Portable project drive
Install a compatible NVMe module for fast working files between USB computers after choosing a file system readable by each system.
NVMe storage enclosure · exact SKU guide
UGREEN SKU 10902 is a tool-free USB enclosure for PCIe NVMe M.2 solid-state drives in 2230, 2242, 2260 and 2280 lengths. It accepts compatible M-key and M+B-key NVMe modules and connects to a USB host through its USB-C enclosure port.
Its USB 3.1 Gen 2 / 10Gbps-class bridge uses an ASM2362 controller and supports UASP, TRIM, S.M.A.R.T. reporting and automatic sleep when the operating system and installed SSD expose those functions. The listed USB rate is a link ceiling; the SSD, host port, thermal state, file mix and software determine real throughput.
This enclosure is not for M.2 SATA/NGFF, mSATA or PCIe AHCI drives. Key shape alone is not enough: an M+B-key module can be SATA or NVMe, so the protocol printed in the SSD specification must be checked before installation.

These are the functions that define the exact SKU. They are intentionally separated from performance assumptions so the connector, protocol and operating role stay clear.

This guide separates the physical connector, protocol, speed ceiling and host requirements so that a familiar-looking plug is not mistaken for guaranteed compatibility. Performance examples are planning references, not promises: the source device, destination device, controller, operating system, cable chain, file system and workload can all become the limiting factor.
The 10Gbps USB link has less usable payload than its raw signalling figure, and the installed SSD may be capable of far more internally. Normal large sequential transfers can be much faster than small-file, random or encrypted workloads.
The current exact listing cites roughly 900–998MB/s-class examples under selected test conditions. Treat those as laboratory examples, not a guaranteed speed for every computer, cable, SSD, file system or thermal state.
Sustained writes can slow after an SSD cache is exhausted or when the drive/controller becomes hot. Keep the aluminium shell exposed to airflow and let an overheated drive cool before retesting.

The following examples show realistic ways to use the product while retaining the compatibility and safety checks described elsewhere in this guide.
Install a compatible NVMe module for fast working files between USB computers after choosing a file system readable by each system.
Read or clone a compatible NVMe drive externally using trusted backup software and adequate destination capacity.
Repurpose a supported NVMe SSD removed from a laptop, provided it is not locked, damaged or required for another system.
Inspect supported S.M.A.R.T. data or recover accessible files without opening the host computer again.
Use for high-throughput photos or video proxies within the real limits of the USB host, SSD and editing workflow.
Use this sequence as a practical installation checklist. If the connected equipment manual gives a stricter instruction, follow the equipment manufacturer’s procedure.

Compatibility is conditional on physical connector, electrical or storage protocol, host support, software and the complete system design. A matching plug alone is not enough.

Use this product for the narrow functions below. Keeping the role specific makes troubleshooting easier and avoids buying it for an unrelated conversion task.

These exclusions are as important as the feature list. They distinguish this exact model from converters, powered accessories and visually similar products.
Good installation and handling habits protect data, equipment ports and connection reliability.
Avoid these common mistakes even when the connectors appear to fit.
Review every point before connecting valuable equipment or irreplaceable data. Stop use if the setup does not match the documented interface.
The table consolidates the verified exact-model facts and deliberately states conditional performance where the result depends on the wider system.
| Product | Tool-free M.2 NVMe SSD enclosure |
|---|---|
| SKU | 10902 |
| Supported protocol | PCIe NVMe |
| Unsupported protocols | M.2 SATA/NGFF, mSATA and PCIe AHCI |
| SSD keys | M-key and M+B-key only when the drive protocol is NVMe |
| SSD lengths | 2230, 2242, 2260 and 2280 |
| Listed maximum capacity | Up to 2TB |
| External interface | USB-C enclosure port |
| USB link class | USB 3.1 Gen 2 / up to 10Gbps |
| Bridge controller | ASM2362 |
| Storage features | UASP, TRIM, S.M.A.R.T. and automatic sleep where supported |
| Indicator | Status LED |
| Housing | Aluminium-alloy outer shell with ventilated end design |
| Approximate dimensions | 119 × 37 × 12mm shown in exact gallery artwork |
| Host scope | Compatible USB computers; current listing excludes USB-C smartphone use |

Package contents below reflect the exact current product record and gallery presentation. Accessories shown only as connected examples are not automatically included.
A minute spent checking the complete signal path is more useful than choosing by connector shape or headline speed alone.
Start with the simplest known-good path, change one variable at a time and protect important data before testing storage or configuration workflows.
Open a question to see the exact-model answer. The FAQ is deliberately collapsible so detailed guidance remains easy to scan on a phone.
No. It is for PCIe NVMe drives. SATA/NGFF M.2 modules are incompatible even when the module has an M+B-key shape.
The tool-free carrier supports 2230, 2242, 2260 and 2280 module lengths.
The current exact listing states up to 2TB. Verify any unusual module or later higher-capacity revision against exact model documentation.
No. The enclosure converts a separately supplied compatible NVMe SSD into USB storage.
It supports a 10Gbps-class USB link with a capable host and cable. Real storage throughput is lower and depends on the entire system.
The exact model presentation shows USB-C-to-USB-C and USB-C-to-USB-A cables for connecting the enclosure to different computer ports.
The current exact listing specifically excludes USB-C smartphone use. Choose a host documented for external NVMe storage instead.
Those functions are listed, but pass-through depends on the SSD, ASM2362 bridge, operating system and monitoring utility.
Recheck that it is NVMe, fully inserted and secured at the correct length. Then test an included cable directly at a compatible computer port.
NVMe drives and bridge controllers generate heat; the aluminium shell spreads it. Keep it ventilated and investigate repeated throttling or abnormal heat.
It can expose a readable compatible SSD, but it cannot repair physical failure, bypass encryption or guarantee recovery.
Use the operating system’s eject or unmount function and wait for writes to finish before disconnecting.
This exact-SKU guide was checked against the current UGREEN India product record, its written details and every live Shopify-owned gallery asset. Where wording or artwork differed, the narrower verified claim was retained and safety limitations were stated explicitly.
Performance examples in gallery artwork remain examples. They do not override host requirements, protocol exclusions, real workload limits or equipment-manufacturer instructions.
The corrected title, SEO fields, specifications and compatibility statements in this draft all refer to SKU 10902. Only media from the current exact Shopify product record has been selected. Every image is presented once, at large editorial width, with an explanatory caption rather than as a thumbnail grid.
Use the SKU as the final identity check on the product page, packaging and invoice. If a connected-device manual requires a different protocol, wiring, power arrangement or cable type, the device manual takes priority.
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