Reverse 90 Degree PCI-E 3.0 4X Slot To PCIe X4 Adapter Riser Card For 2U Server Case
Brand Name:BQZYX
Model Number:ZYX055
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
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Product Details
Reverse 90 Degree PCI-E 3.0 4X Slot To PCIe X4 Adapter Riser Card For 2U Server Case.
Product specifications:
1.Installation Direction towards CPU.
2.Operation Temperature: 0℃~+85℃.
3.Dimension(Maximum): L*W*H=57*32*13(mm).
4.Weight: 18g.
Product Overview:
In a 2U server chassis, our PCI-E 90 degree adapter that converts
PCIE-4X to PCIE-4X in reverse can be considered an innovative
pioneer. It features a unique 90 degree inverted architecture and a
PCI-EX1 slot with side openings, which not only perfectly fits the
spacious but complex internal space of the 2U chassis, but also has
strong device inclusiveness and can easily accommodate various
devices of PCI-E1X-4X-8X-16X. At the same time, the stable 4x
transmission speed that follows the PCI-E3.0 standard provides a
solid guarantee for servers to achieve efficient and reliable data
flow in diversified task processing, and is a powerful assistant to
help upgrade the performance of 2U chassis.
| PCl Express Edition | Line code | Transfer rate | Throughput | |
| x1 | x4 | |||
| 1.0 | 8b/10b | 2.5GT/S | 250MB/S | 1GB/S |
| 2.0 | 8b/10b | 5GT/S | 5006MB/S | 2GB/S |
| 3.0 | 128b/130b | 8GT/S | 984.6MB/S | 3.938GB/S |
Product Features
Exquisite layout for deep adaptation of 2U chassis:
We have studied the internal structure of a 2U server chassis and
have a thorough understanding of every spatial detail. The overall
shape of the adapter card has been meticulously designed, fully
considering the positional relationship of existing components such
as large heat dissipation modules, multi-layer board architecture,
and complex cable layout inside the chassis. After insertion, it
maintains harmonious coexistence with surrounding components,
precisely reserves safe spacing, and avoids any form of
interference and collision. This not only ensures the neatness and
orderliness of the chassis interior, but also creates smooth
channels for heat dissipation airflow, effectively improving the
overall heat dissipation efficiency of the chassis and laying the
foundation for long-term stable operation of the server.
Excellent and extraordinary device compatibility breadth:
Breaking through the narrow adaptation boundaries of conventional
adapter cards, it demonstrates amazing compatibility and provides
accessible access for PCI-E1X -4X -8X -16X devices. This means that
whether it is the multi port high-speed network card required for
building enterprise level virtual private networks (VPNs), the
high-end graphics card introduced to meet professional graphic
design and film post production needs, or the enterprise level
storage expansion card to cope with big data storage and fast
read/write challenges, all can find their ideal home in a 2U
chassis with this adapter card, greatly expanding the functional
scope of servers and calmly responding to complex and changing
business scenarios.
Convenient operation innovation with side opening:
The PCI-EX1 slot with side openings is undoubtedly the finishing
touch of this adapter card. In an environment where a 2U chassis is
relatively spacious but still limited in operation, the traditional
front plugging method often faces challenges such as limited angles
and obstructed visibility, while the side opening completely
rewrites this dilemma. Users can easily slide their device's golden
fingers into the slot from the side, greatly improving operational
convenience and effectively reducing the risk of misoperation. At
the same time, the adaptive guidance and fastening structure
carefully constructed inside the slot ensures precise positioning
and tight connection when inserting the device. Even if the chassis
is subjected to vibrations during daily operation, it can remain
stable as before, providing a solid support for frequent insertion
and long-term reliable use of the device.
Stable and reliable 4x transmission escort:
Strictly adhering to the PCI-E3.0 transmission standard, with a
stable output of 4x transmission speed, it stands out among similar
products. Compared to some bandwidth limited or unstable transfer
cards, it can ensure fast and accurate data transmission with
stable and efficient performance when handling tasks such as
high-frequency read and write of large-scale enterprise level
databases, real-time transmission of high-definition video streams,
and intensive data interaction between distributed server cluster
nodes, significantly reducing delays and lagging caused by
transmission bottlenecks, and improving the overall response speed
and operational efficiency of servers.
Product Structure and Interface Introduction
PCI-EX1 slot:
The PCI-EX1 slot is precision cast according to the top standard of
PCI-E, with a neat and uniform arrangement of internal pins. Each
pin is made of high-quality, high-purity metal and finely crafted
to ensure excellent conductivity and signal transmission stability.
The edge of the side opening has undergone ultra-fine polishing
treatment, becoming smooth and rounded, eliminating the hidden
danger of scratching the golden fingers of the equipment. At the
same time, the opening size tolerance is strictly controlled to
achieve seamless integration with various equipment interfaces. The
slot is innovatively equipped with intelligent sensing buckles and
elastic buffering systems. When the device is inserted, the
intelligent sensing buckle can quickly capture the information in
place, automatically tighten to provide stable clamping force,
while the elastic buffering system can effectively disperse
external forces when the chassis vibrates, prevent the device from
loosening or falling off, and ensure that the electrical connection
is always stable and reliable.
Main structure of adapter card:
Selected multi-layer PCB boards with excellent electrical
insulation performance and super strong mechanical strength, fully
shielding complex electromagnetic interference inside the 2U
chassis, ensuring pure and impurity free internal signal
transmission. The 90 degree bending section utilizes cutting-edge
multi-layer compression and signal enhancement technology. By
optimizing the circuit layout, adding signal shielding layers, and
using special signal compensation algorithms, the problem of signal
attenuation has been overcome, making the signal almost lossless
during the turning process and ensuring the high-performance output
of the adapter card from the root. The installation position of the
adapter card is precisely adapted to the PCI-E slot of the 2U
chassis, and after insertion, it fits tightly and seamlessly,
laying a solid foundation for subsequent device connection and data
transmission.
