PCIe x16 to PCIe x16 Extender

R3334W, R3334W-TS

Product ID: R3334W, R3334W-TS
Interface: PCIe x16 / PCIe x16
Application: Extension
Shelf time：2020-12-28 11:07:19
Product description: PCIe 4.0 x16 to x16 adapter for graphics video cards extension.
INQUIRY

ADT-Link PCI express 4.0 x16 Extension Cable

Brand name: ADT-LINK

Product name: PCIe 4.0 x16 extension cable

Product model: R3334W, R3334W-TS

Transfer speed: PCIe4.0 x16 full speed, 256G/bps (Max.)

Wire length: 10cm, 15cm, 20cm, 25cm, 30cm, 35cm, 50cm, 80cm, 100cm the length can be customized,

Application: PCIe 4.0 x16 graphics video card to PCIe x16 slot extension cable

Adapted graphics cards: GTX3080 RX5700xt, support all PCIe 4.0 graphics cards in the last three years

ADT PCIE 4.0 Extension Cable series Part-Number & Photo:

Part-Number	Description	Bandwidth
R3334W	PCI-E x16 turn 180 degree splint vertical extension cables	PCIe 4.0 x16 (256G/bps)
R3334W-TS	PCI-E x16 reverse 180 degree splint vertical extension cables	PCIe 4.0 x16 (256G/bps)
R3335W	PCI-E x16 turn 90 degree splint vertical extension cable	PCIe 4.0 x16 (256G/bps)
R3335W-BK	PCI-E x16 turn 90 degree splint vertical extension cables with bracket	PCIe 4.0 x16 (256G/bps)
R3335W-ROG	PCI-E x16 turn 90 degree splint vertical extension cables for Asus ROG case	PCIe 4.0 x16 (256G/bps)

Cable length Description:

The length of the wire refers to the part of the visible wire. It does not include the PCB and the connector. For the wire length, please refer to the blue arrow in the figure below.

Product advantages:

1. The product uses high-speed shielded transmission line, high frequency supports PCIe 4.0 X16 stable transmission.

2. Unique individual laneway shielding prevents external EMI/EFI and interference between channels. Sectional design allows air ventilation and lowers working temperatures for better overall system performance.

3. Re-engineered wires and connectors suitable for PCIe 4.0. Quality hand soldered gold-plated contacts for signal integrity.

4.Designed with heavy-duty junctions at PCB/cable junctions for improved durability.

Recommendations:

Since many PC chassis currently on the market come with PCIe riser cables and extenders validated only for PCIe Gen 3.0 operation, there may be some system stability issues when used in combination with PCIe Gen 4.0 devices. If you are experiencing stability issues such as choppy mouse movement, BSOD or hangs, please follow the troubleshooting recommendations below to pinpoint the problem:

1. Change PCIe Slot Configuration setting – The PCIe Slot Configuration option is found in the system BIOS. Change its current setting to Gen 3.0 then save and exit the BIOS. After the system reboots check whether the stability issues persist.
NOTE! For more information about your system BIOS and settings, please refer to the system/motherboard user manual.

2. Reseat devices – For example, remove the riser cable and extender and install the PCIe Gen 4.0 graphics card directly to the PCIe x16 slot on the motherboard. Ensure that the PCIe slot configuration option is set to Gen 4.0 (or Auto) then check whether the stability issues persist.
NOTE! Apply this step to any Gen 4.0 devices on your system connected by riser cables and extenders.

If either troubleshooting step resolves your system stability issues, it indicates that the riser cable and extender may not be PCIe Gen 4.0 compliant or potentially malfunctioning if it was not validated by the vendor.

The ideal solution in this case would be to replace the faulty riser cable and extender with one that is PCIe Gen 4.0 compliant and validated for compatibility with your PCIe Gen 4.0 device. If this is not currently feasible, then consider keeping the devices connected directly to the motherboard. However, if direct device connection is not appealing for any reason, you may consider setting the PCIe Slot Configuration option in the BIOS to Gen 3.0, as a workaround.

Photo:

Q&A:

Is there any EMI shielding for Cable?

With metal shield. The extender utilizes the latest materials for EMI shielding with five sole flat cables design. This technique allows each cable to be fully covered by electromagnetic interference shielding with conducting polymer to guard against incoming or outgoing emissions of electromagnetic frequencies, minimize disturbance and degradation on performance, and reduce the weight of the extender.