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MOQ: | 50-100PCS |
Price: | Negotiation |
Standard Packaging: | Electrostatic bag |
Delivery Period: | 10-15 work days |
Payment Method: | T/T, Western Union |
Supply Capacity: | 190000 Pieces per Month |
MSATA to SATA 2.5-inch adapter product introduction:
In the current era of increasing demand for upgrading computer storage devices and data migration, mSATA to SATA 2.5-inch adapters have emerged. As a bridge connecting mSATA hard drives with traditional SATA devices, it solves the problem of storage device adaptation for users and expands new possibilities for data storage with strong compatibility and practical functions.
Core function: Implement efficient interface conversion:
This adapter can convert mSATA interface hard drives to SATA 2.5-inch interfaces, making it easy to connect to devices with SATA interfaces such as desktops, laptops, and hard drive enclosures. In practical applications, it is easy to transfer idle mSATA hard drives from laptops to desktops as data storage disks, or to install mSATA hard drives into SATA interface portable hard drive enclosures for portable data storage. Through adapters, mSATA hard drives can break through device interface limitations and fully utilize their storage value, allowing users to complete data migration and storage expansion between devices without replacing the hard drive, greatly improving the utilization and flexibility of storage devices.
Strong compatibility: compatible with full height and half height mSATA hard drives:
The mSATA slot of the adapter supports both full height and half height mSATA hard drives, allowing for precise adaptation to both early half height mSATA solid state drives and new full height mSATA hard drives. This feature effectively solves the adaptation difficulties faced by users due to different specifications of mSATA hard drives, and users do not need to worry about their mSATA hard drives being unable to use the adapter due to specification issues. Whether it is a half height mSATA hard drive removed during the upgrade and renovation of old equipment or a newly purchased full height mSATA hard drive, it can be smoothly connected to SATA devices through this adapter, meeting users' reuse needs for mSATA hard drives in different scenarios and saving storage equipment replacement costs for users.
Thoughtful design: LED indicator light real-time feedback:
The LED indicator light equipped with the adapter is a thoughtful design highlight. During the operation of the adapter, the LED indicator light will provide real-time feedback information based on the device's operating status. When the adapter is successfully connected to the SATA device and powered on, the indicator light will light up, indicating that the user's device has been connected normally; When performing data read and write operations on mSATA hard drives, the indicator light will flash, allowing users to intuitively understand the data transfer status. Through the LED indicator light, users can quickly grasp the working status of the adapter and hard drive without complex operations, timely detect possible connection abnormalities or data transmission problems, provide users with a convenient user experience, and also facilitate troubleshooting and equipment maintenance.
Product structure and material: stable, reliable and guaranteed
1.High quality PCB board:
The adapter uses high-quality PCB boards and is designed with multiple layers of wiring. The signal transmission and power lines are reasonably planned and optimized to effectively reduce signal interference and loss. During the data transmission process, it can ensure stable and accurate signal transmission, fully leveraging the data exchange performance between mSATA hard drives and SATA devices. At the same time, the materials selected for the PCB board have good electrical insulation performance and mechanical strength, which can effectively resist interference such as vibration and static electricity in daily use, ensuring the long-term stable operation of the adapter.
2. Precision interface:
The mSATA slot and SATA interface are both manufactured with precision technology, and the metal contacts inside the interface are finely polished and gold-plated, providing excellent conductivity and oxidation resistance. The connection between the mSATA slot and the mSATA hard drive is tight and stable, ensuring stable and reliable data transmission; The connection between SATA interface and SATA device is equally precise, which can effectively avoid data transmission interruption or instability caused by poor contact. The precise interface design provides a solid physical foundation for the efficient operation of the adapter.
Usage method
Preparation work: Confirm the required mSATA hard drive specifications (full height or half height), and prepare target devices with SATA interfaces, such as desktops, laptops, or hard drive enclosures. Before operation, ensure that all equipment is powered off to avoid safety risks and equipment damage caused by live operation.
