Home>Consumer Electronics>Computer Accessories>JMT PCI-e 4.0 M.2 WiFi A.E Key A+E to PCI-e x1/ x4/ x16 Slot Riser Extender Adapter Card Ribbon Gen4.0 PCIE Cable Wireless Network Card 8G/BPS
JMT PCI-e 4.0 M.2 WiFi A.E Key A+E to PCI-e x1/ x4/ x16 Slot Riser Extender Adapter Card Ribbon Gen4.0 PCIE Cable Wireless Network Card 8G/BPS

JMT PCI-e 4.0 M.2 WiFi A.E Key A+E to PCI-e x1/ x4/ x16 Slot Riser Extender Adapter Card Ribbon Gen4.0 PCIE Cable Wireless Network Card 8G/BPS Item NO.: F46430-B1/2 F46431-B1/2 F46432-B1/2

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US$ 17.99
Color
15cm 25cm
Version
Pcie4.0 1x R51JF Pcie4.0 4x R52JF Pcie4.0 16x R53JC
Quantity

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Product Name JMT PCI-e 4.0 M.2 WiFi A.E Key A+E to PCI-e x1/ x4/ x16 Slot Riser Extender Adapter Card Ribbon Gen4.0 PCIE Cable Wireless Network Card 8G/BPS
Item NO. F46430-B1/2 F46431-B1/2 F46432-B1/2
Weight 0.1 kg = 0.2205 lb = 3.5274 oz
Category Consumer Electronics > Computer Accessories
Brand JMT
Creation Time 2022-02-23

Wire Advantage. Using German Patented Imported Wire, Using Taiwan Imported Connector, Supporting Pcie 3.0 Full-speed Stable Transfer.From 3 Cm to 1 Meter Can Be Customized.the Cable Impedance is Low, and the Cable Length within 60 Cm Supports Pcie3.0 Full Speed.
Differential Signal Has No Via Hole Design, There is No Signal Attenuation Interference Problem of Parasitic Capacitance and Parasitic Inductance, and There Will Be No Caf Micro Short Circuit Phenomenon, and the Product is Durable.
The PCB is Made of Precision, the Thickness of the Copper Material is Thickened to 1oz, the Gold Plated Content is Sufficient, and the Gold Plated Foot Has Good Electrical Conductivity, Which Can Reduce the Blue Screen of Crash Caused by the Increase of Oxidation and Rust Resistance. Stable at Full Speed, No Speed Reduction Required, and No Compatibility Issues.
The Wire Used in the Product is Very Durable. Use PCB Gaskets with a Thickness of 3mm at the Metal Welding Points, and Lock the Screws and Hexagonal Nuts to Fasten It. the Product is Strong and Reliable, Resistant to Pulling, Anti-interference, and Will Not Break the Wire. the Nail Drop Problem. the Wire Can Be Bent or Folded Without Affecting the Use.
The Pcb is Designed with Short and Fattening, Which Will Not Get Stuck on the Graphics Card. the Fattening and Long Design Makes the Board Easier to Install and Reduces the Chance of Damage.
Note: Products with electrical plugs are designed for use in the US. Outlets and voltage differ internationally and this product may require an adapter or converter for use in your destination. Please check compatibility before purchasing.

Product Description
********************************* Product Details *********************************

Product model: R52JF 4.0/ R52JF 4.0/R53JC 4.0

Product name: M.2-AE key to PCIE4.0 adapter board extension cable

Wire length: 3-100cm (support wire length customization)

Speed bandwidth: PCIe4.0x1 gen4 8G/bps

Product function: M.2 NVME SSD is connected to the M.2 WiFi interface of the motherboard through an extension cable

Purchase restriction: only designated by professional engineers for purchase, improper assembly or improper operation will burn your device,general purpose is not suitable and cannot be used, ordinary buyers do not purchase.

Procurement Tips: Be sure to buy 1~2 samples first, and then buy them in bulk after testing and verifying that they are correct.

Length description: The length of the wire refers to the part of the wire, excluding PCB and connector's Lengths.


Q&A:
1)What is the thickness of the wire? Is it soft? Can it be bent?
-The thickness of the wire of this product is 1.4mm, so the wire of this product is harder. The wire can be bent or folded, but don't pull it.

2)Do you need an external power supply?
-The power supply circuit of our products is well designed, and the extension cord does not require an external power supply.

3)What is the quality of the wire? Is there a shield?

-EMI shielding conductive polymer is used, new materials are used for EMI shielding, flat cable design. This technology allows each cable to be completely covered by the electromagnetic interference shield of the conductive polymer to prevent the incident or outgoing emission of electromagnetic frequencies, minimize interference and performance degradation, and reduce the weight of the spreader.


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