New Version 2 In 1 Combo M.2(NGFF) NVMe SSDSATA-Bus SSD To SFF-8654 And SATA

Product Specification

New Version 2 In 1 Combo M.2(NGFF) NVMe SSDSATA-Bus SSD To SFF-8654 And SATA Adapter.

Product specifications:

1.Supports M.2 nvme SSD in format 2230, 2242, 2260 and 2280.

2.Support M.2 key B/B+M SATA bus SSD in format 2230, 2242, 2260 and 2280.

3.No drivers needed for this Adapter.

4.Type C interface is only for SFF-8611/8612 power.

5.Type C interface is only for SFF-8611/8612 power.

Product Overview:

This product is a powerful and intricately designed dual SSD adapter designed to provide users with flexible and diverse solid-state drive expansion solutions. It integrates two SSD slots with different protocols, which can adapt to both NGFF (M.2) Key-B and SATA protocol SSDs, as well as NGFF (M.2) Key-M and NVME protocol SSDs. It covers a variety of common sizes and smoothly outputs data from different types of SSDs through precise interface conversion. It is equipped with TYPE-C auxiliary power supply and intuitive LED indicator lights, which can meet the needs of computer upgrades, data storage expansion, and high-performance computing. It is widely used in desktop computers, laptops, mini hosts and other devices.

Product features:

1. Dual protocol slots, widely compatible: Two SSD slots have been ingeniously designed. The SSD1 slot is designed for NGFF (M.2) Key-B SSDs that follow the SATA protocol, accurately matching their electrical characteristics and physical specifications. It supports four sizes: 2230mm, 2242mm, 2260mm, and 2280mm, allowing users to find a home for SATA protocol SSDs of different specifications in their hands; The SSD2 slot is designed for NGFF (M.2) Key-M SSDs that support the NVME protocol. It is also compatible with the four sizes mentioned above, fully meeting the diverse SSD application needs of today. Whether upgrading old devices or configuring new ones, it can be easily handled, greatly expanding the product's applicability.

2. Precise interface conversion and high-speed transmission: For the SSD1 slot, the internal circuit is cleverly designed to accurately convert the data transmission path of NGFF (M.2) Key-B into the output of the SATA3.0 interface on the adapter, fully utilizing the high-speed and stable characteristics of the SATA3.0 interface. The theoretical transmission rate can reach 6Gbps, ensuring fast data read and write, and meeting the storage speed requirements of daily office, entertainment and other common application scenarios; The NGFF (M.2) Key-M corresponding to the SSD2 slot is converted to the SFF-8611/2 interface, perfectly adapting to the ultra high speed transmission requirements of NVME protocol SSDs, unleashing their high-performance potential, and providing strong support for speed demanding scenarios such as professional data processing and large-scale game loading.

3. TYPE-C auxiliary power supply, stable guarantee: Considering the high power demand of some high-performance SSDs during operation, a TYPE-C auxiliary power supply interface is specially equipped for the NGFF (M.2) Key-M slot. This design can provide additional stable power to SSDs that support NVME protocol in the case of insufficient power supply to the motherboard, ensuring stable operation of SSDs, avoiding performance degradation, disk dropping and other problems caused by unstable power supply, ensuring the continuity and reliability of data transmission, especially suitable for high-performance computing scenarios with strict power supply requirements.

4. LED indicator lights, real-time monitoring: Both slots are equipped with LED indicator lights, like the "health guard" of SSD, reflecting its working status in real time. When the SSD is in different stages such as reading and writing data, initialization, etc., the indicator lights will appear with corresponding flashing frequency or color changes (depending on the design), allowing users to intuitively understand the transmission and usage of the SSD without complex software monitoring. For example, during data backup and system startup, users can quickly determine whether the SSD is working properly, discover potential problems in a timely manner, and safeguard data security.

