Patriot Teases 12.4 GB/s Viper PV553 PCIe Gen5 x4 SSD
More will be revealed at Computex, along with a slew of other new products.
California-based Patriot Group has been teasing (PDF) a super-fast new SSD, which it intends to fully unveil at the Computex 2023 in a few week's time. The new Patriot Viper PV553 is one of the latest breed of PCIe Gen5 x4 M.2 SSDs, and has a touted top transfer speed of 12.4 GB/s. If it lives up to its promise, we could see the new Patriot Viper PV553 swelling the ranks of our Best SSDs of 2023.
We don't have a great deal of information about the new Patriot Viper PV553, as it is still at pre-launch stage. For example, we don't know what controller or NAND will be used. The key facts we have about this SSD at this stage are provided in the following table.
Patriot Viper PV553 SSD | |
---|---|
Interface |
M.2 form factor PCIe Gen5 x4 SSD |
Max sequential read speed |
12,400 MB/s |
Max sequential write speed |
11,800 MB/s |
Cooling |
Active cooler with vented heatsink |
With the recent (bad) news regarding PCIe Gen5 SSDs overheating, throttling, or even grinding to a complete halt, it is good to see that Patriot's Viper PV553 looks like it has an active cooler as standard (rather than an option). At the connector end, the tiny fan is visible, and there follows a fluted and vented design, which looks like it is capped by an aluminum shield. The overall design makes this writer wonder if some kind of music can be produced by covering the various holes once the fan is running. A final observation is that the Viper PV533 appears to eschew RGB LED lighting.
We hope that the Patriot Viper PV553 can live up to its performance claims, as if it follows through, we could have one of the fastest new generation PCIe Gen5 SSDs available, sitting alongside the likes of the Crucial T700 (which also achieves 12.4 GB/s).
Patriot isn't only going to launch the new PCIe Gen5 SSD as part of a refreshed Viper gaming storage line. It says that at Computex it will also talk about updates to its PCIe Gen4 SSD lineup, as well as a RAM showcase centered around the Viper Xtreme 5 DDR5 extreme performance memory and Viper Elite 5 DDR5 mainstream performance memory. There will also be a host of new peripherals and a showcase of the recently released Viper VXD M.2 SSD Enclosure.
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Mark Tyson is a news editor at Tom's Hardware. He enjoys covering the full breadth of PC tech; from business and semiconductor design to products approaching the edge of reason.
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wifiburger That tiny fan looks terrible, prob will sound very annoying given how hot these get :rolleyes:Reply -
usertests
Blazing Gen5/Gen6 SSDs could benefit from that AirJet "solid state" cooling solution that hit the press a while ago, assuming it doesn't turn out to be vaporware.wifiburger said:That tiny fan looks terrible, prob will sound very annoying given how hot these get :rolleyes: -
PlaneInTheSky
I don't want an SSD with fan or even heatsink.wifiburger said:That tiny fan looks terrible, prob will sound very annoying given how hot these get
1\00d71 gif:rolleyes:
1) it's just a matter of time before a small fan starts to rattle and fails
2) if an SSD needs so much cooling, I don't want my data near it
M.2 is such a stupid standard. We need U.2 and U.3 SSD like worstations use. -
Amdlova I think I will skip this gen of ssd for a good time. With that amount of heat better incrase ram and use it as ram cache.Reply -
pointa2b
I never understood why U.2 didn't take off like M.2- much less mobo real estate, better thermals, can use existing hardware to hold 2.5/3.5 drives, etc. Hopefully we see a shift in the future.PlaneInTheSky said:M.2 is such a stupid standard. We need U.2 and U.3 SSD like worstations use. -
lmcnabney pointa2b said:I never understood why U.2 didn't take off like M.2- much less mobo real estate, better thermals, can use existing hardware to hold 2.5/3.5 drives, etc. Hopefully we see a shift in the future.
Possibly lack of compatibility between U.2 and U.3. There is backwards compatibility for U.3 drives on U.2 hardware, but not vice-versa. It isn't like PCIexp.