90 Degree Reverse PCI-E Riser Card 16X 3.0 Male To Female For 1U Server
Brand Name:BQZYX
Model Number:ZYX092
Minimum Order Quantity:50-100PCS
Delivery Time:10-15 work days
Place of Origin:CHINA
Price:Negotiation
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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
PCI-e 16X 3.0 90 Degree Reverse Male to Female Riser Card For 1U Server (Installation Direction towards CPU).
Product specifications:
1. Installation Direction towards CPU.
2.Operation Temperature: 0℃~+85℃.
3.Dimension(Maximum): L*W*H=107*20*13(mm).
4.Weight: 18g.
Product Overview:
This product is a PCI-E16X male to female 90 degree reverse slot
adapter specifically designed for the harsh space environment of 1U
server chassis. It cleverly integrates advanced design concepts and
exquisite craftsmanship, providing an efficient and reliable
solution for server hardware expansion with its unique 90 degree
reverse structure, stable aircraft ear fixation device, and
standard PCI-E16X slot. It ensures convenient connection and stable
operation of high-performance devices in limited space, meeting the
urgent needs for server scalability in various fields such as
high-performance computing, high-speed network transmission, and
massive data storage.
| PCl Express Edition | Line code | Transfer rate | Throughput | |||
| x1 | x4 | x8 | x16 | |||
| 1.0 | 8b/10b | 2.5GT/S | 250MB/S | 1GB/S | 2GB/S | 4GB/S |
| 2.0 | 8b/10b | 5GT/S | 5006MB/S | 2GB/S | 4GB/S | 8GB/S |
| 3.0 | 128b/130b | 8GT/S | 984.6MB/S | 3.938GB/S | 7.877GB/S | 15.754GB/S |
Product Features
Extremely compact 90 degree reverse design:
Specially optimized for the extremely cramped internal space of 1U
server chassis, adopting an innovative 90 degree reverse slot
layout. This unique design allows for flexible adjustment of the
installation direction of the device inside the chassis, perfectly
avoiding layout interference from components such as power cables,
cooling fans, and other boards inside the chassis, effectively
utilizing the vertical space of the chassis, and achieving
exquisite hardware layout. Whether it is the first installation or
subsequent hardware upgrade, it allows users to easily operate in a
small space, greatly improving the utilization of internal space in
the chassis, while reducing wiring difficulty, creating favorable
conditions for the heat dissipation management of the chassis, and
ensuring the stable operation of the server system.
Super stable aircraft ear fixation mechanism:
Equipped with a carefully designed aircraft ear buckle device for
the PCI-E16X slot, when the gold finger of the PCI-E16X device is
inserted into the slot, the aircraft ear will automatically lock
precisely, providing strong and even clamping force. This clamping
force is sufficient to resist external interference generated by
the chassis during daily handling, operation vibration, etc.,
ensuring that the equipment is firmly fixed on the adapter card and
eliminating problems such as poor contact and signal interruption
caused by loose equipment. Moreover, when disassembling the
equipment, users only need to gently press a specific part of the
aircraft ear to easily unlock it, which is efficient and
labor-saving, greatly saving time and cost for equipment
maintenance and replacement, and bringing unprecedented convenience
to frequent equipment plugging and unplugging operations.
Precision adapted PCI-E16X slot:
The slot is built strictly in accordance with the PCI-E16X standard
specifications, with precise and rigorous internal pin layout. Each
pin is made of high-purity metal material to ensure excellent
conductivity and signal transmission capability. The overall
dimensional tolerance of the slot is controlled within a very small
range, and it has a high degree of compatibility with the gold
finger of PCI-E16X devices. It can be inserted smoothly and
tightly, effectively avoiding signal interruption or transmission
errors caused by poor contact, and providing a solid guarantee for
the high-speed and stable operation of the device.
Product Structure and Interface Introduction
PCI-E16X slot:
The internal pins are precisely arranged according to the PCI-E16X
standard, made of high-quality copper alloy material, and have
undergone special anti-oxidation treatment on the surface to ensure
good conductivity even after long-term use. The aircraft ear buckle
on the side of the slot is made of high-strength engineering
plastic, which has good mechanical toughness and wear resistance.
Its unique locking structure design can automatically tighten when
the equipment is inserted, and easily pop open when unlocked,
making it convenient for users to operate and providing
comprehensive protection for the stable connection of the equipment
from both mechanical and electrical aspects.
Main structure of adapter card:
Made from high-quality multi-layer PCB boards, it has excellent
electrical insulation performance and mechanical strength, and can
work stably in the complex and changing electromagnetic environment
of server chassis, as well as under certain degrees of vibration
and impact conditions. The 90 degree bending part uses special
pressing technology and signal enhancement technology to ensure
stable and reliable internal circuit connections, signal
transmission is not affected by bending, and the integrity and
high-speed of data during the transfer process are guaranteed. The
external dimensions of the adapter card have been precisely
designed to perfectly fit the internal space of a 1U server
chassis. After installation, it will not interfere with existing
components inside the chassis, and is convenient for users to
perform subsequent device connections, wiring, and maintenance
operations, providing a solid foundation for the construction and
expansion of server hardware systems.
