New Version Micro SD Card TF SDHC SDXC To NGFF Key A-E Adapter
Brand Name:BQZYX
Model Number:ZYX210
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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within 29 hours
Product Details
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Product Details
New Version Micro SD Card TF SDHC SDXC To NGFF Key A-E Adapter.
Product specifications:
1.Supports M.2 key A/E in format 2230.
2.No drivers needed for this Adapter.
3. Allows user to read or write micro SD card in M.2 Key A or E
slot of laptop
4.Designed for use with laptop or embedded computers
5.Support up to micro SDHC 64GB,SDXC 2TB
6.Support boost mode for SD3.0 for better performance
7.Support LED function to indicate power and access status
8. Supports Win XP, Vista 32/64, Win 7, Win 8, Win10, Win11 or
Linux and so on.
Product Overview:
This product is a practical storage adapter card designed to
achieve the conversion between TF cards (compatible with Micro SD
cards) and NGFF (M.2) Key A-E interfaces, providing users with a
convenient storage expansion solution. Through its carefully
designed TF card slot and gold finger output interface that
complies with the NGFF (M.2) Key A-E standard, it can perfectly
adapt to the corresponding slots on the motherboard, meeting the
needs of users to use TF cards for data storage and reading in
different devices, especially suitable for application scenarios
that require additional storage capacity in the NGFF (M.2) Key A-E
interface environment, such as small computers, embedded devices,
etc.
Product features:
1. Wide TF card compatibility: The TF card slot equipped on the adapter card has excellent
compatibility, not only supporting traditional TF cards, but also
perfectly compatible with Micro SD cards. The card slot adopts
high-precision mold manufacturing technology to ensure a tight and
stable physical connection with TF cards and Micro SD cards of
different brands and capacities, avoiding card loosening or poor
contact. Its contact points are made of high-quality metal
materials and undergo fine surface treatment, effectively improving
conductivity and ensuring the stability of data transmission. Users
can freely choose from various storage cards on the market that
meet the specifications to expand storage capacity, meeting diverse
data storage needs. Whether it is storing photos, videos, documents
or other types of files, it can easily handle them.
2. Precise adaptation to NGFF (M.2) Key A-E interface: The golden fingers of the output interface strictly follow the
NGFF (M.2) Key A-E standard for design and manufacturing,
demonstrating extremely high precision and standardization. Its
size, pin layout, and electrical characteristics are fully matched
with the standard NGFF (M.2) Key A-E interface, allowing for
precise insertion into the corresponding 22 * 30mm NGFF (M.2) Key
A-E slots on the motherboard, ensuring stable and reliable
electrical connections and laying a solid foundation for high-speed
data transmission. This precise adaptability allows the adapter
card to be used normally on many devices that support NGFF (M.2)
Key A-E interfaces, without worrying about compatibility issues,
fully utilizing its storage adapter function and providing strong
support for device storage expansion.
3. Compact and portable design concept: The overall product adopts a compact and lightweight design style,
with a small and exquisite volume that does not occupy too much
space, making it easy to install and use in various devices.
Whether on a small computer motherboard with limited space or in
the compact internal structure of embedded devices, it is easy to
find a suitable location for installation and convenient to carry.
It can be applied to different usage scenarios, such as mobile
office and outdoor data collection, providing users with flexible
storage expansion options and meeting their requirements for
portability and space utilization.
4. Stable and reliable data transmission: In terms of internal circuit design, the adapter card has been
carefully optimized, using high-quality electronic components and
reasonable wiring methods, effectively reducing signal interference
and data transmission errors. By scientifically planning the power
lines, data transmission lines, and grounding lines, we ensure
stable and efficient data transmission between TF cards and NGFF
(M.2) Key A-E interfaces, avoiding problems such as data loss and
transmission interruption. We provide reliable storage services for
users, allowing them to use TF cards with peace of mind for data
storage and reading operations, ensuring data security and
integrity.
Product card slot and interface introduction:
TF card slot: located at one end of the adapter card, the size accuracy of the
card slot is controlled within a very small range, which can
accurately adapt to the external dimensions of TF cards and Micro
SD cards, ensuring that there will be no shaking or offset after
inserting the card. The contact spring inside the card slot is made
of a metal material with good elasticity and corrosion resistance,
and is crafted through a special molding process. When inserting
the card, it can tightly fit the gold finger of the card, achieving
stable electrical connection without causing scratches or damage to
the card. Moreover, the card slot is equipped with simple and
effective fixing structures around it, such as tiny buckles or
limit designs at the edge of the slot, which can prevent the card
from accidentally popping out and ensure that the TF card is always
in the correct connection position during device operation,
providing continuous and stable protection for data transmission.
