Pny drive utility no firmware image
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That's without even considering the already boring pricing on these things. Now announcing a new SSD is like announcing a brand new higher-clocked Pentium IV CPU. I remember back in the day when SSDs were interesting. They're all capped at SATA 6Gbps and performance sacrifices aren't worth the price difference ($7?!). There are so many players and products on the market in the SSD space right now that releasing more makes no sense unless there's anything special about it.
#Pny drive utility no firmware image software
PNY does include Acronis True Image HD with this model, and the software key is located in the bundled paper manual. We confirmed that Phison's utility does work with the CS1311 SSDs. Phison does though, and it's readily available online.
#Pny drive utility no firmware image update
Unfortunately, PNY doesn't offer a storage utility apart from a firmware update tool. We searched through the company's stipulations on its website and couldn't find specific mention of a terabytes-written (TBW) limit or any strings tied to the WMI. PNY covers its CS1311 family with a three-year warranty that doesn't seem bound by endurance. At those levels, TLC-based SSDs become more attractive to folks who might have previously eschewed them. PNY is very aggressive here, achieving close to 25 cents per gigabyte for three of its four capacities. The CS1311's strongest feature is its price. You can read more about the eight-channel controller here. We detailed many of the Phison PS3110-S10 features in a controller-specific story. Random I/O also varies a bit depending on the configuration you're looking at, but you won't be able to tell under real-world conditions. Sequential reads hold steady at 550 MB/s for all four models, while sequential writes range from 510 to 520 MB/s. The performance claims differ slightly for each size. PNY rounds out its CS1311 family with more interesting 240GB, 480GB and 960GB models. Given 128Gb density, there are only eight dies in a 128GB-class SSD, which means write performance outside of the SLC buffer is very low. Many companies have dropped that size altogether.
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PNY released the CS1311 at four capacity points, and we're surprised to see a 120GB model in the group. Lower-capacity drives don't benefit as much, but they're still a lot faster in those operations. By skipping over the buffer and writing straight to the NAND, sequential write performance more than doubles on high-capacity SSDs. Usually this happens quickly, so you don't notice a pause during the transfer. The buffer needs to purge its data to the flash before accepting more.
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Without the direct-to-die algorithm, information would pass to the small SLC buffer area and then "fold" into the NAND. By using an approach called direct-to-die, sequential data fills the SLC buffer first, and then begins to write directly to the flash. Phison is the first controller vendor aside from Samsung to address the issue. Depending on the flash used, you'll see sequential write speeds drop as low as 70 MB/s after a couple of seconds-that's less than a modern disk-based hard drive! Not every application suffers, but you'll notice big software installations slow to a crawl, for instance. In fact, they set SSD performance back several generations in some very common workloads. TLC-based SSDs from every company other than Samsung are slow compared to drives armed with MLC and SLC flash.