M.2 NGFF Nvme SSD To Mini PCI-E Adapter (Vertical Installation) For 2280 NVME SSD

Brand Name:BQZYX
Model Number:ZYX191
Minimum Order Quantity:50-100PCS
Delivery Time:10-15 work days
Payment Terms:T/T, Western Union
Place of Origin:CHINA
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Location: Shenzhen China
Address: 3rd Floor, Building C, Jingchengda Industrial Park, Keji Fourth Road, Tangtou Community, Shiyan Street, Bao'an District, Shenzhen
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Product Details

M.2 NGFF Nvme SSD To Mini PCI-E Adapter (Vertical Installation) For 2280 NVME SSD.


Product specifications:


1. when convert to mini PCI-E interface, only support M.2 Socket 3 PCI-e-based M Key 2280 SSD, doesn’t support M.2 SATA bus B key SSD, but speed at 1X speed only


2. when convert to Msata interface, only support M.2 SATA bus B+M key SSD, doesn’t support M.2 Socket 3 PCI-e-based M Key 2280 SSD.


3. Systerm requirement: half size (26.80x30mm) or full size (50.95x30mm) Mini PCI-e/msata slot on mainboard.


4. Vertical installation and plastic support frame design: more stability and reliability.


Product Overview:


This vertical adapter card with an NGFF(M.2)Key-M interface that converts to a Mini PCI-e/mSATA interface is a hardware adapter that combines high efficiency, compatibility, and stability. It is designed to break the barrier of interface mismatch between storage devices and motherboards, enabling users to easily connect NVME or SATA protocol 2280 hard drives to various devices that support Mini PCI-e/mSATA interfaces through this adapter card, thus achieving high-speed and stable data transmission and greatly expanding the application scope of storage devices. Whether in the field of personal computers or professional fields such as industrial control, it can play a crucial role and provide users with reliable storage solutions.


Product Features:


1.Innovative Vertical Interface Design.


The NGFF(M.2)Key-M interface adopts a unique vertical structure. This design not only provides a more convenient way for the installation of 2280 hard drives but also creates new layout possibilities within the limited space of the computer case. By installing the hard drives vertically, it effectively avoids space waste caused by horizontal placement, making the air circulation inside the case smoother and creating favorable conditions for the heat dissipation of the hard drives. It significantly reduces the risk of data loss or hard drive damage caused by overheating, ensuring the security and stability of data storage.

The design of the vertical interface also pays great attention to ensuring connection stability. Its precise interface structure closely fits with the gold fingers of the hard drive, effectively reducing problems such as data transmission interruption or errors caused by poor contact, providing a solid foundation for high-speed and stable data transmission.


2.Powerful Dual-Protocol Compatibility.

This adapter card fully supports two mainstream protocols, nvme and SATA. This feature makes it widely applicable. For users who pursue extreme data transmission speed, the support for the NVME protocol means that they can enjoy a lightning-fast experience in scenarios that require extremely high read and write speeds, such as 4K video editing, loading large 3D games, and running professional graphic design software. Thanks to its advanced technical architecture, the NVME protocol can fully utilize the high-speed performance of solid-state drives, and the sequential read and write speeds have a qualitative leap compared to the traditional SATA protocol, greatly improving work efficiency.

For general usage scenarios such as daily office work and ordinary entertainment, the compatibility of the SATA protocol provides stable and reliable data access services. Whether it is storing documents, pictures, music, or watching movies, the SATA protocol can ensure the smooth reading and writing of data, meet the basic needs of users, and performs excellently in terms of compatibility, being able to adapt to various brands and models of SATA hard drives, providing users with more choices.


3.Reliable Hard Drive Fixing Solution.

The transparent M2 bracket equipped with the adapter card is one of its highlights. Made of high-strength, heat-resistant transparent materials, it not only ensures stable support for the hard drive but also allows users to observe the operating status of the hard drive at any time, such as the blinking of the hard drive indicator light, so that they can promptly understand the working status of the hard drive and take prompt measures in case of abnormalities.

In terms of fixing the hard drive, the M2 bracket tightly fixes the hard drive on the NGFF(M.2)Key-M slot through precise slot design and firm screw fixing positions, effectively preventing the hard drive from loosening or shifting due to factors such as device movement and vibration, ensuring that the hard drive can maintain a stable working state in various complex environments and providing a strong guarantee for the safe storage of data.


4.Flexible and Adaptable Bracket Flap.


The full-height aluminum alloy bracket flap delivered with the product fully considers the diverse needs of users in the actual use process. When connecting the adapter card to the motherboard's MINI pci-e or mSATA slot, regardless of whether the slot specification is half-height or full-height, users can make the adapter card perfectly fit the motherboard through simple installation or disassembly operations, greatly improving the universality and compatibility of the adapter card.


The selection of aluminum alloy material not only ensures the sturdiness and durability of the bracket flap but also has good heat dissipation performance, which can effectively dissipate the heat generated by the adapter card during operation, further enhancing the stability and reliability of the entire adapter card system.


