How to assemble two SSDs, and can SSDs be used as disk arrays?

Solid-state arrays should not be grouped casually, because the previous array cards did not recognize the SSD, because there is a problem with 4K blocks, so the writing of the SSD is a problem.

SSD usage follows the following aspects.

The interface should correspond to the hard disk of the interface, and this interface is much faster than the array.

2.Using Intel's on-board chip array, preferably Intel's SSD, works very well.

3.You must install win7 or above version,XPThe SSD must be installed with special software optimization to play the performance of the solid-state Oh,Some solid-state manufacturers do not have similar software。

Solid-state except for i-ram or 9010 The other solid-state only Intel's I feel okay, and the others really dare not use it. I've used Tron, Magic Point, Apacer, Intel, I-RAM and ANS9010.

Also, now the difference between 128G and 64G is not very large, or is it suitable for 128G directly, don't form an array. The group array is not as good as directly on the SATA3 solid-state + expansion card.

It's the same as your HDD array.

Absolutely. This experience is aimed at those who are crazy about watching the slow loading progress bar of a large game, as well as those who use the Adobe family of software to create graphics. (Disks with different brands and speeds, data will be different, here is just an introduction to the method of multiplying the disk speed) SSD parameters:

Take a 120G SSD as an example, SATA3 is connected, and the data tested by the SSD is obtained.

1 HDD] Read: 494MB s Write: 198MB S [3 HDD] Read:

1485mb s write: 451mb s [4 hard disks] read: 1516mb s write:

522MB s From the above data, it can be seen that under the SATA3 connection, the fastest speed is more than 1500MB s, which means that this is the highest speed. Adding more drives won't continue to increase exponentially. However, if you want to increase the storage capacity, you can continue to increase the number of hard drives.

Of course, the average consumer motherboard only has a maximum of 6 SATA3 ports.

The operating temperature range of its chips is very wide, commercial products (0 70) and industrial products (-40 85). Although the cost is higher, it is gradually becoming popular in the DIY market. Because SSD technology is different from traditional hard disk technology, many new memory manufacturers have emerged.

Manufacturers only need to buy NAND memory, and then cooperate with the appropriate control chip, and then they can make SSDs. The new generation of SSDs generally uses SATA-2 interface, SATA-3 interface, SAS interface, MSATA interface, PCI-E interface, NGFF interface, CFast interface and SFF-8639 interface.