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Best Brand PCI-E Express to Pci Adapter 16X Flexible Riser Cable PCIE 5.0 (180 Degree )GPU Extension Card.
1. Supports high speed PCI-E 16X card
2. Wire length 200-250-300 (customizable)
3. High Speed flexible cable is for 1U,2U chassis
4. Utilize high quality flexible cable which is extremely soft and
compact
5. Easy to install it in 1U/2U case in any angle
6. Dustproof cap and golden finger protection cover design.
7. Experienced design and durable material for High frequency and
low attenuation.
8. PCB-Swaddled and fixed with Bolts and nut to prevent tearing and
short circuit for PCB-Cable solder points.
9. Stable PCIe Gen3 8Gbps or higher with high quality Axial Cable.
PCI-E 16X 5.0 to PCI-E 16X 5.0 180 degree extension cable: innovative solution for direct high-speed transmission
In the era of hardware performance explosion driven by PCI-E 5.0 technology, the demand for high-speed interconnection between devices is becoming increasingly urgent. The PCI-E 16X 5.0 to PCI-E 16X 5.0 180 degree extension cable, specially designed for the ultimate transmission experience, is a high-performance PCI-E 5.0 extension cable and expansion cable. With its unique direct connection design and cutting-edge technology configuration, it unlocks a new paradigm of efficient and stable high-speed data transmission for users. Especially in graphics card connection scenarios, it is the best choice for high-quality PCI-E 5.0 graphics card extension cables.
Empowering PCI-E 5.0 Core Technology
1. Disruptive bandwidth breakthrough
The PCI-E 5.0 standard, with a single channel transmission rate of
32 GT/s, can construct a bidirectional data highway of 128 GB/s
with PCI-E 5.0 extension lines and PCI-E 5.0 extension lines in 16X
channel mode. Compared to the previous generation standards, the
bandwidth has doubled, which can significantly shorten the data
processing cycle whether used for high-end graphics card data
transmission or high load scenarios such as large-scale database
concurrent read and write, allowing the performance of professional
workstations and data centers to be fully released. As a PCI-E 5.0
graphics card extension cable, it can better assist graphics cards
in maximizing performance and achieving complex tasks such as
real-time rendering of 8K videos.
2. Intelligent error correction and signal enhancement
Relying on the Forward Error Correction (FEC) algorithm, PCI-E 5.0
embeds redundancy check information at the data transmission end,
and the receiving end can automatically identify and correct
transmission errors, improving data transmission accuracy to
99.999%. Combined with the new PAM-16 signal modulation technology,
it effectively reduces inter symbol interference in high-frequency
transmission while maintaining signal integrity, ensuring stable
data transmission of PCI-E 5.0 extension lines, PCI-E 5.0 expansion
lines, and PCI-E 5.0 graphics card extension lines in complex
electromagnetic environments, and guaranteeing the accuracy of
communication between devices.
3. Low latency architecture optimization
By streamlining the protocol stack hierarchy and optimizing the
link management mechanism, PCI-E 5.0 reduces data transmission
latency to the microsecond level. For scenarios such as real-time
operation feedback in esports games and precise command response in
industrial automation, the use of PCI-E 5.0 extension cables and
PCI-E 5.0 expansion cables greatly improves the real-time
interaction performance of the system, achieving seamless
connection between operation and response. Especially in graphics
card connectivity applications, the PCI-E 5.0 graphics card
extension cable ensures smooth output of game graphics, bringing a
more immersive gaming experience.
4. Intergenerational compatibility ecology
The backward compatibility feature of PCI-E 5.0 allows new and old
devices to work together in the same system. When users upgrade
their hardware using PCI-E 5.0 extension cables or PCI-E 5.0
expansion cables, they can gradually introduce PCI-E 5.0 components
while retaining existing PCI-E 3.0/4.0 devices, building a hybrid
hardware ecosystem that combines high performance and economy. Even
when connected to a new graphics card through a PCI-E 5.0 graphics
card extension cable, there is no need to worry about compatibility
issues with other devices such as motherboards.
Precision research on 180 degree extension cable technology
1.Customized conductor system
Using 99.9997% ultra-high purity single crystal copper conductor,
its crystal structure continuity is increased by 80% compared to
ordinary oxygen free copper, and its resistivity is as low as
0.0168 Ω· mm ²/m. Through the 7 × 7 multi strand twisting process,
the diameter of each conductor is precisely controlled at 0.075mm,
and with optimized twisting pitch parameters, the skin effect in
high-frequency signal transmission is effectively suppressed. At a
speed of 32 GT/s, both PCI-E 5.0 extension cables, PCI-E 5.0
expansion cables, and PCI-E 5.0 graphics card extension cables can
achieve ultra-low signal attenuation of -2.8dB/10GHz, ensuring the
stability of high-speed data transmission.
