ADT M14JF M.2 NVMe SSD to PCIe X1 Extension Cable PCIe 4.0 x1 16Gbps 5~100cm Custom Length

Bullet Points

• ADT M14JF M.2 NVMe SSD to PCIe X1 signal extension cable, PCIe 4.0 x1 up to 16Gbps
• 4th-gen shielded flat cable, EMI conductive polymer shielding, only 1.3mm flexible & bendable
• Via-free differential signal layout, reinforced soldering joints with 3mm PCB gaskets, anti-pull & anti-interference
• High-TG 1oz copper PCB, low impedance; stable full PCIe4.0 speed within 60cm
• ⚠️ For professional engineers only, for lab testing; only compatible with M.2 Key-M NVMe SSD, NOT for WiFi/WWAN cards

Full Product Description

Product Overview

Brand: ADT
Model: M14JF
Product Name: M.2 NVMe SSD to PCI-E X1 Signal Extension Cable
Cable Length: 5cm ~ 100cm (custom length available)
Bandwidth: PCIe 4.0 x1 Gen4, max 16Gbps

Real-world test: Around 1400MB/s read/write under PCIe4.0; ~700MB/s read/write under PCIe3.0
Application: High-speed PCIe signal transmission for industrial control & server equipment
Important Restriction: This item is for professional engineers only for designated product testing. It is NOT suitable for general consumer use. Regular buyers please DO NOT purchase this product.

Friendly Reminder: This adapter has many compatibility constraints. Incorrect assembly or improper operation may burn your hardware.
ONLY works with M.2 Key-M NVMe SSD. NOT compatible with WiFi or WWAN cards.

Product Advantages

1. 4th Generation ADT In-house Shielded High-Speed CableEquipped with premium connectors and proprietary 4th-gen shielded flat ribbon cable. Supports stable PCIe 4.0 x1 high-speed data transfer.
2. Customizable Cable LengthCustom lengths available from 3cm up to 100cm. Low-impedance cable design maintains full PCIe4.0 bandwidth reliably for lengths ≤60cm.
3. Via-Free Differential Signal DesignNo vias on differential signal traces. Eliminates signal attenuation and interference caused by parasitic capacitance & inductance. Prevents CAF micro-shortage for long service life.
4. Premium High-Frequency PCBConstructed with high-TG low-loss PCB substrate, 1oz thick copper layer. Gold-plated contact fingers with sufficient gold thickness for superior conductivity. Reduces system crash and audio distortion caused by oxidation and rising impedance.
5. Heavy-Duty Reinforced Construction3mm thick PCB gaskets protect soldering terminals. Secured with screws and hex nuts. Strong tensile resistance, anti-interference, prevents wire breakage and pad detachment.
6. Optimized Low-Profile PCB DesignSlim low-profile PCB avoids collision with graphics cards. Widened & lengthened PCB simplifies installation and lowers damage risk.

Technical FAQ

✅ What is the cable quality? Does it have shielding? Yes, full metal layer shielding. Built with advanced EMI shielding conductive polymer flat cable. Each cable is fully wrapped by EMI shielding polymer to block electromagnetic interference, minimize signal degradation and reduce cable weight.

✅ Cable thickness, flexibility & bendability? Cable thickness: only 1.3mm. The cable is soft and flexible. Normal bending will not affect performance.

Important Purchase & Usage Warnings

1. Observe Connector Polarity: Always verify orientation before plugging in. Reversed or misaligned insertion can destroy your hardware. Hold the socket firmly when inserting; excessive force may break pins. Do NOT bend or pull the cable within 2cm of soldering joints at both ends.
2. Signal loss is unavoidable with extension cables. Motherboards and hardware vary in signal driving capability. Our lab test results do not guarantee identical performance on your system. If you require perfect signal quality, please do not buy.
3. Electronic hardware ages and oxidizes over time. Using an extension cable will further reduce stability. NOT compatible with equipment older than 4 years.
4. Sold exclusively for professional engineer lab testing. Not approved for other applications.

Quality Assurance

Direct from ADT factory. Every unit undergoes full power-on testing before shipment.

Supplementary Comparison Table (for description insert, English version)

Functional Difference Between ADT R14SF and R14JF 4.0