U.2 SFF-8639 to NVMe Ruler 1U GEN-Z EDSFF Short SSD E1.S Carrier Adapter Upgrade
Brand Name:BQZYX
Model Number:ZYX207
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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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
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Product Details
U.2 SFF-8639 to NVMe Ruler 1U GEN-Z EDSFF Short SSD E1.S Carrier Adapter Upgrade.
Product specifications:
1.Thus an EDSFF E1.S SSD becomes an U.2 SSD, which can be used in IoT, data center and server area.
2.This card expands the PC by one EDSFF E1.S interface. It can be
connected e.g. to the DC P4511 Series EDSFF NVMe SSD.
3.The converter can be installed into your system internally
through the U.2 interface.
4.Compliant with PCI Express 4.0/3.0.
5.This converter enables the connection of a GEN-Z SSD in E1.S.
6.Supports Win XP, Vista 32/64, Win 7, Win 8, Win10, Win11 or Linux
and so on.
Product Overview:
This product is a professional storage adapter card that focuses on
converting EDSFF E1. S interface to U. 2 (SFF-8639) interface,
aiming to provide users with a convenient and efficient storage
expansion solution. With its support for GEN-Z SSDs in EDSFF E1. S
slots and the adaptability of the U.2 (SFF-8639) output port to
NVME protocol SSDs, it can build a communication bridge between
devices with different interface requirements. It is widely used in
data centers, high-performance servers, and professional fields
with high requirements for storage performance and compatibility,
helping users fully leverage the performance advantages of storage
devices and meet diverse data storage and processing needs.
Product features:
1.Accurate adaptation to EDSFF E1. S slots: The EDSFF E1. S slots of the product are designed and manufactured
strictly in accordance with the corresponding industry standards,
and can be perfectly compatible with GEN-Z SSDs. The slot adopts
high-precision mold processing technology to ensure that the
dimensional accuracy and shape tolerance are controlled within a
very small range. It achieves a tight and stable physical
connection with the gold finger of GEN-Z SSD, ensuring reliable
electrical connection and avoiding problems such as poor contact
and unstable signal transmission. Its contact points are made of
high-quality metal materials and undergo fine surface treatment,
possessing excellent conductivity and oxidation resistance, laying
a solid foundation for stable data transmission and ensuring that
GEN-Z SSD can operate stably after insertion, fully leveraging its
high-performance storage characteristics.
2.Efficient U.2 (SFF-8639) output port: The output port adopts the U.2 (SFF-8639) standard design, which
has wide compatibility and excellent data transmission capabilities
in modern storage applications. It can accurately adapt to SSDs
that support NVME protocol, providing them with high-speed and
stable data transmission channels. By optimizing the pin layout and
electrical characteristics to comply with the U.2 (SFF-8639) signal
transmission specification, signal interference can be effectively
reduced, fast and accurate data exchange can be achieved, and
performance requirements can be met when processing massive data,
such as large-scale data read and write in data centers, complex
application data exchange in high-performance servers, etc.,
ensuring efficient operation of storage systems and avoiding
transmission bottlenecks.
3.Stable and reliable structure and circuit design: The overall adapter card is made of high-quality materials and has
a sturdy and durable physical structure. The outer shell is made of
engineering plastic or metal materials that are anti-static,
heat-resistant, and have good mechanical strength (depending on the
specific design), which can effectively protect the internal
circuit from external factors such as static electricity and
collisions, and ensure stability in different working environments.
The internal circuit board adopts the design concept of multi-layer
PCB, with rigorous and reasonable wiring. By using high-quality
electronic components and advanced signal shielding and
conditioning technology, the stability of signal transmission is
enhanced, the impact of electromagnetic interference on data
transmission is reduced, and the integrity and accuracy of data
transmission between GEN-Z SSD and target devices are guaranteed,
extending the service life of the product and providing strong
support for long-term stable storage services.
