Product Overview

ADT R65SF 4.0 / R65SL 4.0 Mini PCIe to M.2 Key A.E. Riser Extension Cable, PCIe 3.0 /4.0 x1 high-speed flat ribbon cable. This riser cable extends your M.2 Key A.E. wireless network card and connects it to the Mini PCIe port on the motherboard.
Note: Does NOT support USB Bluetooth signals.Factory direct sale, 100% full power-on testing before shipment for reliable performance. Custom cable lengths available.

Key Specifications

Product Advantages

  1. High-Speed Shielded Flat CableADT self-developed 4th generation shielded high-speed ribbon cable with premium connectors. Stable transmission at PCIe 4.0 x1 8GT/s.
  2. Custom Length & Low ImpedanceCustom lengths from 3cm up to 100cm. Low cable impedance. Stable full-speed PCIe4.0 performance for lengths within 60cm.
  3. Differential Signal Via-Less DesignNo parasitic capacitance and inductance that cause signal attenuation & interference. Eliminates CAF micro-short issues for long service life.
  4. High-Quality PCB MaterialPCB built with high-frequency low-resistance high TG substrate. 1oz thick copper, gold-plated fingers with sufficient gold content. Excellent conductivity, reduces oxidation and resistance rise that causes crash or audio distortion.
  5. Robust Mechanical Reinforcement3mm thick PCB gaskets at soldering joints. Secured with screws and hex lock nuts. Anti-pull, anti-interference, prevents broken wires or pad lifting.
  6. Low-Profile & Enlarged PCB DesignLow-profile PCB avoids collision with graphics cards. Extended enlarged PCB for easier installation and reduced risk of damage.

Cable Quality & Shielding

Features metal layer shielding with advanced EMI shielding conductive polymer material for flat ribbon cable design. The conductive polymer fully covers every wire to block incoming and outgoing electromagnetic emissions. Minimizes EMI interference and performance degradation while lowering the overall weight of the ribbon cable.

Cable Physical Feature

Cable thickness is only 1.3mm. The ribbon cable is soft and flexible. Bending the cable will not affect signal performance.

Important Purchase Notic

This product is intended for professional engineers only. It is NOT suitable for regular consumer use. General buyers please DO NOT purchase. This is a custom-made product, non-refundable and non-returnable. Please purchase 1~2 samples for full testing and verification before bulk procurement. This item has many compatibility risks. Improper assembly or wrong operation may burn out your hardware. Please fully confirm suitability before placing your order.

Cable Length Explanation

The listed cable length only refers to the flat ribbon cable section,
PCB boards and connectors are NOT included. Please refer to the dimension drawing for reference.

Operation Warnings

  1. Check the orientation before plugging in. Reversed or offset insertion may burn your device. Hold the socket steady during installation; do not apply excessive force to avoid breaking pins. Do not bend or pull the cable within 2cm of soldering joints on both ends.
  2. Signal driving capability varies between motherboards and hardware. Our in-house test results cannot guarantee identical performance on your equipment. Signal loss is inevitable with extension cables. Do not buy if you require perfect zero-loss performance.
  3. Electronic hardware ages and oxidizes over time. Using extension cables on aged hardware will further reduce stability. This riser is NOT recommended for equipment older than 4 years.
  4. Reserved for professional engineering testing only. Not approved for other applications.

FAQ

Q: How about cable quality? Does it have shielding?

A: It has metal layer shielding with advanced EMI shielding conductive polymer. The flat ribbon cable is fully covered by conductive polymer EMI shielding. It blocks incoming and outgoing electromagnetic frequency emission, minimizes interference and performance degradation while reducing cable weight.

Q: Cable thickness? Is it soft and bendable?

A: The ribbon cable thickness is only 1.3mm. It is soft and flexible. Bending will not affect usage.