Product Structure and Interface Introduction

SSD slot:

SSD1 slot (NGFF (M.2) Key-B): strictly built according to the NGFF (M.2) Key-B standard, the internal dimensions accurately adapt to four sizes of SSDs: 2230mm, 2242mm, 2260mm, and 2280mm. The gold finger contact area adopts a strong oxidation resistant gold plating process to ensure good conductivity after long-term use, providing reliable guarantee for SSD insertion and electrical connection. The slot is equipped with sturdy and durable buckle devices around it. Through clever mechanical structure design, when the SSD is inserted into place, the buckle can automatically lock, ensuring that the SSD is firmly in the slot and convenient for users to disassemble, providing convenience and reliability guarantee for frequent SSD insertion and removal operations.

SSD2 slot (NGFF (M.2) Key-M): Designed according to the NGFF (M.2) Key-M standard, it accurately adapts to the four sizes of SSDs mentioned above. The interior is made of high-quality alloy material to create gold finger contact points, which are finely gold-plated to ensure a tight and stable connection with the SSD, fully meeting the high-speed and high-frequency data transmission requirements of NVME protocol SSDs. The buckle device around the slot is similar to SSD1, ensuring the stability of the SSD in the slot and facilitating user operation.

Output interface:

SATA3.0 interface: Designed in accordance with the universal SATA3.0 standard specifications, its internal pin layout is precise and error free, and high-quality metal materials are used to create contact points with excellent conductivity and signal transmission capabilities. The interface shell is made of metal material and grounded to effectively block external electromagnetic interference, ensuring power supply stability and data transmission integrity. When connecting computer motherboards or other devices, the external dimensional tolerance of the interface is controlled within a very small range, ensuring smooth insertion and removal, facilitating user connection, and laying a solid foundation for high-speed data transmission between adapters and external devices.

SFF-8611/2 Interface: Designed specifically for adapting to NVME protocol SSDs, the interface has a precise internal structure and reasonable pin layout, which can accurately match the high-speed data transmission requirements after NGFF (M.2) Key-M conversion. The shell is made of metal material and grounded, with good shielding performance, ensuring that signal transmission is not affected by external interference, ensuring that the high performance of NVME protocol SSD can be fully utilized, and providing reliable interface support for professional data processing scenarios.

TYPE-C auxiliary power supply interface: Adopting the universal TYPE-C standard, the internal pin layout of the interface is precise, and the shell is made of metal material and grounded to effectively block external electromagnetic interference, ensuring power supply stability and data transmission integrity. It is compatible with most TYPE-C power cables on the market, making it convenient for users to connect various external power sources such as computer USB ports, mobile phone chargers, etc., providing stable and continuous power input for SSDs that require additional power.

LED indicator light: High brightness and low-power LED beads are selected, and through carefully designed internal circuit connections, they are accurately associated with the read and write status of the SSD. The lamp beads are packaged with long-life and high stability materials to ensure reliable illumination during long-term and frequent use, providing users with continuous and accurate status indicators to help them quickly determine the working condition of the SSD.

Performance advantages:

Multi compatibility and flexible expansion: With a dual protocol and multi size compatible SSD slot design, users can freely combine and configure according to their own needs and existing SSD resources, easily achieving dual expansion of storage capacity and performance. Whether it's using idle SATA protocol SSDs for upgrading old computers or introducing high-performance NVME protocol SSDs for new installations, there's no need to worry about compatibility issues, providing a one-stop solution to meet diverse storage needs and improve overall device performance.

High speed transmission, soaring efficiency: precise interface conversion corresponding to different slots fully utilizes the transmission advantages of SATA and NVMe protocols. The SATA3.0 interface ensures fast reading and writing of regular data, while the NVME protocol achieves ultra high speed transmission in professional scenarios, significantly reducing data transmission time. In scenarios such as large file transfer, system startup, game loading, etc., compared to traditional single interface storage solutions, the transfer speed can be increased by 15%, significantly improving work efficiency and user experience.

Stable power supply and performance guarantee: The TYPE-C auxiliary power supply interface provides a solid support for high-performance NVME protocol SSDs, effectively solving performance bottlenecks caused by insufficient power supply. In scenarios such as high load data processing and long-term continuous reading and writing, ensuring the stable operation of SSDs, avoiding issues such as disk drops and lagging, and improving data transmission stability by 15% compared to situations without auxiliary power supply ensures the safe and smooth transmission of critical data.

