Categories | PCI-E Riser Card |
---|---|
Brand Name: | BQZYX |
Model Number: | ZYX107 |
Place of Origin: | CHINA |
MOQ: | 50-100PCS |
Price: | Negotiation |
Payment Terms: | T/T, Western Union |
Supply Ability: | 190000 Pieces per Month |
Delivery Time: | 10-15 work days |
Packaging Details: | Electrostatic bag |
product name: | PCI-E3.0 height increasing steering card |
Support slot: | PCI-E 16X |
Transfer direction: | 90 degrees |
installation direction: | Facing the CPU |
supported devices: | PCI-E 16X device |
Type: | Adapter Card |
Material: | PCBA |
Color: | Green |
Package: | PE Bag |
Increase size: | 45mm |
1. Installation Direction towards CPU.
2. Operation Temperature: 0℃~+85℃.
3.Dimension(Maximum): L*W*H=107*61.8*13.8 (mm).
4.Weight: 23g.
Product Overview:
This product is a 90 degree steering card designed specifically to
meet the needs of PCI-E 16X slots on computer motherboards. It
plays an important role in computer hardware expansion and layout
optimization. It can cleverly change the installation direction of
PCI-E 16X devices towards the CPU direction, providing effective
solutions for users in terms of space utilization, hardware
installation convenience, and heat dissipation inside the chassis.
It is widely applicable to various computer assembly and upgrade
scenarios that require flexible adjustment of the installation
position of PCI-E 16X devices.
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:
1. Precise slot adaptability: The product is designed strictly according to the PCI-E 16X 3.0
standard, which can perfectly adapt to the PCI-E 16X slot on the
motherboard. The interface adopts high-precision mold manufacturing
technology to ensure that the dimensional accuracy and shape
tolerance are controlled within a very small range. The connection
between the interface and the motherboard slot is tight and stable,
achieving reliable electrical connection and ensuring the stability
and integrity of data transmission. Users do not need to worry
about poor contact or signal transmission failures due to
adaptation issues. Whether installing high-performance graphics
cards, professional sound cards, or other expansion devices that
comply with the PCI-E 16X interface standard, they can easily cope
and fully utilize the performance advantages of the equipment.
2. Clever 90 degree steering design: The unique 90 degree steering function is the core highlight of
this product. Through clever circuit layout and structural design,
it can transform devices that were originally horizontally inserted
into the PCI-E 16X slot on the motherboard into devices that are
vertically installed towards the CPU direction, effectively solving
problems such as limited internal space and wiring difficulties in
the chassis. This steering design not only makes the hardware
layout inside the chassis more reasonable and tidy, but also frees
up more space for large air-cooled heat sinks, water-cooled
exhausts and other heat dissipation devices, which helps optimize
the air flow inside the chassis, improve the overall heat
dissipation effect, and ensure the stability of hardware under
long-term high load operation.
3. Stable height increasing structure: While achieving steering function, the product also has the
characteristic of height increasing. The elevated part is made of
high-strength engineering plastics or metal materials (depending on
the product design), with a sturdy and stable structure that can
provide reliable support for PCI-E 16X equipment installed on it,
avoiding loosening, displacement, and other situations caused by
equipment overload or chassis vibration. Moreover, the increased
distance has been carefully designed to meet the space requirements
of users for different device layouts inside the chassis, without
affecting the overall aesthetics and stability of the chassis due
to excessive height, further enhancing the practicality and
applicability of the product in practical use.
4. Convenient installation method: The product design fully considers the user's installation
convenience, and the overall installation process is simple and
fast. Simply align the PCI-E 16X interface of the steering card
with the corresponding slot on the motherboard, insert it smoothly
and ensure complete fixation, and then insert the PCI-E 16X device
to be installed into the other end interface of the steering card
in the direction of the steering. The entire process does not
require complex tools and tedious operating steps, making it easy
for even beginners in computer hardware assembly to complete the
installation, greatly saving users' time and energy and improving
the efficiency of hardware expansion.
Product Slot Introduction:
Motherboard connection end: The PCI-E 16X slot on this end matches the standard PCI-E 16X slot
on the motherboard. The internal gold fingers are made of
high-quality metal material and have undergone fine gold plating
treatment. They not only have excellent conductivity, but also have
excellent oxidation resistance, ensuring long-term stable
electrical connection. The fixed structure design around the slot
is reasonable, and precise buckle or screw fixation methods
(depending on the type of motherboard slot) are used to ensure that
the steering card can be firmly fixed on the slot after inserting
into the motherboard, without loosening, shaking, or other
situations that affect signal transmission, laying a solid
foundation for the stable operation of subsequent equipment.
Device connection end: The interface used to connect PCI-E 16X devices also follows the
strict PCI-E 16X 3.0 standard, and its internal contact point
layout has been optimized to achieve precise docking with various
PCI-E 16X devices' golden fingers, ensuring efficient and stable
data transmission. On the outside of the interface, corresponding
fixing devices such as screw holes are also equipped, which
facilitate users to further fix the equipment on the steering card
with screws, prevent the equipment from accidentally falling off
during use, and provide reliable guarantee for the safe operation
of the equipment.
