M.2 to SATA3.0 Adapter Card 6Gbps High Speed M.2 PCIE to SATA Expansion Card with LED Indicator NVME PCI-E Adapter Card

Expand your system's storage capabilities with this M-key to SATA 3.0 adapter board. Converting an M.2 M-key NVME slot into six SATA 3.0 ports, each delivering up to 6Gbps data transfer. Built on the reliable ASM1166 chipset for high-speed, stable performance. Plug-and-play – no driver installation required. Includes LED indicators for port status and a heatsink for thermal management. Perfect for adding multiple hard drives or SSDs to desktops, servers, or NAS systems.

How It Works

This adapter card plugs into an M.2 M-key connector that supports NVME/PCI-E protocol. The ASM1166 chip bridges the PCI-E bus to six SATA 3.0 ports, each capable of 6Gbps.

• M.2 slot must support NVME/PCI-E – does NOT work with SATA-only M.2 slots
• Key type: M-key (standard for NVME drives)
• Operating system: Windows or Linux (plug-and-play)
• ASM1166 Chipset – High-Speed, Stable Performance

The ASM1166 is a proven SATA controller chip from ASMedia, known for:

• 6Gbps per port – full SATA III bandwidth
• Low latency – no noticeable delay for drive access
• Broad compatibility – works with all standard SATA hard drives and SSDs
• Efficient power management – reduces heat and power draw

Connect up to six SATA devices:

• SSDs for fast storage pools
• HDDs for bulk storage
• Optical drives (DVD/Blu-ray)
• SATA port multipliers (for even more drives)
• Plug-and-Play – No Driver Installation

Feature & Benefit:

• No driver needed: Works immediately on supported OS
• No configuration: No BIOS settings to change (in most cases)
• Hot-swap capable: Add/remove drives while system is running (SATA feature)

NVME PCI-E Adapter Card Application:

1. NAS / Home server: Add multiple drives for RAID storage pools
2. Data hoarder PC: Expand beyond motherboard SATA limits
3. Old motherboard upgrade: Add SATA ports without replacing board
4. Video editing workstation: Multiple SSDs for fast scratch disks
5. Surveillance system: Many drives for continuous recording
6. File server: Connect large HDDs for network storage
7. Lab testing: Test multiple drives without multiple test PCs

NVME PCI-E Adapter Card Specification:

1. Product Type: M.2 to SATA3.0 Adapter Card
2. Chipset: ASM1166
3. Host Interface: M.2 M-key NVME / PCI-E
4. SATA Ports: 6 ports (SATA 3.0)
5. Data Rate: 6Gbps per port (SATA III)
6. LED Indicators: Yes (power and activity per port)
7. Heatsink: Included
8. Driver Required: No (plug-and-play)
9. OS Compatibility: Linux, Windows (32-bit/64-bit)
10. Dimensions: Approx. 8 × 2.2 cm (3.15 × 0.87 in)
11. Condition: Brand new, high quality

Key Features:

1. 6 SATA 3.0 Ports: Connect up to six SATA hard drives or SSDs from a single M.2 slot.
2. 6Gbps Data Rate: Each SATA port supports full SATA III speed (6Gbps) – no bottlenecking.
3. ASM1166 Chipset: High-performance, stable, and compatible controller chip for reliable operation.
4. M.2 M-Key NVME Interface: Requires an M.2 slot that supports NVME/PCI-E (not SATA M.2).
5. Plug-and-Play: No driver installation needed – works automatically on supported operating systems.
6. LED Indicators: Smart indicator lights show power and drive activity for each port.
7. Included Heatsink: Keeps the controller chip cool during extended operation.
8. Compact Size: Small form factor (approx. 8×2.2cm / 3.15×0.87in) fits in tight spaces.
9. Wide OS Compatibility: Supports Linux and Windows (32-bit and 64-bit).

Included Heatsink – Thermal Management

1. The ASM1166 chip generates heat under load, especially with multiple drives transferring data simultaneously. The included heatsink:
2. Dissipates heat – keeps chip within operating temperature
3. Passive cooling – no fan noise
4. Low profile – fits in compact cases

Installation Tips:

• Power off your computer and disconnect from mains.
• Locate an M.2 M-key NVME slot on your motherboard.
• Insert the adapter card at a 30-degree angle, then press down and secure with the M.2 screw.
• Connect SATA cables from the adapter to your drives.
• Connect power to your SATA drives from your PSU.
• Boot your system – the drives should appear automatically (plug-and-play).
• Format drives in Disk Management (Windows) or using appropriate tools (Linux) if new.