M.2 SSD to 2.5 SATA Enclosure, B & M Key SATA SSD Converter to 2.5 Inch SATA 3.0 Card with 7mm Plastic Case.

Product specifications:

1.Convert a M.2 NGFF (SATA Channel) SSD into a standard 2.5 inch SATA Hard Disk Drive.

2.Support SATA I/II/III (up to 6Gbps). Compatible with both laptop and desktop,Plug and play, no driver required.

3.Support 22*30mm/22*42mm/22*60mm/22*80mm all size of M.2 NGFF (SATA) SSD.

4.Do not support M.2 Key M PCI-E Bus SSD.

Product Overview:

This SATA protocol supported SSD to SATA3.0 with a shell SSD adapter is like a simple yet sophisticated storage expansion master, designed for computer manufacturers and DIY enthusiasts. With a single NGFF (M.2) KEY-B SSD slot, it accurately adapts to four common sizes of SSDs under SATA protocol: 22 * 30mm/22 * 42mm/22 * 60mm/22 * 80mm, providing users with a simple and efficient storage upgrade path. The output terminal adopts the classic SATA3.0 interface to stably output high-speed data. The externally equipped plastic shell fits perfectly with the SATA2.5-inch hard drive, making it easy to insert into the reserved positioning holes of the chassis, making installation as convenient as tailor-made. What's even more exciting is that its affordable price allows customers who pursue cost-effectiveness to easily enjoy the charm of SSD high-speed storage without hesitation.

Product Features

1. Precision adapted SSD slot:

The SSD slot of NGFF (M.2) KEY-B is the soul of this adapter board. It is meticulously crafted in strict accordance with the SATA protocol standard, with each pin finely calibrated and made of high-quality gold-plated metal material to ensure a tight fit with the corresponding SSD gold finger and stable data transmission. Whether it's the compact and agile 22 * 30mm SSD or the high-capacity 22 * 80mm high-performance SSD, they can quickly establish a stable connection after insertion, providing reliable support for users' storage needs and effectively avoiding data loss or transmission failures caused by poor contact.

2. Efficient and stable SATA3.0 output:

The mature and reliable SATA3.0 interface is used as the data transmission outlet, with regular internal pin arrangement and high-purity copper alloy to ensure smooth transmission of power and data. When handling daily tasks such as system startup, software loading, file transfer, etc., it can run stably at a speed close to the theoretical peak, greatly reducing waiting time and improving the overall response speed of the system, allowing users to truly feel the speed advantage of SSD compared to traditional hard drives, and easily cope with various data intensive scenarios.

3. Convenient installation of plastic casing:

The design of the external plastic shell is unique and meticulously matched with the SATA2.5-inch hard drive. This clever design allows users to simply follow the installation steps of a regular 2.5-inch hard drive during the chassis installation process. Whether it is the assembly line operation of a professional computer assembly plant or the installation attempt of a computer DIY player at home, the corresponding chassis position can be quickly found and firmly fixed, effectively saving installation time and reducing installation difficulty. At the same time, the shell is made of high-quality plastic, which combines insulation and impact resistance, providing comprehensive protection for the internal components of the adapter board.

4. Ultra high cost-effectiveness advantage:

In the fiercely competitive computer accessory market, this product stands out with its affordable price. For computer manufacturers, it means being able to provide end users with more cost-effective storage upgrade solutions while controlling costs, meeting the desire of different consumer groups for SSD high-speed storage. By optimizing production processes and material selection without sacrificing performance, price advantages can be achieved, allowing more users to easily embrace the SSD era and enhance product market competitiveness.

Product Structure and Interface Introduction

NGFF (M.2) KEY-B SSD slot:

Stamped and formed by high-precision molds, ensuring minimal tolerance for slot dimensions and extremely high compatibility with SSD gold fingers. The metal pins inside the slot are finely polished and the surface is gold-plated to further enhance conductivity, and have excellent oxidation resistance, ensuring good contact effect even after long-term use. The edge design has soft guide angles to assist in the smooth insertion of the SSD. At the same time, it has a built-in elastic buckle structure that automatically locks the SSD once it is inserted into place. The screws lock the SSD to the adapter board to prevent loosening, laying a solid foundation for the stable operation of the SSD.