Product Slot and Interface Introduction:
EDSFF E1. S slot: As a key interface for connecting GEN-Z SSDs, it is built strictly
according to the specifications of EDSFF E1. S. The layout of the
internal gold finger contact points is carefully designed according
to the standards of the interface, using high-quality alloy
materials and special gold plating processes to ensure that the
contact points have extremely low contact resistance and excellent
oxidation resistance, ensuring stable electrical connections can
still be maintained during long-term use. The slot is equipped with
a reliable fixing structure around it, which can firmly fix the
GEN-Z SSD through buckles or screws (depending on the design of the
SSD), preventing the SSD from loosening or shifting due to
vibration, collision, etc. during device operation, providing a
solid guarantee for the stable operation and data transmission of
the SSD, so that users do not have to worry about the normal use of
storage devices affected by connection problems.
Form Factor | ApproximateDimensions (mm) | PCle Lanes | Typical ssDPower Limit | |||
| E1.S | Bare PCB | 31.5 | 111.49 | 5.9 | X4,X8 | 12W |
Heatspreader | 31.5 | 111.49 | 8.01 | X4,X8 | 16W | |
Symmetric Enclosure | 33.75 | 118.75 | 9.5 | X4,X8 | 20W | |
Asymmetric | 33.75 | 118.75 | 15 | X4,X8 | 25W | |
Enclosure | 33.75 | 118.75 | 25 | X4,X8 | 25W | |
U. 2 (SFF-8639) output interface: This interface is a critical component for connecting the adapter
card to the target device and is manufactured strictly in
accordance with the U.2 (SFF-8639) standard. Its golden fingers are
made of high-quality metal materials and undergo precise processing
techniques to ensure dimensional accuracy and shape tolerances meet
requirements, enabling precise docking with SSDs that support NVME
protocols. The pin layout inside the interface is optimized
according to the U.2 (SFF-8639) signal transmission specification,
with reasonable allocation of power, data, and control signal lines
to ensure high-speed and stable data transmission. At the same
time, the interface shell has good shielding performance, made of
metal material and grounded, effectively blocking external
electromagnetic interference, ensuring the integrity and accuracy
of data transmission, and laying a solid foundation for the
efficient operation of the entire storage system.
| U.2 ( SFF-8639) | |
Supports SATA,SAS,and PCIe x4 or two x2 | |
PCIe data,reference clock,and side band |
Transmission advantages:
The synergistic advantage of GEN-Z and NVME protocols: Due to the
support of GEN-Z SSD being converted through this adapter card and
connected to the U.2 (SFF-8639) interface that supports NVME
protocol, the advantages of these two high-performance storage
protocols can be fully utilized. The GEN-Z protocol has outstanding
performance in high-speed data transmission, low latency, and
efficient communication between devices, while the NVME protocol
also has significant advantages in improving SSD read and write
performance, optimizing instruction processing, and other aspects.
The combination of the two enables extremely fast response speed
and efficient data transmission in practical applications, whether
it is large-scale database read and write operations, real-time
processing of high-definition video streams, or data interaction in
complex virtualization environments. This greatly shortens the
waiting time for data read and write, improves the overall
efficiency of the storage system, and meets the strict requirements
of modern data intensive applications for storage performance.
High quality transmission guarantee: With the help of the U.2
(SFF-8639) output interface and optimized circuit design inside the
adapter card, this product can achieve high-speed and stable data
transmission. It has a high theoretical transmission rate, which is
sufficient to cope with complex application scenarios such as
massive data concurrent read and write in data centers and
multitasking data processing in high-performance servers. At the
same time, by using high-quality signal transmission lines and
advanced signal conditioning technology, signal attenuation and
interference are effectively reduced, ensuring the integrity and
accuracy of data during transmission. Even in complex
electromagnetic environments, stable and reliable data transmission
can be guaranteed, avoiding system lag or data loss caused by data
transmission problems, and providing users with reliable and
efficient storage services.