2.Precision impedance matching insulation layer
Using polytetrafluoroethylene (PTFE) foam insulation material with
a dielectric constant as low as 1.25, coupled with a uniform wall
thickness design of 0.18mm ± 0.015mm. By using physical foaming
technology to form a honeycomb structure, the characteristic
impedance of the wire is precisely controlled at 100 Ω± 3 Ω while
ensuring signal transmission stability, effectively eliminating
signal reflection and crosstalk, and ensuring data integrity at a
bandwidth of 128GB/s for PCI-E 5.0 extension lines, PCI-E 5.0
expansion lines, and PCI-E 5.0 graphics card extension lines.
3.3D shielding system
Construct a three-layer protective structure consisting of an
aluminum foil inner shielding layer, silver plated copper braided
mesh, and an alloy outer shielding shell:
Nano level aluminum foil layer: 0.008mm ultra-thin aluminum foil
tightly adheres to the insulation layer, with a shielding
efficiency of 98% against low-frequency electromagnetic
interference;
High density woven mesh: Silver plated copper woven mesh with 95%
coverage, with a shielding efficiency of 65dB in the 1GHz frequency
band, effectively resisting high-frequency signal interference;
Magnesium aluminum alloy shell: an integrated die-casting outer
shielding shell that combines electromagnetic shielding and
physical protection functions, forming a complete shielding circuit
through grounding design. Three layer protection ensures stable
operation of PCI-E 5.0 extension cables, PCI-E 5.0 expansion
cables, and PCI-E 5.0 graphics card extension cables in complex
electromagnetic environments, avoiding signal interference.
4. Innovation in Direct Connect Connectors
The 180 degree direct connection PCI-E connector adopts LCP
engineering plastic and stainless steel alloy frame, which can
withstand high temperature of 280 ℃ and 50N insertion and
extraction force. The terminal surface is treated with 5 μ m thick
gold plating, with a contact resistance as low as 35m Ω. Coupled
with a differential signal independent isolation groove design, the
crosstalk suppression ratio is increased to -40dB. The connector
integrates a signal pre emphasis circuit internally, which can
dynamically compensate for signal attenuation during long-distance
transmission. This series of innovative designs ensures that the
extension cable maintains optimal signal quality when used as a
PCI-E 5.0 extension cable, PCI-E 5.0 extension cable, and PCI-E 5.0
graphics card extension cable.
In depth analysis of product features
1. Lossless transmission guarantee:
Strictly following the PCI-SIG PCI-E 5.0 specification design,
precise circuit topology optimization and signal conditioning
technology are used to ensure that PCI-E 5.0 extension lines, PCI-E
5.0 expansion lines, and PCI-E 5.0 graphics card extension lines
can maintain full bandwidth performance of 128GB/s within a
transmission distance of 100cm. After professional instrument
testing, the signal eye opening reaches over 85%, and the jitter
value is controlled within ± 50ps, achieving the ultimate
transmission experience of zero packet loss and zero delay, meeting
the needs of various devices for high-speed and stable data
transmission.
2. Industrial grade manufacturing standards:
Adopting fully automatic laser welding technology, molecular level
fusion of connectors and wires is achieved, and the tensile
strength of solder joints reaches 80MPa. Through 100000 bending
tests and 5000 plug-in life tests, the reliability of the product
is ensured in harsh usage environments. IPX4 waterproof and
dustproof design, combined with a wide temperature range of -40 ℃
to 85 ℃, can run stably and reliably whether used as a PCI-E 5.0
extension cable for data center equipment connection or as a PCI-E
5.0 graphics card extension cable for graphics card installation in
industrial control scenarios.
3.Scenario based length selection:
Provide three standardized length specifications (20cm -25cm -30cm)
to meet different equipment layout requirements. Short cables are
suitable for compact ITX chassis, serving as PCI-E 5.0 graphics
card extension cables for flexible installation of graphics cards;
Long cables can achieve high-speed cross device interconnection
between server cabinets. As high-quality PCI-E 5.0 extension cables
and PCI-E 5.0 expansion cables, they provide users with highly
flexible wiring solutions.
PCI Express version | Coding scheme | 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 | 500MB/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 |
4.0 | 128b/130b | 16GT/s | 1.969GB/s | 7.877GB/s | 15.754GB/s | 31.508GB/s |
5.0 | 128b/130b | 32 or 25GT/s | 3.9 or 3.08GB/s | 15.8 or 12.3GB/s | 31.5 or 24.6GB/s | 63.0 or 49.2GB/s |