5.Intuitive Working Status Indicator.


The 3.3V LED indicator equipped on the adapter card provides users with a convenient means to monitor the working status. Through different states such as the on/off, blinking frequency, and color change of the indicator light, users can intuitively understand the power-on status of the adapter card, the data transmission status, and whether there are any faults.


For example, when the indicator light is constantly on, it indicates that the adapter card has been powered on normally; when data is being transmitted, the indicator light will blink at a certain frequency, and the blinking speed can roughly reflect the data transmission speed; if the indicator light blinks abnormally or does not light up, it prompts users that there may be problems such as loose connections of the adapter card, hard drive failures, or other potential issues, facilitating users to conduct timely troubleshooting and ensuring the normal operation of the equipment.


Usage Method:


1.Hard Drive Installation Steps.


First, vertically align the gold finger end of the NVME or SATA protocol 2280 hard drive with the NGFF(M.2)Key-M interface and gently insert it into the interface slot, ensuring that the hard drive completely fits with the interface. During the insertion process, be careful to avoid excessive force that may damage the interface.
Next, cover the transparent M2 bracket over the hard drive, align the slots of the bracket with the edges of the hard drive, and then use the attached screws to fix the bracket to the adapter card. When tightening the screws, pay attention to the appropriate force, ensuring that the hard drive is firmly fixed without over-tightening and damaging the hard drive or the bracket.


2.Bracket Flap Installation and Adjustment.


Before connecting the adapter card to the motherboard, it is necessary to install the full-height aluminum alloy bracket flap according to the actual size of the motherboard's MINI pci-e or mSATA slot. If the motherboard slot is of half-height specification, users can choose not to install the flap or disassemble the full-height flap to the appropriate half-height position; if it is a full-height slot, directly install the full-height flap on the adapter card and ensure that the flap is tightly connected to the adapter card. After installation, the flap should be able to be stably inserted into the motherboard slot and be flush with the surface of the motherboard, avoiding looseness or warping.


3.Adapter Card and Motherboard Connection.


Align the Mini PCI-e/mSATA gold finger end of the adapter card with the corresponding slot on the motherboard in the correct direction, and then smoothly insert the adapter card into the slot. During the insertion process, keep the adapter card perpendicular to the motherboard to avoid damaging the gold fingers due to skew. After insertion, gently press the adapter card to ensure that it is tightly connected to the motherboard slot without looseness.


4.Equipment Power-On and Status Check.


After completing the connection between the adapter card and the motherboard, power on the equipment. At the moment of power-on, users should pay attention to observing the state of the 3.3V LED indicator to determine whether the adapter card is powered on normally. If the indicator light is on, it indicates that the adapter card has initially worked normally; then, observe the blinking situation of the indicator light during the equipment startup process to determine whether the hard drive has been correctly identified and whether it is in a normal data transmission state. If the indicator light is abnormal, such as not lighting up, staying on constantly, or blinking abnormally, immediately turn off the power and check whether the connections between the adapter card, the hard drive, and the motherboard are firm, as well as whether there are any hard drive failures, etc., to ensure the safe and stable operation of the equipment.


Application Scenarios:


Personal Computer Upgrade and Optimization.


In the upgrade and renovation of old laptop computers, many users face the problem that the motherboard interfaces are limited and not compatible with new high-speed solid-state drives. The emergence of this adapter card provides these users with an economical and efficient solution. By converting the traditional Mini PCI-e/mSATA interface to the NGFF(M.2)Key-M interface, users can easily install NVME or SATA protocol 2280 hard drives, thereby significantly improving the storage capacity and read and write speeds of the computer. For example, after upgrading the original mechanical hard drive to a solid-state drive, the system startup time can be shortened from dozens of seconds to just over ten seconds or even shorter, and the loading speed of software will also be greatly increased, bringing users a smooth usage experience. Whether it is daily office work, web browsing, or watching videos, a significant performance improvement can be felt.
For desktop computer users, when building small-sized, high-performance computer hosts, the internal space of the computer case is often relatively tight. The vertical design and compact structure of this adapter card can effectively optimize the hardware layout, avoiding the problem of overcrowding inside the case and heat dissipation issues caused by insufficient hard drive installation space. Meanwhile, the support for dual protocols enables users to choose hard drives with different performances according to their own needs, meeting the pursuit of high-speed read and write by gamers and the requirement for stable storage by ordinary home users, and creating personalized, high-performance desktop computer systems.


Industrial Control and Server Fields.


In industrial control computers and servers, which have extremely high requirements for stability and reliability, the performance and compatibility of storage devices are of vital importance. This adapter card, with its stable performance and wide protocol compatibility, can meet the complex and diverse data storage needs in industrial environments. For example, in the control computers on industrial automation production lines, a large amount of production data, including equipment operation parameters and product quality inspection data, needs to be stored in real time. The read and write speeds and stability of these data directly affect the continuity and accuracy of the production process. By using this adapter card to connect high-speed solid-state drives, it can ensure the fast storage and reading of data and avoid production failures caused by data transmission delays.