Install mSATA hard drive: Align the mSATA hard drive with the mSATA slot of the adapter, slowly insert it in the correct direction according to the anti mistake design label of the slot, until the mSATA hard drive is fully inserted into the slot and a slight locking sound is heard, ensuring that the mSATA hard drive is firmly connected to the slot.
Connecting SATA devices: Connect the end of the adapter with the SATA interface to the SATA interface of the target SATA device, and insert it in the correct direction according to the interface label to ensure a tight connection and prevent loosening.
Check and use: After the connection is completed, power on the device. Observe the status of the LED indicator light on the adapter. If the indicator light is on, it indicates a successful connection. At this point, users can perform initialization, partitioning, formatting, and other operations on the mSATA hard drive in the device's disk management. Once completed, they can use the mSATA hard drive for data storage, reading, and writing normally.
Applicable scenarios:
1.Computer upgrade and renovation
When users upgrade their desktop or laptop computer and replace it with a more powerful solid-state drive, the original mSATA hard drive can be reused through this adapter. Connect it to a desktop computer as a data storage disk for storing personal files, photos, videos, and other materials, fully utilizing the value of idle hard drives and avoiding resource waste; MSATA hard drives can also be loaded into SATA interface portable hard drive enclosures, transforming them into portable mobile storage devices that facilitate data transfer between different devices and meet diverse needs such as mobile office and data sharing.
2. Data migration
When replacing computer devices or performing system migration, it is necessary to transfer data from mSATA hard drives to the new device. Through this adapter, users can connect mSATA hard drives to the SATA interface of their new computer, enabling quick data migration. Whether it is system files, applications, or personal data, they can be efficiently and completely transferred, reducing the time cost and operational difficulty of users in the data migration process, ensuring data security and smooth migration to new devices.
3.Storage device testing and maintenance
For computer repair personnel, hardware enthusiasts, or professionals engaged in data storage related work, this adapter plays an important role in storage device testing and maintenance. MSATA hard drives can be connected to different SATA devices for performance testing, troubleshooting, and data recovery operations, making it convenient and efficient to detect the working status and storage performance of mSATA hard drives, providing strong support for the maintenance and management of storage devices.
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Definition of Data Interface (7-pin)
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Stitch | Stitch |
Definition
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|
1 | GND Ground |
Grounding, usually connected to the negative pole.
|
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2 | A Transmit |
Positive signal interface for data transmission.
|
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3 | A Transmit |
Data transmission negative signal interface.
|
|
4 | GND Ground |
Grounding, usually connected to the negative pole.
|
|
5 | B-Receive |
Data receiving negative signal interface.
|
|
6 | B-Receive |
Data receiving positive signal interface
|
|
7 | GND Ground |
Grounding, usually connected to the negative pole.
|
Definition of Power Interface (15 Pin)
|
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Stitch
|
Signal | Line color | Definition |
1 |
+3.3VDC
|
Orange | DC 3.3V positive power supply pin |
2 | +3.3VDC | Orange |
DC 3.3V positive power supply pin.
|
3 | +3.3VDC | Orange |
DC 3.3V positive power pin, pre charged, paired with the second circuit.
|
4 | GND | Black |
Grounding, usually connected to the negative pole, paired with the first circuit.
|
5 | GND | Black |
Grounding, usually connected to the negative pole, paired with the second circuit.
|
6 | GND | Black |
Grounding, usually connected to the negative pole, paired with the third circuit.
|
7 | +5VDC | Red |
DC 5V positive power pin, pre charged, paired with the second circuit.
|
8 | +5VDC | Red |
DC 5V positive power supply pin.
|
9 | +5VDC | Red |
DC 5V positive power supply pin.
|
10 | GND | Black |
Grounding, usually connected to the negative pole, paired with the second circuit.
|
11 | Optional | Black |
Reserved pins.
|
12 | GND | Black |
Grounding, usually connected to the negative pole, paired with the first circuit.
|
13 | +12VDC | Yellow |
DC 12V positive power pin, pre charged, paired with the second circuit.
|
14 | +12VDC | Yellow |
DC 12V positive power supply pin.
|
15 | +12VDC | Yellow |
DC 12V positive power supply pin. |
![]() |
MOQ: | 50-100PCS |
Price: | Negotiation |
Standard Packaging: | Electrostatic bag |
Delivery Period: | 10-15 work days |
Payment Method: | T/T, Western Union |
Supply Capacity: | 190000 Pieces per Month |
MSATA to SATA 2.5-inch adapter product introduction:
In the current era of increasing demand for upgrading computer storage devices and data migration, mSATA to SATA 2.5-inch adapters have emerged. As a bridge connecting mSATA hard drives with traditional SATA devices, it solves the problem of storage device adaptation for users and expands new possibilities for data storage with strong compatibility and practical functions.
