs in the front are between 27-45°C.

The only thing i don't like about current M.2 is the SLC Cache Size... usually my SSDs are between 50-70% full. I can't get the advertised speeds that way...
 
Looking at my own drives, they all idle around 30-40 degrees C, depending on placement and heatsink.
I got a "gigantic" heatsink for my KC3000, as it was running way too hot with the motherboard supplied heatsink and thus ended up throttling.
Thanks. Good to know. I ordered a KC3000. Not installed yet but mobo heatsink looks big and finned/ribbed. I will probably add a fan for forced convection and see how it is.

what program you use for temps?
 
@W1zzard

out of curiosity how hot do these nvmes get just doing typical desktop stuff like watching or streaming videos or gaming etc?

and what is the worse case heat stress test on these? Random sustained writes?

thanks
Like @TheLostSwede said .. 30-40°C .. nothing worth mentioning..

The stress test is hammering it with full-speed sequential writes (I tested various load patterns, this is the one with the highest temperatures)
 
Picked up a screamer of a deal of two of these drives (the 4TB version) without heatsinks, in my limited observation the write cache on these seems endless.
 
Thanks. Good to know. I ordered a KC3000. Not installed yet but mobo heatsink looks big and finned/ribbed. I will probably add a fan for forced convection and see how it is.

what program you use for temps?
This: https://crystalmark.info/en/software/crystaldiskinfo/

I went a bit crazy and got this heatsink for the KC3000, as the board ones are just flat bits of metal.
It wasn't a prefect fit and it felt like I was going to crush the components on the SSD, but considering there's a themal pad, I guess that would be impossible.
http://www.thermalright.com/product/hr-09-2280/
 
Looks good, but price way too high. I'm still getting a Crucial P5 plus at this stage, prices have plummeted in Australia.
 
Holy wow. Lol. That’s the biggest ssd heatsink I’ve seen!!
Because it's NOT a heatsink, it's actually a "thermal inversion regulator", heheheh :D
 
Not particular to this drive but i just learned that the PS5 doesnt support HMB


DRAM-less drives wont work properly on NVME supported game consoles, and this might be relevant to NVME drive reviews
 
Not particular to this drive but i just learned that the PS5 doesnt support HMB


DRAM-less drives wont work properly on NVME supported game consoles, and this might be relevant to NVME drive reviews
Have you seen any actual testing that confirms that lack of HMB is an actual issue for the PS5? Sony's own SSD test just tests sequential afaik? Which probably isn't representative of actual gameplay at all?
 
Have you seen any actual testing that confirms that lack of HMB is an actual issue for the PS5? Sony's own SSD test just tests sequential afaik? Which probably isn't representative of actual gameplay at all?
No idea! I dont think anyone can test it easily, but it's worth knowing about

Apparently SSD's cant be officially compatible without it
How to add an M.2 SSD to a PS5 console (Australia) (playstation.com)

1670485132141.png


I'd never heard of it before today til someone mentioned it to me, and since i was reading this review at the time i commented here before i forgot it
 
No idea! I dont think anyone can test it easily, but it's worth knowing about

Apparently SSD's cant be officially compatible without it
How to add an M.2 SSD to a PS5 console (Australia) (playstation.com)

View attachment 273515

I'd never heard of it before today til someone mentioned it to me, and since i was reading this review at the time i commented here before i forgot it
Yeah I saw that .. which really doesn't mean anything


This testing suggests no noteworthy difference
 
That link does cover it well, seems like sony have a bunch of requirements for the drives that don't seem to actually be needed

Heck the PCI-E 4.0 requirement is probably artificial going by their testing
 
I have the same SSD, and it's actually throttling when there is limited airflow, or something covers the SSD. I mean, if the SSD is installed under a graphics card or in a tight SFF PC, then it will pass 72°C+ and will throttle. It's clearly visible in CrystalDiskMark - about a 500-800MB/s drop in sequential read/write and hiccups in random read/write tests. A spot above the graphics card, without additional airflow, is like at the edge of throttling if in use is any higher wattage graphics card.
Another thing is that the backplate of the heatsink causes it won't fit many high-end motherboards, and if you remove it, then the SSD loses its warranty (there is a sticker on the screw). It won't fit any motherboard with dual-side M.2 cooling, so if thermal pads or heatsinks are directly on the motherboard's PCB, then it's not possible to install the SSD with the heatsink. It won't fit ASUS M.2 DIMM (like on higher Maximus/Crosshair motherboards).
I'm not saying it's a bad SSD, as the performance is great, but before the purchase, it's good to check if the motherboard has the right spot for this SSD to run without issues.
 
The bang for the buck just isn't worth it. I'm not sure about outside the US, but the holiday deals on storage have been incredible this year! I grabbed a 2TB KC3000 for $169. The very next day, I accidentally found the 2TB Hynix P41 Platinum for $159. My first choice would have been the P41 so I grabbed that one too. I was going to cancel the KC3000 order but just decided to keep it. It seems like such an amazing deal.
 
You can use that to cool an entire PS5
Nah, I've already installed one of them to cool my entire 5000 sq.ft. house, and it works like a charm, and my frakin-engineer buddy says he wants one for his drilling rig too....hehehe :D

j/k !
 
Back
Top