SATA3.0 output interface:

Strictly following industry standards, the internal pin layout is clear and reasonable, and high-purity copper alloy material is selected to ensure efficient and stable power and data transmission. The interface shell is made of high-strength engineering plastic, which has good insulation performance and mechanical strength, effectively preventing damage to the interface caused by static interference and external collision. Its plug-in design is tightly fitted and can automatically lock after insertion to prevent loosening, providing a solid guarantee for subsequent data transmission.

Plastic casing:

The plastic shell is formed through precision injection molding technology, with dimensional accuracy controlled within a very small range, ensuring complete consistency with SATA2.5-inch hard drives. The internal structure design of the shell is reasonable, providing good protection space for the adapter plate and internal components. At the same time, through special buckles and fixing devices, it is tightly combined with the adapter plate to prevent loosening. The surface has been sandblasted, which not only looks beautiful, but also increases the feel and enhances the user experience of the product.

Performance advantages:

Simple and efficient storage expansion: With a single yet powerful SSD slot, it provides users with a direct and efficient storage upgrade solution. Whether it's revitalizing old computers or pursuing the ultimate cost-effectiveness for new installation users, this adapter board can easily connect the compatible SSD to the system, quickly improving storage performance and meeting the growing demand for data storage and read/write, without the need for complex configuration and debugging.

Stable and reliable data transmission: The SATA3.0 interface and precisely adapted SSD slots work together to ensure stable and efficient data transmission. Whether it is long-term continuous reading and writing of large files, such as high-definition video materials, large database files, or frequent system startup, software switching and other operations, it can maintain a stable transmission rate, reduce data transmission errors and delays, ensure smooth system operation, and improve user work efficiency and user experience.

Convenient and precise installation adaptation: The perfect match between the plastic shell and the 2.5-inch hard drive positioning hole of the chassis greatly simplifies the installation process. Computer manufacturers can significantly shorten installation time and reduce labor costs during mass production; DIY enthusiasts can easily get started with home decoration machines, avoiding the risk of equipment damage caused by improper installation, making storage upgrades easy and enjoyable, and improving installation success rates.

Cost control and market competitiveness enhancement: The affordable price advantage makes this product highly competitive in the market. Computer manufacturers can reduce their procurement costs and have more flexibility in product pricing, attracting more consumers who value cost-effectiveness; For end users, they can enjoy the high-speed storage experience brought by SSDs at a lower cost, achieve a win-win situation, and help products stand out in the market.

Usage method

SSD installation:

Pick up the SSD that meets the size requirements of 22 * 30mm/22 * 42mm/22 * 60mm/22 * 80mm, align its golden finger with the NGFF (M.2) KEY-B SSD slot of the adapter board, pay attention to the correct insertion direction, at a 25 ° angle, and slowly insert with moderate force until the SSD is fully inserted into the slot. At this point, the elastic buckle inside the slot will automatically fasten the SSD, and the screw can be used to secure the SSD to the bolt on the adapter when installing card 2, ensuring that it is firmly fixed. If the buckle is not fully fastened, gently press the buckle to make it tightly fit the SSD.

Pre startup inspection:

After the SSD installation is completed, carefully check whether the connection between the adapter board and the SSD is tight, whether the buckle is securely fixed to the SSD, and whether there is any looseness, misalignment, or other issues. Meanwhile, observe whether other components inside the chassis are installed properly and whether there are any foreign objects obstructing them. If everything is normal, prepare to start the computer.

Installation of adapter board:

Open the chassis and locate the corresponding positioning hole in the 2.5-inch hard drive slot reserved in the chassis. Align the plastic housing of the SATA protocol supported SSD to SATA3.0 SSD adapter with the positioning hole, slowly and steadily insert it, ensuring that the housing is completely attached to the chassis. Secure it firmly with screws or buckles. At this point, gently pull the adapter plate to check for any signs of looseness.

Usage and monitoring:

After starting the computer, pay attention to whether the system starts normally and whether there are any error messages. During the computer startup process, the working status of the SSD, such as temperature and read/write speed, can be monitored through the system's built-in hardware monitoring tools or third-party software. If the SSD is found to be unstable, overheated, or frequently reporting errors, it should be stopped immediately to check whether the connection between the SSD and the adapter board is loose, whether the gold fingers are oxidized, whether there are electromagnetic interference sources inside the chassis, and to identify and solve potential faults to ensure stable operation of the computer.

	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.

Package Contents:

1x SATA tO NGFF M.2 B-Key SSD Enclosure.

4x M.2 Black screw.

2x M.2 screw.

1x Standoff.

1 x Screwdriver.