Core function: Implement efficient interface conversion:
This adapter can convert mSATA interface hard drives to SATA 2.5-inch interfaces, making it easy to connect to devices with SATA interfaces such as desktops, laptops, and hard drive enclosures. In practical applications, it is easy to transfer idle mSATA hard drives from laptops to desktops as data storage disks, or to install mSATA hard drives into SATA interface portable hard drive enclosures for portable data storage. Through adapters, mSATA hard drives can break through device interface limitations and fully utilize their storage value, allowing users to complete data migration and storage expansion between devices without replacing the hard drive, greatly improving the utilization and flexibility of storage devices.
Strong compatibility: compatible with full height and half height mSATA hard drives:
The mSATA slot of the adapter supports both full height and half height mSATA hard drives, allowing for precise adaptation to both early half height mSATA solid state drives and new full height mSATA hard drives. This feature effectively solves the adaptation difficulties faced by users due to different specifications of mSATA hard drives, and users do not need to worry about their mSATA hard drives being unable to use the adapter due to specification issues. Whether it is a half height mSATA hard drive removed during the upgrade and renovation of old equipment or a newly purchased full height mSATA hard drive, it can be smoothly connected to SATA devices through this adapter, meeting users' reuse needs for mSATA hard drives in different scenarios and saving storage equipment replacement costs for users.
Thoughtful design: LED indicator light real-time feedback:
The LED indicator light equipped with the adapter is a thoughtful design highlight. During the operation of the adapter, the LED indicator light will provide real-time feedback information based on the device's operating status. When the adapter is successfully connected to the SATA device and powered on, the indicator light will light up, indicating that the user's device has been connected normally; When performing data read and write operations on mSATA hard drives, the indicator light will flash, allowing users to intuitively understand the data transfer status. Through the LED indicator light, users can quickly grasp the working status of the adapter and hard drive without complex operations, timely detect possible connection abnormalities or data transmission problems, provide users with a convenient user experience, and also facilitate troubleshooting and equipment maintenance.
Product structure and material: stable, reliable and guaranteed
1.High quality PCB board:
The adapter uses high-quality PCB boards and is designed with multiple layers of wiring. The signal transmission and power lines are reasonably planned and optimized to effectively reduce signal interference and loss. During the data transmission process, it can ensure stable and accurate signal transmission, fully leveraging the data exchange performance between mSATA hard drives and SATA devices. At the same time, the materials selected for the PCB board have good electrical insulation performance and mechanical strength, which can effectively resist interference such as vibration and static electricity in daily use, ensuring the long-term stable operation of the adapter.
2. Precision interface:
The mSATA slot and SATA interface are both manufactured with precision technology, and the metal contacts inside the interface are finely polished and gold-plated, providing excellent conductivity and oxidation resistance. The connection between the mSATA slot and the mSATA hard drive is tight and stable, ensuring stable and reliable data transmission; The connection between SATA interface and SATA device is equally precise, which can effectively avoid data transmission interruption or instability caused by poor contact. The precise interface design provides a solid physical foundation for the efficient operation of the adapter.
Usage method
Preparation work: Confirm the required mSATA hard drive specifications (full height or half height), and prepare target devices with SATA interfaces, such as desktops, laptops, or hard drive enclosures. Before operation, ensure that all equipment is powered off to avoid safety risks and equipment damage caused by live operation.
Install mSATA hard drive: Align the mSATA hard drive with the mSATA slot of the adapter, slowly insert it in the correct direction according to the anti mistake design label of the slot, until the mSATA hard drive is fully inserted into the slot and a slight locking sound is heard, ensuring that the mSATA hard drive is firmly connected to the slot.