Performance advantages
Space Optimization Master: With a 90 degree reverse design, it excels in the narrow space of
1U server chassis. Compared with traditional adapter cards, it can
make more use of the chassis space of [specific vertical space
value], effectively solving the hardware installation problem
caused by insufficient space, making the internal layout of the
chassis more compact and reasonable. It not only improves space
utilization, but also helps to improve the direction of heat
dissipation airflow in the chassis, reduce the risk of equipment
overheating, provide a good physical environment for the stable
operation of the server, facilitate users' subsequent hardware
upgrades and maintenance operations, and enhance the overall
management efficiency of the server.
Stable Connection Guarantee: The combination of the aircraft ear buckle and the precisely
designed PCI-E16X slot provides a super strong and stable
connection for the equipment. During long-term use, in the face of
adverse factors such as high temperature, humidity, and
electromagnetic interference inside the chassis, reliable device
connections and stable signal transmission can still be ensured.
Compared with ordinary adapter cards, the failure rate caused by
poor contact and loose fixation can be reduced by [specific
percentage]% (filled in according to actual test data), effectively
extending the service life of adapter cards and connected devices,
reducing server maintenance frequency and cost, and ensuring
long-term stable operation of servers.
High performance transmission escort: strictly following the PCI-E16X standard slot, ensuring that
connected devices can achieve full speed data transmission,
providing sufficient bandwidth support for high-performance devices
such as high-end graphics cards, high-speed network cards, and
large capacity storage expansion cards. When dealing with large
data tasks such as high-definition video rendering, large-scale
data storage read/write, and high-speed network traffic forwarding,
the data transmission rate can reach its theoretical peak, greatly
reducing task processing time and improving overall server
efficiency.
Usage method
Installation of adapter card:
Open the 1U server chassis and select the appropriate PCI-E slot
inside the chassis to ensure sufficient surrounding space and no
obstacles affecting subsequent device installation and wiring. Hand
hold the PCI-E16X male to female 90 degree reverse slot adapter
card, align its male gold finger with the corresponding PCI-E slot
on the chassis, and insert it vertically with a smooth and slow
motion until the adapter card is completely attached to the chassis
slot. A crisp "click" sound indicates installation in place,
ensuring that the adapter card is firmly fixed and there is no
looseness, laying a solid foundation for subsequent device
connections.
Device connection:
Prepare the PCI-E16X devices that need to be connected, such as
high-performance graphics cards for graphics processing
acceleration, professional network cards to enhance network
transmission capabilities, and high-capacity storage expansion
cards to meet data storage needs. Aim the golden finger of the
device at the PCI-E16X slot on the adapter card, making sure the
insertion direction is correct to avoid damaging the golden finger.
Slowly and steadily insert the device into the slot, and the
airplane ear clip will automatically come into play, locking the
device tightly. During the insertion process, if there is slight
resistance, do not forcefully insert. Check if the insertion
direction is correct or if there are any foreign objects blocking,
to ensure a perfect electrical connection and mechanical fixation
between the device and the adapter card, and start the journey of
high-speed data transmission.
Usage and monitoring:
After completing the installation of the adapter card and device
connection, start the server and the system will automatically
recognize the devices connected through the adapter card. Users can
perform corresponding driver installation, parameter configuration,
and other operations according to the device type and conventional
procedures, such as installing the latest drivers for graphics
cards to optimize graphics performance, and setting appropriate
network parameters for network cards to ensure network transmission
efficiency. During the subsequent operation of the server, closely
monitor the working status of the equipment, and use server
management software, built-in monitoring tools, and other means to
monitor key indicators such as data transmission rate, equipment
temperature, and error messages in real time. Once any
abnormalities are detected, such as a sudden drop in transmission
rate, equipment overheating, or frequent error reports, the server
should be immediately shut down and carefully checked for loose
connections between the device and the adapter card, oxidation of
the gold finger, and failure of the buckle. The hidden dangers of
the malfunction should be identified and resolved to ensure the
continuous and stable operation of the server.
Applicable scenarios
High performance computing cluster: When building cluster servers for high-performance computing tasks
such as scientific computing and artificial intelligence training,
multiple high-performance computing nodes need to be densely
deployed in a 1U chassis. This adapter card can help firmly connect
high-end GPU and other computing acceleration devices, ensure full
speed data transmission, fully tap into the performance potential
of computing devices, accelerate the calculation process of complex
algorithms, improve the overall computing efficiency of the
cluster, and promote the rapid completion of scientific research
projects, deep learning model training and other tasks.
High speed network access server: For 1U servers that undertake tasks such as high-speed network
access of Internet Data Center (IDC) and core exchange of
enterprise network, high-performance network card is the key to
ensure network performance. By using this adapter card, top-level
network cards with PCI-E16X interfaces can be securely connected,
enabling high-speed data transmission between the network card and
the server motherboard. It can easily handle network traffic of
thousands of megabits per second or even higher, ensuring fast
forwarding of data without delay or packet loss, improving network
service quality, and ensuring smooth operation of network business.
Enterprise level data storage server: In the field of enterprise level data storage, with the rapid
growth of data volume, it is necessary to continuously expand the
storage capacity and read/write speed of the server. With the help
of this adapter card, professional storage expansion cards (such as
NVMe SSD array cards based on PCI-E16X) can be smoothly installed
in 1U server chassis, fully utilizing the high-speed read and write
performance of storage devices, achieving rapid storage and reading
of massive data, meeting the strict requirements for data storage
and access speed such as big data analysis and enterprise resource
planning (ERP) systems, and improving enterprise data processing
efficiency.
Package contents:
1X PCI-E 16X Male to Female Adapter.
90 Degree Reverse PCI-E Riser Card 16X 3.0 Male To Female For 1U Server
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