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Product specifications:
1,Installation Direction towards CPU.
2,Operation Temperature: 0℃~+85℃.
3,Dimension(Maximum): L*W*H=43*32*13(mm).
4,Weight: 18g.
Product Overview:
This product is a unique PCI-E 90 degree adapter card that converts
PCIE-1X to PCIE-1X reverse, designed to meet specific device
connectivity and spatial layout requirements. It adopts a 90 degree
adapter design and a PCI-EX1 slot with side openings, which has
excellent compatibility and can support PCI-E1X-4X-8X-16X devices,
but the transmission speed is limited to 1x and follows the
PCI-E3.0 transmission standard. Specially suitable for 2U server
chassis, it can effectively solve problems such as internal space
limitations and device connection directions, providing convenience
for server hardware expansion and optimization.
PCl Express version | Coding scheme | Transfer rate | Throughput |
X1 | |||
1.0 | 8b/10b | 2.5 GT/s | 250MB/s |
2.0 | 8b/10b | 5 GT/s | 500MB/s |
3.0 | 128b/130b | 8 GT/s | 984.6MB/s |
Product Features
Unique reverse 90 degree adapter design:
Innovatively achieved reverse conversion from PCIE-1X to PCIE-1X,
and adopted a 90 degree structural design. This unique form allows
for flexible changes in the installation direction of devices
inside the chassis, better adapting to environments with compact
space and high wiring requirements such as 2U server chassis. The
PCI-EX1 slot design with side openings further facilitates the
insertion and removal of devices. Even in situations where the
chassis space is limited, the connection between the device and the
adapter card can be easily completed, optimizing the rationality of
the hardware layout inside the chassis.
Wide device compatibility:
It demonstrates strong compatibility and can support various
devices using PCI-E1X-4X-8X-16X. Regardless of the PCI-E device
specifications, as long as it meets the above range, it can be
connected through this adapter card. This feature greatly expands
the scope of application of the product, facilitates users to
integrate different types of hardware resources, achieves flexible
expansion of server functions, and meets diverse server application
scenarios, such as adding different performance network cards,
storage expansion cards, and other devices to the server.
Stable transmission speed guarantee:
Although it supports multiple specifications of devices, the
transmission speed is uniformly limited to 1x and follows the
PCI-E3.0 transmission standard, enabling stable high-speed data
transmission. The 1x channel of PCI-E3.0 has sufficient bandwidth
to meet the data transmission needs of many conventional devices.
For example, when transmitting relatively low-frequency but
critical data such as management instructions and monitoring data
in servers, it can ensure the accuracy and stability of
transmission, providing a reliable communication link for the
collaborative work between various components of the server.
Product Structure and Interface Introduction
PCI-EX1 slot:
The PCI-EX1 slot is built strictly in accordance with the PCI-E
standard, with precise and error free internal pin layout. It uses
high-quality metal materials to create contact points and has
excellent conductivity and signal transmission capabilities. The
design of the side opening is unique and the opening size is
moderate, which not only facilitates the insertion of gold fingers
into the device, but also ensures that the pins inside the slot
will not be damaged during the insertion and removal process. The
slot is equipped with sturdy and durable buckle devices around it.
Through clever mechanical structure design, when the device is
inserted into place, the buckle can automatically lock, ensuring
that the device is stable in the slot and easy for users to
disassemble, providing convenience and reliability guarantee for
frequent device insertion and removal operations.
Overall adapter card structure:
Made with high-quality PCB boards, it has good electrical
performance and mechanical strength, and can work stably in the
complex electromagnetic environment and certain vibration
conditions of server chassis. The 90 degree bent section has
undergone special processing to ensure stable internal wiring
connections, unaffected signal transmission, and a sturdy external
structure that is not easily damaged. The size design of the entire
adapter card is precisely adapted to the internal space of a 2U
server chassis, and after installation, it will not interfere with
other components inside the chassis, making it convenient for users
to layout server hardware reasonably.
