The 8TB SSD U.2 offers high capacity storage at an affordable price
The cost of business software and hardware is nearly always and significantly greater than the cost of consumer software and hardware. After their prime, however, they are often available at prices that are more affordable to the typical customer. These prices may even be lower. This is the scenario with Intel’s corporate NVMe 8TB SSD, the DC P4510 (SSDPE2KX080T851), which can now be purchased at the price of $399.99; yet, its initial retail price was over $5,000. The original retail price of the product was over $5,000. If you buy it via the Server Part Deals website, you will get a discount of ten dollars.
During those times, the Intel DC P4510 was a fairly big deal and it continues to be so now. The Intel 512 Gb 64-layer 3D TLC NAND is used in the 2.5-inch 15mm drive, which offers capacities ranging from 1 terabyte all the way up to 8 terabytes and has a height of 15 millimetres. Because PCIe 5.0 solid-state drives are capable of pushing data transfer speeds higher than 14 gigabytes per second, the P4510 has very little possibility of succeeding in any contests held in the current context.
By using the PCIe 3.1 x4 interface, the P4510 is able to reach sequential read and write rates of up to 3,200 MB/s and 3,000 MB/s, respectively. These speeds may be achieved simultaneously. The performance while dealing with random data is likewise pretty satisfactory, with 620,000 IOPS reads and 139,500 IOPS writes correspondingly.
Because it only costs 5 cents per GB ($399.99), which is the entire price, the P4510 is a fantastic deal for an 8TB drive. The P4510 and the Samsung 870 QVO 8TB, which is now the product on the market with the lowest price for an 8TB SATA SSD, both have identical price tags. The P4510 is currently the market leader in terms of lowest cost. The Samsung 870 QVO, on the other hand, can only achieve SATA speeds, while the performance of the P4510 is on par with that of PCIe 3.1.
The P4510 has one and only one significant negative, and that is the fact that it uses the U.2 interface, which is a port that is seldom utilised on contemporary mainstream motherboards. This is the only major drawback that the P4510 has. A number of years ago, there was a lot of enthusiasm about the U.2 port, and numerous high-end desktop and server motherboards were outfitted with U.2 ports to accommodate this growing demand. It is quite unfortunate that the U.2 interface was never able to achieve widespread adoption in the consumer sector.
It is not a huge letdown when you realise that adapters that change U.2 drives into M.2 drives are available on Amazon for a price of $28.88. You can also acquire adapters that convert U.2 to PCIe, and the prices for them start at $35.61. These are useful if you would prefer utilise the PCIe interface. Even after taking into consideration the cost of the additional peripherals that are needed to get it up and running, acquiring the P4510 is still an excellent deal if you want PCIe 3.1 speeds for a secondary storage drive. This is true even after taking into account the price of those additional devices.
Drives like the P4510 use extremely minimal power in comparison to other models. The SSD requires 16W of power when it is being used at its intended capacity. Although the power consumption when the drive is actively working might be up to twice as much as that of a standard 8TB hard drive, the power consumption when the drive is not actively working is the same as that of an 8TB drive.
The P4510 has dependability on par with that of a business, as was to be expected. The solid-state drive (SSD) has a rating of one DWPD (drive write per day) and comes with a warranty from Intel that is valid for five years. Depending on whether you refer to it in terms of terabytes or petabytes, it is comparable to either 13,880 TBW (terabytes written) or 13.88 PBW (petabytes written). The P4510 is a solid-state drive (SSD) that is meant for ordinary consumer usage and is engineered to live for many years, most likely through all five of your subsequent system upgrades. It is constructed for longevity and is designed for average consumer use.
