SilverStone 1x NVMe/SATA M.2 SSD to PCI-Ex4 1U Adapter Card

SilverStone's 1x NVMe & 1x SATA M.2 SSD to PCI-Ex4 1U Adapter Card suits 1U form factor chasiss with a total height of only 32mm. This adapter card allows simultaneous usage of all both M.2 SSD slots. It supports: 1 x NVMe M.2 SSD (M Key) utilising PCIe x4 interface; 1 x SATA M.2 SSD (B key); PCIe Gen4; SATA 6 Gbp/s; and PCIe CLKREQ#. Aditionally, it has a built-in LED status indicator.

Features

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ECM28

1 x NVMe & 1 x SATA M.2 SSD to PCIe x4 1U Adapter Card

• Suits 1U form factor chassis at only 32mm total height
• Support 1 x NVMe M.2 SSD (M key) utilizing PCIe x4 interface
• Support 1 x SATA M.2 SSD (B key)
• Allows concurrent usage of both M.2 SSD slots
• Supports PCIe Gen4
• Supports SATA 6Gbps
• Built-in LED status indicator

32mm Total Height, Fits Easily Inside 1U Form Factor Chassis

Allows Concurrent Usage of Both M.2 SSD Slots

1 x M.2 PCIe SSD (M Key) with PCIe x4 Interface

1 x M.2 SATA SSD (B Key)

Built-In LED Status Indicator

Remark

There are three types of M.2 SSDs, please make sure you know the difference between them and whether your system/motherboard support them before pairing these with your SilverStone product.

Legacy SATA (B Key)

Used for SATA SSDs, and interfaced through the AHCI driver and legacy SATA 3.0 (6 Gbit/s) port exposed through the M.2 connector.

PCI Express Using AHCI (M Key)

Used for PCI Express SSDs and interfaced through the AHCI driver and provided PCI Express lanes, providing backward compatibility with widespread SATA support in operating systems at the cost of not delivering optimal performance by using AHCI for accessing PCI Express SSDs.

PCI Express Using NVMe (M Key)

Used for PCI Express SSDs and interfaced through the NVMe driver and provided PCI Express lanes, as a high-performance and scalable host controller interface designed and optimized especially for interfacing with PCI Express SSDs. NVMe has been designed from the ground up, capitalizing on the low latency and parallelism of PCI Express SSDs, and complementing the parallelism of contemporary CPUs, platforms and applications.