Performance advantages
Space utilization and layout optimization: The design of the 90 degree adapter card and the side opening
slots perfectly match the spatial characteristics of the 2U server
chassis, making the installation direction of devices inside the
chassis more flexible, effectively utilizing the vertical space
inside the chassis, avoiding wiring difficulties and installation
inconveniences caused by device interface orientation and chassis
space limitations, achieving a compact and reasonable hardware
layout inside the chassis, and improving space utilization.
Convenient integration of hardware resources: The wide compatibility of devices allows users to easily connect
PCI-E devices with different interface specifications to servers
without worrying about compatibility issues. It facilitates the
integration of existing hardware resources and quickly expands and
upgrades server functions, such as increasing the number of network
interfaces, expanding storage capacity, etc., reducing the cost and
difficulty of server hardware upgrades, and improving the overall
performance and applicability of servers.
Stable transmission guarantee operation: The stable 1x transmission speed of PCI-E3.0, although the
bandwidth is relatively limited, is sufficient for many
conventional data exchange scenarios in servers, ensuring accurate
and stable data transmission, reducing the risk of server operation
failure or data loss caused by unstable transmission, ensuring the
collaborative work between server components, and maintaining
long-term stable server operation, especially suitable for
enterprise level application scenarios that require high data
transmission stability.
Usage method
Install the adapter card to the chassis:
Firstly, open the 2U server chassis and find a suitable
installation location, ensuring that there is enough space around
the location to prevent interference with other hardware and
facilitate subsequent device connections and wiring. Insert the
PCI-E 90 degree adapter card that converts PCIE-1X to PCIE-1X in
the opposite direction smoothly into the corresponding PCI-E slot
of the chassis, ensuring that the adapter card is tightly
integrated with the chassis slot, installed firmly, and avoiding
looseness.
Connect the device to the adapter card:
According to the devices that need to be connected (such as network
cards, storage expansion cards, etc.), align the PCI-E interface
gold finger of the device with the PCI-EX1 slot on the upper side
of the adapter card, slowly and smoothly insert it, paying
attention to the correct insertion direction to avoid forcefully
inserting and damaging the gold finger. Until the device is fully
inserted and the slot buckle automatically tightens, ensuring a
tight connection between the device and the adapter card, forming a
stable electrical connection link, and preparing for subsequent
data transmission.
Equipment usage and monitoring:
After completing the installation and connection 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 configure and use the devices in a conventional
way, such as installing the corresponding drivers (if needed),
setting device parameters, etc. During the operation of the server,
pay attention to the working status of the equipment, observe
whether there are error messages, whether data transmission is
normal, etc. If any abnormalities are found, promptly check whether
the connection between the equipment and the adapter card is firm,
investigate whether there are equipment failures or other
compatibility issues, and ensure the stable operation of the
server.
Applicable scenarios
Server hardware expansion: In the process of using a 2U server, as business needs increase,
it is often necessary to expand the server's functionality, such as
increasing the number of network interfaces to meet more network
connection requirements, or adding storage expansion cards to
expand storage capacity. This adapter card, with its compatibility
and unique design, can easily connect devices of different
interface specifications to servers, achieve flexible hardware
expansion, improve server performance and functionality, and meet
the growing business needs of enterprises.
Chassis space optimization: For environments with limited space such as 2U server chassis,
device layout and wiring are often a challenge. The 90 degree
adapter and side opening slot design of this adapter card can
change the installation direction of the device, cleverly utilize
the vertical space inside the chassis, avoid space waste and wiring
confusion caused by device interface orientation issues, make the
hardware layout inside the chassis cleaner and more reasonable, and
facilitate the heat dissipation management and subsequent
maintenance operations of the chassis.
Reuse of old devices: When updating server hardware, enterprises may have some old PCI-E
devices (such as PCI-E1X -4X -8X -16X compliant network cards,
expansion cards, etc.) idle. By using this adapter card, these old
devices can be reconnected to a 2U server chassis to continue to
function, achieve resource reuse, reduce hardware procurement costs for enterprises, and also
comply with the concept of green environmental protection.
Package contents:
1X PCI-E 1X Male to Female Adapter.