Usage:
Inserting GEN-Z SSD: First, ensure that the device is turned off to ensure safe
operation and avoid damage to the GEN-Z SSD. Find the EDSFF E1. S
slot on the adapter card, carefully align the gold finger of the
GEN-Z SSD with the slot, pay attention to the markings on the SSD
and the corresponding features of the slot, and ensure that the
direction is correct. Then, smoothly insert the GEN-Z SSD into the
slot until the SSD is fully inserted and firmly secured by the
slot's fixing structure, avoiding damage to the SSD or slot caused
by forced insertion.
Connect the target device: After inserting the GEN-Z SSD into the slot, connect the U.2
(SFF-8639) output interface of the adapter card to the
corresponding interface on the target device (such as data center
servers, high-performance workstations, and other devices that
support the U.2 (SFF-8639) interface). When connecting, pay
attention to the correct direction of the interface. Gently insert
the interface of the adapter card into the target device interface,
and then press it evenly to ensure that the interface is fully
inserted and tightly fitted, to prevent poor contact. For some
interfaces that require additional fixation, screws or buckles
should be used to firmly fix the adapter card according to the
design requirements of the equipment, to ensure that it will not
loosen due to vibration during equipment operation.
System identification and configuration: After completing the hardware connection, start the target device.
The system will automatically recognize the connected SSD during
the boot process, and users can perform operations such as
recognition, partitioning, and formatting on the newly connected
SSD in the disk management tool of the operating system. Depending
on the operating system, the specific steps may vary, but generally
speaking, in Windows systems, users can perform corresponding
operations through the "Disk Management" tool; In Linux systems,
command-line tools such as "fdisk" and "mkfs" can be used to
partition and format hard drives. After completing these basic
configurations, users can store and read data on SSDs just like
using a regular hard drive, and begin to enjoy the convenience
brought by the expanded large capacity and high-speed storage.
Applicable scenarios:
Data center storage expansion and optimization: In the data center environment, facing massive data storage and
processing requirements, different servers and storage devices may
adopt different interface standards. This adapter card can convert
GEN-Z SSDs using EDSFF E1. S interface to U.2 (SFF-8639) interface,
allowing them to flexibly connect to servers, storage arrays, and
other devices that support this interface, achieving integration
and expansion of storage devices. By fully utilizing the
high-performance advantages of GEN-Z and NVME protocols, the
overall storage performance of the data center is improved, data
read and write speeds are accelerated, and complex operations such
as multi-user concurrent access, large-scale data backup and
recovery are met, thereby enhancing the operational efficiency and
service quality of the data center.
High performance server upgrade: For high-performance servers, improving storage performance is
often a key step in the upgrade process. When the server needs to
add or replace storage devices and there is an interface mismatch,
this adapter card provides an ideal solution. It can adapt advanced
GEN-Z SSDs to the U.2 (SFF-8639) interface through adapter,
allowing servers to leverage the advantages of these
high-performance SSDs to accelerate application startup, data
loading, and file transfer operations, meeting the strict
requirements for storage speed and capacity in different
application scenarios such as database servers, graphics processing
servers, virtualization servers, etc., and improving the overall
performance and responsiveness of servers.
Enterprise level storage system integration: In enterprise level storage systems, there may be multiple types
of storage devices with different interface types, which brings
certain complexity to the management of the system and the flow of
data. This adapter card helps to integrate these storage resources
by incorporating GEN-Z SSDs with EDSFF E1. S interface into a
storage architecture primarily based on the U.2 (SFF-8639)
interface, achieving unified management and efficient utilization.
By improving the data transmission efficiency between storage
devices, optimizing the storage, backup, and sharing processes of
enterprise data, ensuring the secure storage and fast access of
enterprise business data, and enhancing the level of enterprise
information management and business operation efficiency.
Specifications:
1x U.2 to EDSFF Adapter.
1x Screw Driver.
2x M2 Sliver screw.
U.2 SFF-8639 to NVMe Ruler 1U GEN-Z EDSFF Short SSD E1.S Carrier Adapter Upgrade
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