Connecting SATA devices: Connect the end of the adapter with the SATA interface to the SATA interface of the target SATA device, and insert it in the correct direction according to the interface label to ensure a tight connection and prevent loosening.
Check and use: After the connection is completed, power on the device. Observe the status of the LED indicator light on the adapter. If the indicator light is on, it indicates a successful connection. At this point, users can perform initialization, partitioning, formatting, and other operations on the mSATA hard drive in the device's disk management. Once completed, they can use the mSATA hard drive for data storage, reading, and writing normally.
Applicable scenarios:
1.Computer upgrade and renovation
When users upgrade their desktop or laptop computer and replace it with a more powerful solid-state drive, the original mSATA hard drive can be reused through this adapter. Connect it to a desktop computer as a data storage disk for storing personal files, photos, videos, and other materials, fully utilizing the value of idle hard drives and avoiding resource waste; MSATA hard drives can also be loaded into SATA interface portable hard drive enclosures, transforming them into portable mobile storage devices that facilitate data transfer between different devices and meet diverse needs such as mobile office and data sharing.
2. Data migration
When replacing computer devices or performing system migration, it is necessary to transfer data from mSATA hard drives to the new device. Through this adapter, users can connect mSATA hard drives to the SATA interface of their new computer, enabling quick data migration. Whether it is system files, applications, or personal data, they can be efficiently and completely transferred, reducing the time cost and operational difficulty of users in the data migration process, ensuring data security and smooth migration to new devices.
3.Storage device testing and maintenance
For computer repair personnel, hardware enthusiasts, or professionals engaged in data storage related work, this adapter plays an important role in storage device testing and maintenance. MSATA hard drives can be connected to different SATA devices for performance testing, troubleshooting, and data recovery operations, making it convenient and efficient to detect the working status and storage performance of mSATA hard drives, providing strong support for the maintenance and management of storage devices.
![]() |
![]() |
||
Definition of Data Interface (7-pin)
|
|||
Stitch | Stitch |
Definition
|
|
1 | GND Ground |
Grounding, usually connected to the negative pole.
|
|
2 | A Transmit |
Positive signal interface for data transmission.
|
|
3 | A Transmit |
Data transmission negative signal interface.
|
|
4 | GND Ground |
Grounding, usually connected to the negative pole.
|
|
5 | B-Receive |
Data receiving negative signal interface.
|
|
6 | B-Receive |
Data receiving positive signal interface
|
|
7 | GND Ground |
Grounding, usually connected to the negative pole.
|
Definition of Power Interface (15 Pin)
|
|||
![]() |
|||
Stitch
|
Signal | Line color | Definition |
1 |
+3.3VDC
|
Orange | DC 3.3V positive power supply pin |
2 | +3.3VDC | Orange |
DC 3.3V positive power supply pin.
|
3 | +3.3VDC | Orange |
DC 3.3V positive power pin, pre charged, paired with the second circuit.
|
4 | GND | Black |
Grounding, usually connected to the negative pole, paired with the first circuit.
|
5 | GND | Black |
Grounding, usually connected to the negative pole, paired with the second circuit.
|
6 | GND | Black |
Grounding, usually connected to the negative pole, paired with the third circuit.
|
7 | +5VDC | Red |
DC 5V positive power pin, pre charged, paired with the second circuit.
|
8 | +5VDC | Red |
DC 5V positive power supply pin.
|
9 | +5VDC | Red |
DC 5V positive power supply pin.
|
10 | GND | Black |
Grounding, usually connected to the negative pole, paired with the second circuit.
|
11 | Optional | Black |
Reserved pins.
|
12 | GND | Black |
Grounding, usually connected to the negative pole, paired with the first circuit.
|
13 | +12VDC | Yellow |
DC 12V positive power pin, pre charged, paired with the second circuit.
|
14 | +12VDC | Yellow |
DC 12V positive power supply pin.
|
15 | +12VDC | Yellow |
DC 12V positive power supply pin. |