Real time monitoring, worry free: Real time feedback from LED indicator lights allows users to constantly monitor SSD dynamics. Whether it is file reading and writing in daily office or continuous transmission in professional data processing, as long as the status of the LED is observed, it is possible to timely detect whether there are hidden faults in the SSD, such as data transmission lag, SSD sleep abnormalities, etc., which facilitates taking measures in advance, reduces the risk of data loss caused by SSD failures, and safeguards data storage.

Usage:

Install SSD: Select the corresponding slot based on the protocol supported by the SSD. If it is an SSD that supports SATA protocol, gently open the SSD1 slot buckle, align the SSD golden finger with the slot, and insert it slowly and steadily, paying attention to the correct insertion direction to avoid forcefully inserting and causing damage to the golden finger. Until the SSD is fully inserted and the buckle automatically locks, ensuring a tight connection between the SSD and the slot; If it is an SSD that supports the NVME protocol, insert it into the SSD2 slot in the same way.

Connecting external devices: Connect the SATA3.0 interface of the adapter to the corresponding interface of the computer motherboard or other devices through a standard SATA data cable, ensuring that the data cable plug is tightly connected to the interface, smoothly inserted and removed, and avoiding loose or virtual connections. For SSDs that support the NVME protocol, use a dedicated data cable to connect the SFF-8611/2 interface to the compatible device, ensuring a secure connection. If necessary, connect the TYPE-C auxiliary power supply interface, use the TYPE-C power cord to connect one end to the adapter interface and the other end to a suitable power device, such as a computer USB interface, phone charger, etc., to ensure stable power supply.

Observe SSD status: After completing the above installation steps and turning on the relevant devices, pay attention to the LED indicator status corresponding to the two slots. Under normal circumstances, during system startup, file reading and writing, etc., the LED beads will flash or stay on in a corresponding manner according to the working condition of the SSD. If there is no response or abnormal flashing of the LED beads, it may indicate that there is a problem with the SSD or adapter, and further checks are needed to ensure that the connection is tight and the SSD is working properly.

Normal use and monitoring: During the normal operation of the device, continuously monitor the status of the LED beads and the read/write performance of the SSD, such as whether there are any lagging, delay, or other phenomena. If any abnormalities are found, they should be promptly investigated and resolved by checking the connection, restarting the device, replacing the SSD, etc., to ensure the stable and efficient operation of the storage system.

Applicable scenarios:

Computer upgrade and renovation: When upgrading storage on old desktop or laptop computers, users often have SSDs of different types and sizes on hand. This adapter can integrate and utilize multiple SSDs, whether it is using idle SATA protocol SSDs to expand ordinary storage or introducing high-performance NVME protocol SSDs to improve system response speed, it can be easily achieved without replacing the entire motherboard or hard drive array, saving costs, improving device performance, and meeting daily office and entertainment needs.

New installation configuration optimization: For new installation users, different protocols and sizes of SSDs can be flexibly matched according to budget and performance requirements. Through this adapter, we can fully leverage the ultra high speed transmission advantages of NVME protocol SSDs, as well as the cost-effectiveness of SATA protocol SSDs, to build a multi-level storage system that meets the requirements of different application scenarios for storage speed and capacity. For example, NVME protocol SSDs can be used to quickly load game partitions, SATA protocol SSDs can be used to save large amounts of data storage, and the storage configuration of new computers can be optimized.

Professional data processing: In professional fields such as video editing, big data analysis, and 3D modeling, there is a high demand for SSD storage speed and stability. The NVME protocol slot and TYPE-C auxiliary power supply of this adapter ensure stable operation of high-performance SSDs, fast reading and writing of massive data, and real-time monitoring with LED indicator lights to timely detect and solve potential problems, ensuring that professional workflows are not constrained by storage bottlenecks and improving work efficiency.

Package contents:

1x M.2 NVMe to PCI-e Adapter.

1x Screw Driver.

4x M2 Sliver screw.

2x standoff.