Product name: PCI-E 4.0 x1 to x4 transfer extension cable

Wire length: 3~100cm, (support wire length customization)

Bandwidth speed: PCIe 4.0 x1

Applicable matching cards: wireless network card, wired network card, capture card, USB card, solid state drive card, as long as the PCIe card is x4 and the motherboard slot is x1 interface can support.

Procurement Tips: For bulk orders, be sure to buy 1 to 2 samples first, and then purchase in bulk after testing and verifying that they are correct.

Wire length description:

The length of the wire refers to the part of the visible wire, excluding the PCB and the connector, if it contains the PCB and the connector, add about 2cm.

 

Product advantages:

1. Use high-quality connectors, high frequency support PCIe 4.0 x1 8G/bps stable transmission

2. It can be customized from 3 cm to 1 meter, the cable impedance is low, and the cable length within 60 cm can stably support PCIe4.0 full speed.

3. The differential signal has no via hole design, there is no signal attenuation interference problem of parasitic capacitance and parasitic inductance, and there is no CAF micro short circuit phenomenon, and the product is durable.

4. The PCB uses high-quality materials with high frequency and low resistance. The PCB is made of high-quality materials. The PCB uses high TG plates. The thickness of the copper material is thickened to 1oz. The gold finger has sufficient gold plating content. The crash of the sound problem.

5. The wire used in the product is very durable. Use PCB gaskets with a thickness of 3mm to protect the metal welding points, and lock the screws and hexagonal nuts to fasten the product. The product is strong and reliable, resistant to pulling, anti-interference, and will not break The nail drop problem.

6. The PCB is short and fat design, which will not get stuck to the graphics card. The fat and long design makes the board easier to install and reduces the chance of damage

 

There is metal shielding, advanced EMI shielding conductive polymer, new materials for EMI shielding, flat cable design. This technology allows each cable to be completely covered by the electromagnetic interference shielding of conductive polymer to prevent the incidence or emission of electromagnetic frequencies, minimize interference and performance degradation, and reduce the weight of the cable.