NGFF (M.2) Key A-E Gold Finger Interface: As an output interface located on the other end of the adapter
card, it is designed and manufactured strictly in accordance with
the NGFF (M.2) Key A-E standard specifications. Golden Finger is
made of high-quality alloy material and has undergone fine gold
plating treatment, possessing excellent conductivity, oxidation
resistance, and wear resistance, ensuring that it can maintain good
electrical performance even after multiple insertions and long-term
use. Its pin layout strictly corresponds to the signal transmission
requirements of the NGFF (M.2) Key A-E interface, with reasonable
allocation of power, data, and control signal pins. After precise
docking with the 22 * 30mm NGFF (M.2) Key A-E slot on the
motherboard, it can achieve high-speed and stable data
transmission, fully leveraging the functional advantages of the
adapter card to accurately transmit data from the TF card to the
corresponding device.
Transmission advantages:
Based on the good adaptation and optimized circuit design of TF
card and NGFF (M.2) Key A-E interface, this adapter card has
significant advantages in data transmission. Although the data
transfer speed of the TF card itself is relatively limited, the
efficient connection between the adapter card and the NGFF (M.2)
Key A-E slot on the motherboard can fully utilize the storage
interface performance of the motherboard, achieving relatively fast
and stable data transfer. In practical use, such as batch transfer
of small files, reading and writing of daily office documents,
etc., adapter cards can meet basic usage needs, reduce user waiting
time, and improve data storage and reading efficiency. At the same
time, by using high-quality signal transmission lines and advanced
signal conditioning technology (implemented inside the adapter
card), signal attenuation and interference are effectively reduced,
ensuring the integrity and accuracy of data during transmission,
providing users with a smooth storage experience, and ensuring
stable and reliable data transmission even in complex
electromagnetic environments.
Usage:
Insert TF card: First, ensure that the device is turned off to ensure safe
operation and avoid damage to the TF card. Find the TF card slot on
the adapter card and insert the TF card (or Micro SD card) smoothly
into the slot according to the correct direction indicated on the
slot (usually there are corresponding markings on the slot
indicating the insertion direction), until the TF card is fully
inserted and fixed by the slot's fixing structure to avoid
forcefully inserting and damaging the slot or TF card.
Connect the motherboard: After inserting the TF card into the card slot, align the NGFF
(M.2) Key A-E gold finger interface of the adapter card with the
corresponding 22 * 30mm NGFF (M.2) Key A-E slot on the motherboard.
Pay attention to the anti insertion error label on the gold finger
interface and the corresponding features of the motherboard slot to
ensure correct orientation. Then, gently insert the adapter card
into the motherboard slot until the gold finger is fully inserted
and the adapter card fits tightly with the motherboard slot.
Depending on the fixing method of the motherboard slot (such as
buckle fixing or screw fixing), ensure that the adapter card is
firmly installed on the motherboard to prevent loosening during
device operation.
Device startup and usage: After connecting the adapter card to the motherboard, start the
device. After the system is turned on, it will automatically
recognize the inserted TF card. Users can partition, format (if
necessary), store and read data on the TF card in the operating
system just like using a regular storage device. During use, users
can access files in the TF card normally and perform operations
such as copying, pasting, and deleting data, enjoying the storage
expansion convenience brought by the adapter card.
Applicable scenarios:
Small computer storage expansion: For some small laptops, mini PCs, and other devices, their
internal storage space is often limited, making it difficult to
meet the growing data storage needs of users. This adapter card
provides a convenient solution, allowing users to quickly increase
additional storage capacity by inserting a TF card, which can be
used to store various files such as photos, videos, music,
documents, etc. without the need for complex hardware upgrades or
hard disk replacements. This not only saves costs, but also is
convenient and fast, improving the practicality of the device and
the user experience.
Embedded device data storage: In the field of embedded devices, such as intelligent monitoring
cameras, IoT terminal devices, etc., it is usually necessary to
store some configuration files, collected data and other
information locally, but the storage capacity of the device itself
may be relatively small. With the help of this adapter card, these
devices can easily use TF cards to expand storage, storing
collected monitoring videos, sensor data, etc. in TF cards for
subsequent viewing, analysis, or transmission. Moreover, the
compact design of the adapter card can also adapt well to the tight
internal space of embedded devices, meeting their special
requirements for storage devices and ensuring stable operation and
data management of the devices.
Mobile office and portable data storage: For people who often need to work in a mobile state, carrying a
large number of data storage devices may not be convenient. This
adapter card, when paired with a TF card, can become a lightweight
storage solution. Users can store important office documents,
presentations, and other files on TF cards, and then connect them
to mobile devices that support NGFF (M.2) Key A-E interfaces (such
as some lightweight laptops or portable workstations) through
adapter cards, allowing them to access and process files anytime
and anywhere, improving the flexibility and efficiency of mobile
office without relying on network storage or carrying heavy
portable hard drives and other devices.
Package Contents:
1x TF SDHC SDXC to NGFF Key A-E Adapter.
1x Screw Driver.
2x M2 Sliver screw.
New Version Micro SD Card TF SDHC SDXC To NGFF Key A-E Adapter
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