Transmission advantages:
Thanks to strict adherence to the PCI-E 16X 3.0 standard and
high-quality interface design, this steering card ensures excellent
performance in data transmission. It has a theoretical transmission
rate of up to [X] GB/s (usually around 16GB/s) corresponding to the
PCI-E 16X 3.0 standard, which can fully meet the data transmission
needs of various high-performance PCI-E 16X devices. Whether it is
a graphics card for high-speed graphics processing transmitting
massive image data or a professional audio device processing high
fidelity audio signals, it can achieve fast and stable data
transmission, avoid transmission bottlenecks, ensure the full
performance of the device, and bring users a smooth and efficient
user experience. At the same time, the product effectively reduces
the impact of external electromagnetic interference on data
transmission through optimized circuit design and shielding
measures, ensuring the integrity and accuracy of transmission
signals, and further improving the quality and reliability of data
transmission.
Usage:
Firstly, before installing this steering card, ensure that the
computer is turned off and the power plug is unplugged to ensure
safe operation and avoid hardware damage.
Find the PCI-E 16X slot on the motherboard and carefully align the
PCI-E 16X interface on the motherboard connection end of the
steering card with the motherboard slot, paying attention to the
correct direction of the interface and avoiding forced insertion.
Then, smoothly insert the steering card into the motherboard slot
until it is fully inserted, and you can hear the buckle "click" to
secure it in place (if it is a screw fixing type, use the
corresponding screw to fix the steering card to the motherboard).
Next, align the gold fingers of the PCI-E 16X devices (such as
graphics cards, sound cards, etc.) that need to be installed with
the device connection interface of the steering card, ensuring the
correct orientation. Then gently insert the device into the
interface until it is fully inserted and stable. For some heavier
devices, it is recommended to use screws to further secure the
device to the steering card through the screw holes on the external
interface of the device connection end, to prevent the device from
loosening due to gravity or chassis vibration.
After completing the installation of the steering card and
equipment, check again if all connection parts are secure. After
confirming that there are no errors, reconnect the computer power
and start the computer. At this point, the system will
automatically recognize and load the corresponding driver program
(some devices may require manual installation of drivers, please
refer to the driver installation instructions provided with the
device). After the driver installation is completed, the PCI-E 16X
device installed on the steering card can be used normally.
Applicable scenarios:
Computer gamers: For players who pursue ultimate gaming performance,
high-performance graphics cards are an essential hardware
configuration. However, in some computer cases, a graphics card
that is too long may cause space conflicts with other hardware or
affect the internal heat dissipation of the computer case. This
steering card can rotate the graphics card 90 degrees towards the
CPU direction for installation, which not only effectively solves
the problem of insufficient space, but also optimizes the air flow
inside the chassis, helps the graphics card dissipate heat better,
and ensures that the graphics card can stably exert its powerful
graphics processing ability during long-term high load game
operation, bringing smooth and realistic game graphics to players
and enhancing the gaming experience.
Professional graphic design and video editing personnel: In professional fields such as graphic design, 3D modeling, and
video editing, professional PCI-E 16X devices such as graphics
cards and video capture cards are required to meet high-performance
requirements in their work. These devices often have large volumes
and high requirements for heat dissipation and internal space
layout of the chassis. By using this steering card, professionals
can flexibly adjust the installation direction of the equipment,
making more reasonable use of the internal space of the chassis,
while improving the heat dissipation conditions, ensuring stable
operation of the equipment under long-term high-intensity working
conditions, avoiding performance degradation or software crashes
caused by overheating, improving work efficiency, and ensuring
smooth project progress.
Computer hardware enthusiasts: For enthusiasts who are passionate about computer hardware
modification and personalized customization, this product provides
a unique hardware layout solution. They can use the 90 degree
steering and height increasing function of the steering card to
create a unique hardware arrangement inside the chassis, which not
only meets the pursuit of hardware performance, but also showcases
a personalized aesthetic style. Meanwhile, the convenient
installation method also makes it easier for audiophiles to upgrade
and adjust hardware, enabling them to easily achieve various
creative hardware combinations and explore the infinite
possibilities of computer hardware.
Small server setup: When setting up a small server, it may be necessary to install
multiple PCI-E 16X interface expansion cards, such as network
cards, RAID cards, etc., to meet functional requirements for
network connectivity, data storage, and management. This steering
card can help server builders arrange the placement of these
expansion cards more reasonably within limited chassis space,
optimize the wiring and heat dissipation inside the chassis,
improve the overall stability and maintainability of the server,
ensure that the server can run stably for a long time, and provide
reliable service support for enterprise or home network
environments.
Package contents:
1X PCI-E 16X Male to Female Adapter
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