Performance advantages
A master of optimizing chassis space: With its exquisite design specially customized for 2U chassis,
compared to traditional adapter cards, it can additionally activate
25% of the effective utilization space, making the originally
chaotic layout inside the chassis more orderly. This not only
provides better working conditions for the heat dissipation system
inside the chassis, improves heat dissipation efficiency, reduces
the risk of equipment overheating, but also reserves sufficient
operating space for possible hardware upgrades in the future,
extends the lifecycle of servers, helps enterprises reduce hardware
update costs, and improves IT resource utilization.
Multi functional expansion engine: Powerful device compatibility endows servers with endless
potential, enabling them to quickly and flexibly integrate various
hardware resources based on the dynamic needs of business
expansion. Whether it is strengthening network transmission
capabilities, improving graphics processing skills, or expanding
data storage boundaries, all can be easily achieved, providing
one-stop solutions to meet the diverse server application needs of
large enterprises, research institutions, and professional data
centers, greatly enhancing the comprehensive cost-effectiveness and
market competitiveness of servers.
High speed and stable transmission benchmark: The stable PCI-E3.0 4x transmission speed performs excellently in
handling numerous routine and medium load server tasks. Compared to
products of the same type but with unstable transmission, the
server failure rate caused by data transmission errors and delays
can be reduced by 30% during long-term operation, ensuring that the
server always maintains efficient and stable operation status,
reducing the workload of operation and maintenance personnel in
troubleshooting and repairing faults, and providing a solid
guarantee for the continuous and smooth development of enterprise
business.
Usage method
Installation of adapter card:
Open the 2U server chassis and select the appropriate PCI-E slot
based on precise insight into the internal layout of the chassis.
Fully consider the layout of surrounding components to ensure that
there is ample space around the installation location, which will
not hinder subsequent device connections and wiring. Hand hold the
PCI-E 90 degree adapter card that converts PCIE-4X to PCIE-4X in
reverse, align its golden finger with the corresponding PCI-E slot
on the chassis, and insert it vertically with a steady and slow
motion until the adapter card is completely attached to the chassis
slot. If you hear a crisp "click" sound, it indicates that the
installation is in place. At this point, be sure to verify that the
adapter card is firmly fixed and there are no signs of looseness,
laying a solid foundation for subsequent device connections.
Device connection:
Carefully select suitable PCI-E devices based on actual business
needs (such as multi port high-speed network cards, high-end
graphics cards, enterprise storage expansion cards, etc.), align
the device's golden finger with the PCI-EX4 slot on the side
opening of the adapter card, and slowly and smoothly insert from
the side, paying attention to the correct insertion direction to
avoid forcefully inserting and causing damage to the golden finger.
During the insertion process, pay attention to the feedback of the
intelligent sensing buckle inside the slot until the device is
fully inserted and the buckle automatically locks, ensuring a tight
connection between the device and the adapter card, forming a
stable electrical connection link, and embarking on an efficient
data transmission journey.
Usage and monitoring:
After completing the connection and installation of the adapter
card and device, start the server and the operating system will
automatically recognize the devices connected through the adapter
card. Users can follow the usual process to perform corresponding
configuration operations, such as configuring advanced network
parameters for the network card, installing the latest drivers for
the graphics card to optimize graphics performance, and setting
storage modes for the storage expansion card. During the server
learning process, it is important to constantly monitor the working
status of the equipment. By using server management software,
built-in monitoring tools, and other means, key indicators such as
data transmission rate, equipment temperature, and error messages
can be monitored in real-time. If any abnormalities are found, such
as a sudden drop in transmission rate, overheating of the
equipment, or frequent error reports, the machine should be stopped
immediately, and the connection between the equipment and the
adapter card should be carefully checked for looseness, oxidation
of the gold finger, and failure of the buckle. The hidden faults
should be identified and resolved to ensure stable operation of the
server.
Applicable scenarios
Upgrading the network architecture of large enterprises: In the
process of continuously expanding the business scope and network
boundaries of large enterprises, strengthening the transmission
capacity of server networks is crucial. This adapter card can help
smoothly connect multi port high-speed network cards to a 2U server
chassis. With its stable 4x transmission speed, it greatly improves
the transmission rate of network data, meets the growing network
connection needs of enterprises, ensures smooth operation of
internal office networks, external business platforms, etc., and
provides strong support for enterprise digital transformation.
For research institutions focused on cutting-edge fields such as
astronomical observation simulation, biomolecule modeling, etc.,
graphic processing capability is the key to breaking through
research bottlenecks. By using this adapter card to connect a
high-end graphics card to a 2U chassis, the powerful acceleration
function of the graphics card can meet extremely difficult graphics
rendering tasks such as visualizing complex celestial phenomena and
rendering microscopic biological structures. This helps researchers
quickly understand the essence of research objects and accelerate
the progress of scientific research projects.
Professional data center storage expansion: In scenarios where
professional data centers carry massive data storage and fast
read/write tasks, this adapter card is even more indispensable.
With the help of this adapter card, enterprise level storage
expansion cards can be firmly rooted in 2U server chassis, fully
utilizing their high-speed read and write performance to achieve
rapid storage and reading of massive data, meeting urgent needs for
data processing efficiency such as big data analysis and cloud storage services, and improving the service quality
and competitiveness of data centers.
Package contents:
1X PCI-E 4X Male to Female Adapter.
Reverse 90 Degree PCI-E 3.0 4X Slot To PCIe X4 Adapter Riser Card For 2U Server Case
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