In the server field, with the continuous growth of data volume, the requirements for storage capacity and speed are getting higher and higher. This adapter card can be used as an effective tool for server storage expansion, connecting more NVME or SATA hard drives to the server motherboard to meet the needs of enterprise-level users for massive data storage and fast access. Meanwhile, its reliable hard drive fixing solution and stable working status indicator facilitate server administrators in daily maintenance and troubleshooting, ensuring the stable operation of the server and providing solid technical support for the business development of enterprises.

DIY Hardware Creative Building.


DIY enthusiasts are keen on creating personalized computer hardware systems, and this adapter card provides them with more creative space and possibilities. For example, when building a miniaturized mini computer host, due to the limited volume of the computer case, the traditional hard drive installation method may not meet the requirements. The vertical design of this adapter card can cleverly solve this problem, enabling the hard drive to be installed vertically inside the case, saving space while also showing a unique aesthetic of the hardware layout.


In addition, in some special DIY projects, such as transforming old computer hardware into a home theater server or a game emulator host, the dual-protocol support and flexible interface conversion function of this adapter card can help DIY enthusiasts easily connect and use different types of storage devices, meeting their diverse needs for hardware performance and functions and allowing their creativity to be fully exerted to create unique computer hardware works.


Embedded Device Development and Testing.


During the development of embedded systems, developers often need to test and verify storage devices with different interfaces. This adapter card, as a convenient interface conversion tool, can easily connect storage devices with an NGFF(M.2)Key-M interface to the Mini PCI-e/mSATA interface of the embedded development board, providing developers with a stable and reliable testing environment. For example, when developing intelligent Internet of Things devices, it is necessary to optimize and test the read and write performance of storage devices to ensure that the devices can operate stably and store data efficiently in different environments. The emergence of this adapter card greatly simplifies the hardware connection and debugging work in the development process, improves development efficiency, reduces development costs, and provides strong support for the rapid iteration and innovative development of embedded devices.



Definition of Mini PCI-e and mSATA interfaces



Mini PCI-e


mSATA
Pin numberSignal namePin numberSignal name

1


WAKE(Definition of Mini PCI-e and mSATA interfaces)1NC(Undefined)
2

3.3V


23.3V

3


RESEVED(Reserved)3NC(Undefined)

4


GND4GND

5


RESERVED(Reserved)5NC(Undefined)

6


1.5V6NC(Undefined)

7


CLKREQ7NC(Undefined)

8


RESERVED(Reserved)8NC(Undefined)

9


GND9GND

10


RESERVED(Reserved)10NC(Undefined)

11


REFCLK-11NC(Undefined)

12


RESERVED(Reserved)12NC(Undefined)

13


REFCL+13NC(Undefined)

14


RESERVED(Reserved)14NC(Undefined)

15


GND15GND

16


RESERVED(Reserved)16NC(Undefined)

17


RESERVED(Reserved)17NC(Undefined)

18


GND18GND

19


RESERVED(Reserved)19NC(Undefined)

20


RESERVED(Reserved)20NC(Undefined)

21


GND21GND

22


PERST22NC(Undefined)

23


PERPO(RXN)23TX+

24


3.3V243.3V

25


PERNO(RXP)25TX-

26


GND26GND

27


GND27GND

28


1.5V28NC(Undefined)

29


GND29GND

30


SMB_CLK30NC(Undefined)

31


PETRO(TXN)31RX-

32


SMB_DATA32NC(Undefined)

33


PETPO(TXP)33RX+

34


GND34GND

35


GND35GND

36


USB_D-36RESERVED(Reserved)

37


GND37GND

38


USB_D+38RESERVED(Reserved)

39


3.3V393.3V

40


GND40GND

41


3.3V413.3V

42


LED_WWAN42NC(Undefined)

43


GND43GND

44


LED_WWAN44NC(Undefined)

45


RESERVED(Reserved)45RESERVED(Reserved)

46


LED_WPAN46NC(Undefined)

47


RESERVED(Reserved)47RESERVED(Reserved)

48


1.5V48NC(Undefined)

49


RESERVED(Reserved)49DA/DSS(Device activation)

50


GND50GND

51


RESERVED(Reserved)51Presence Delection

52


3.3V(Module working power supply)523.3V

Package contents:
1xMini PCI-E(mSATA) adapter.
1x Plastic support frame.
1x minicard extender metal bracket.
4 x M2 Screw.
1x screwdriver.
1x manual.

China M.2 NGFF Nvme SSD To Mini PCI-E Adapter (Vertical Installation) For 2280 NVME SSD supplier

M.2 NGFF Nvme SSD To Mini PCI-E Adapter (Vertical Installation) For 2280 NVME SSD

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