M.2 To PCIE 3.0 4X Cable

Note: Custom lengths, alternate connector angles, extended temperature ranges (–40°C to 85°C), and industrialgrade shielding are available on request.

1. PCIe 3.0 x4 to M.2 M-Key for NVMe SSD Expansion
Features PCIe 3.0 x4 host interface (electrical & mechanical) to M.2 M-Key module interface - enabling NVMe SSD connectivity to standard PCIe slots. Perfect for adding high-speed storage to servers, desktops, workstations, and industrial PCs without native M.2 ports.

2. 16 Gbps Aggregate Data Rate for NVMe Performance
Supports 8 GT/s per lane with 16 Gbps aggregate data rate - delivering full PCIe 3.0 x4 bandwidth for NVMe SSDs. Unlocks the full speed potential of modern M.2 drives for fast boot times, rapid file transfers, and responsive system performance.

3. Dual Cable Type Options for Design Flexibility
Choose from 4-layer FPC (flat flexible circuit) or shielded twisted pair cable to suit your installation environment. Available with straight or 90° host-side connector orientation, and M.2 socket with locking screw for secure module retention.

4. Customizable Length with Reliable Power Delivery
Available in 10cm, 15cm, 20cm, or custom lengths to fit various chassis layouts. Supports +3.3V power delivery via M.2 slot with ≤9W continuous - powering NVMe SSDs without external adapters. Reliable, clean power for consistent drive operation.

Tailored configurations to meet integration and environmental needs:

• Cable Length: custom length according to buyers' requirement.
• Connector Orientation: Host side: straight, left or rightangle 90°; M.2 side: fixed parallel mounting
• Shielding & EMI Control: Unshielded FPC (default); optional full copperfoil shielding with grounded drain wire
• Mechanical Support: Reinforced PCIE bracket with thumbscrew lock; adjustable M.2 standoffs for different module lengths
• Environmental Sealing: Conformal coating (humidity/dust); optional silicone over mold at stress points
• Color / Marking: Standard black FPC/cable; optional white or gray; laseretched part number/length
• Packaging: ESDsafe bag; retail clamshell with installation guide; bulk OEM trays

HighSpeed Modular Expansion for Constrained Professional Environments

• Industrial Manufacturing: Adds M.2based NVMW storage or realtime I/O cards to legacy industrial PCs and PLCS lacking native M.2 support; enables modular datalogging and control upgrades without motherboard replacement.
• Aerial Photography / Drones: Integrates highcapacity, lowprofile M.2 SSDS or dedicated AI inference modules into compact drone flightcontrol stacks, providing highbandwidth storage for 4K/8K video and sensor data during extended missions.
• Medical Equipment: Facilitates fieldupgradable expansion for portable diagnostic devices-such as adding M.2based wireless comms or imageprocessing accelerators-without invasive disassembly of sealed medical enclosures.
• Surveillance / Security: Enables flexible placement of M.2 videoanalytics coprocessors or highendurance NVME storage in NVRS and edgeAI appliances, optimizing thermal performance and simplifying serviceability in 24/7 operations.

1.Industrial Automation Technician
"Our aging control PCs had no M.2 slots, but we needed fast NVME storage for data logging. This x4 cable allowed us to add a 2 TB M.2 drive via a spare PCIE slot, breathing new life into the system without a full hardware overhaul."

2.Drone Avionics Developer
"Space and weight are everything in our mappingdrone payloads. This adapter let us mount a highspeed M.2 SSD flat against the carrier board, saving critical millimeters while still achieving >1.5 GB/s write speeds for aerial imagery."

3.Medical Device Field Engineer
"We use these cables to make the M.2 wireless module in our portable patient monitors serviceable from the exterior panel. Now a module swap takes five minutes instead of requiring complete device disassembly."

4.Surveillance System Integrator
"In our rackmounted AINVRS, we needed to add multiple M.2 TensorRT accelerators without blocking airflow. These cables let us position the modules horizontally above the motherboard, reducing GPU ambient temperature by 6 °C."

5.Embedded Systems Designer
"For a vehiclemounted rugged computer, we used the extendedtemperature version of this cable to relocate an M.2 5G module away from heatproducing components. It has survived thousands of miles of vibration and thermal cycling."

• Payment method: Credit card or T/T (optional for large amounts). Western Union PayPal
• T/T payment generally supports 100% advance payment.
• Lead time: Normally in 5-10 working days after payment received.
• Sample policy: Samples are always available for each model for standard products.
• Samples can be ready in 3-5 working days once payment received.
• Shipping port: Shenzhen, China.

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