php Editor Banana answers your question: The mSATA interface of the motherboard is usually used to connect storage devices, such as SSD. Generally, this interface does not support wireless network cards. If you want to install a wireless network card on the motherboard, you will usually use the PCIe interface or M.2 interface to achieve this. You can check the motherboard's specifications to determine which interfaces support the installation of wireless network cards. If your motherboard does not have a suitable connector, you may consider using an external USB wireless card as an alternative.
It cannot be used.
The msata port cannot be connected to the wireless network card.
If your msata port is actually mini-pci-e, you cannot connect the wireless network card because you have no place to connect the antenna.
So no matter what, your port cannot connect to the wireless network card.
Go ahead and buy a USB wireless network card. It only costs about 60 yuan, and it is slightly larger than the nano. It also comes with an antenna.
Now msata is not mainstream
It is the m.2 interface
Most of Intel’s new generation b150 motherboards come with
3.5g msata is an interface standard that is used to connect solid state drives (SSD) and motherboards. It uses SATA (Serial ATA) interface technology and adopts mSATA (mini-SATA) size specifications, which are usually used in smaller devices such as ultrabooks and embedded systems.
It has a high data transmission speed and can provide faster reading and writing performance and higher data processing capabilities. At the same time, the 3.5g msata interface also has lower power consumption, helping to improve the energy efficiency of the system and save energy. In short, the 3.5g msata interface provides a high-speed, low-power connection solution for thin and light devices.
mSATA (mini-SATA) is a storage media interface standard whose electrical and physical characteristics are exactly the same as SATA, except that its size is smaller. The mSATA interface defines 5 main pins, including:
1. Power (3.3V): Power pin, providing 3.3V voltage supply.
2. Ground: Ground pin, provides ground current.
3 SATA_TXN/CMD: Conversion/command pin, transmits data and control information.
4. SATA_RXN: Receive pin, receive the transmitted data.
5. SATA_RXP: Receiver, receives the transmitted data.
Among them, the SATA_TXN/CMD, SATA_RXN and SATA_RXP pins are consistent with the SATA interface standard and are used to transmit and receive data. The power pins and ground pins provide necessary power and ground support to ensure that the interface can work stably and reliably.
It should be noted that although the mSATA interface standard defines these 5 pins, in fact, their physical structure and electrical characteristics may be slightly different on different storage devices and motherboards.
Because the Zhaoyang is a large customer model and is configured according to customer needs, we are not sure whether there is an MSATA interface on your motherboard. Personally, I recommend that you disassemble the bottom of the motherboard and check for verification.
mSATA is a small storage device, usually used in the mSATA slot on the motherboard. It can be used as a system startup driver to improve system startup speed and response speed. At the same time, mSATA can also be used as a data storage device for storing personal files, photos, videos, etc. Compared with traditional mechanical hard drives, mSATA has higher read and write speeds and a smaller size, which makes it the choice of more and more computer users. In short, the emergence of mSATA brings more choices and convenience to computer storage devices.
The MSATA interface can be connected by connecting to the corresponding slot part on the motherboard. During the installation process, you need to disassemble the computer host first, find the motherboard slot that can be connected to the MSATA interface, insert the MSATA solid-state drive into the slot, and secure it with screws.
Next, you need to connect the SATA data cable and power cable to ensure that the MSATA solid-state drive is successfully connected to the motherboard.
After the installation is completed, the BIOS will automatically recognize the MSATA solid-state drive when booting, and read and write data using the standard SATA connection method.
Can't.
The mSATA interface is an interface used to connect solid-state storage devices (such as SSD), not an interface used to connect hard drives. The mSATA interface is designed to provide high-speed data transfer and a small physical size to accommodate the needs of embedded devices and thin and light laptops. If you want to connect a hard disk, you should choose the interface suitable for the hard disk (such as SATA interface) to connect.
The mSATA interface is an interface specially designed to connect solid-state storage devices, not hard drives. The mSATA interface is smaller than the traditional SATA interface and is suitable for thin and light laptops and embedded devices. The hard drive usually needs to be connected using a SATA interface. Therefore, the hard drive cannot be directly connected to the mSATA interface. If you need to connect the hard drive to the computer, you can choose a laptop or desktop that supports the SATA interface, and then connect the hard drive to the computer through the SATA interface.
Hello! This model of notebook does not have an mSATA interface. The hard disk interface on the motherboard is SATA3. I am not sure about the SATA interface of the optical drive.
msata is a product specification for a new mini-SATA (mSATA) interface controller developed by the SATA Association (Serial ATA International Organization; SATA-IO). The new controller allows SATA technology to be integrated into small-sized on the device.
At the same time, mSATA will provide the same speed and reliability as the SATA interface standard, providing system developers and manufacturers of small-sized CE products (such as Notebooks/Netbooks) with more efficient and cost-effective storage solutions.
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