mSATA/mini PCI-E SSD To 2.5-inch 44-pin Parallel IDE Hard Drive Enclosure

This product only supports solid-state drives with an mSATA interface defined as 5cm or 7cm length within the mini PCI-e. mSATA is not the same as 1.8inch MICRO SATA. It does not support solid-state drives with a SATA MINI PCIE ASUS signal interface defined within the mini PCI-e. Using the wrong one may damage the card 2: Solid-state drives with a mini PCI-e interface have three types of pin definitions. One is called mSATA, which is commonly found in Lenovo and THINPAD machines, and can also be called an INTEL-defined interface; another is called SATA MINI PCI-E, which is commonly found in ASUS EPC and some tablets, and is also called an ASUS-defined interface; the third is PATA-defined, which is essentially an IDE interface, commonly found in Dell MINI 9 and other machines.The three interface definitions look exactly the same and cannot be distinguished with the naked eye, so please be sure to distinguish the interface definitions of your solid-state drive! 3: In addition to the pin definition differences, solid state drives with mini PCI-e interface also have length differences: A: Half-height, length 2.7cm; B: Full-height, length 5cm; C: Length 7cm. Please indicate the length of your solid state drive in the comments section when placing your order. Our store can ship according to your solid state drive size. If no length is specified in the comments section, the default length of 5cm will be shipped! 4. When using an adapter card with an SSD, please pay attention to the power consumption issue of the MSATA interface SSD. A faster SSD does not mean it will be faster when converted to IDE, because the IDE interface itself is a bottleneck in speed. No matter how fast your original SSD is, the speed will remain the same after conversion. Instead, you should consider the power consumption issue. Many high-speed hard drives consume a lot of power, and when converted to IDE, your original machine may not be able to handle it, as your original mechanical hard drive only consumed a few hundred milliamps. When the computer is designed, the power supply for the hard drive can only provide a maximum of 1000+ milliamps. If you use a high-power SSD, there is a serious risk of it not recognizing the insufficient power supply, failing to boot, or encountering issues such as blue screen, system crash, or inability to format. Therefore, our store recommends that you choose an SSD with lower power consumptionA 1000mAh SSD paired with an adapter card is the safest option. 5: Depending on the batch of goods received, the color of the casing and the style of the PCB circuit board inside may vary, but the functionality is guaranteed to remain unchanged. We will not notify you of any changes, and the actual product shall prevail!