ORICO 40Gbps M.2 NVMe SSD Enclosure - High Speed External NVMe Case

In this review the ORICO 40Gbps M.2 NVMe SSD enclosure is evaluated for users who need a fast, portable external NVMe solution. The bottom line: it is best for creative professionals, gamers, and power users who need sustained high transfer rates and reliable cooling; the single biggest reason to buy is its 40Gbps-capable USB C to C connection and a chipset that supports UASP and TRIM for sustained, high-performance transfers. Setup is plug-and-play and the enclosure supports modern host platforms like Apple M and recent Intel and AMD systems.

Key Features

• 40Gbps Transfer Speed: The enclosure can move more than 180GB of data in about a minute, leveraging a 40Gbps interface for rapid backups and large file transfers.
• High Read/Write Performance: With advertised read/write speeds up to 3500/3000 MB/s, it reduces game load times and speeds large video workflows.
• Enhanced Chipset: The next-generation chipset supports UASP and TRIM commands to help maintain drive health and consistent performance.
• Active Cooling System: An integrated fan, all-aluminum alloy shell, and silicone thermal pads combine to improve cooling performance by about 50% for long transfers.
• 2-in-1 Cable Included: The bundled cable has USB C to C (40Gbps) and USB C to A (10Gbps) outputs so it connects to modern laptops, phones, and consoles without extra adapters.
• M.2 Compatibility: Supports M-Key NVMe M.2 sizes 2230/2242/2260/2280 up to 8TB for flexible drive choices.

Who It's For

The ORICO enclosure is ideal for content creators and gamers who regularly move multi-gigabyte files or need a fast external scratch drive. Its combination of a 40Gbps-capable USB C to C link, UASP/TRIM support, and an active cooling system makes it suited to prolonged heavy use like editing high-bitrate video or running games from the drive.

It is less suitable for users with older hardware: the enclosure requires modern host support (Intel 12th gen and later or Apple M1/M2/M3/M4) for full compatibility and maximum speed, and certain SSD models are not recommended. Casual users who only need occasional file transfers may find simpler, fanless enclosures adequate.

Pros & Cons

Pros

• Extremely fast transfers via 40Gbps USB C to C for large file workflows.
• Effective multi-level cooling with built-in fan and aluminum shell for sustained performance.
• Chipset support for UASP and TRIM helps maintain drive longevity and speed.
• Included 2-in-1 cable increases compatibility with USB C and USB A hosts.

Cons

• Not fully compatible with older Intel generations or some specific SSD models, so check host and drive compatibility first.
• Active fan adds mechanical complexity and may be unnecessary for light use.

Specifications

Interface	USB4 / Thunderbolt 4/3 / USB 3.2 / 3.1 / 3.0
Maximum Throughput	40Gbps (USB C to C)
Advertised Read/Write	Up to 3500/3000 MB/s
M.2 Support	M-Key NVMe 2230/2242/2260/2280, up to 8TB
Cooling	Integrated fan, aluminum alloy shell, silicone thermal pads
Included Cable	USB C to C (40Gbps) and USB C to A (10Gbps) 2-in-1 cable
Host Compatibility	Intel 12th gen+ / Apple M1-M4 / AMD CPUs (not older Intel)

Our Verdict

The ORICO 40Gbps M.2 NVMe enclosure is a compelling choice for power users who need portable, sustained NVMe performance with active cooling and modern protocol support. It delivers real-world speed benefits for video editors and gamers and includes useful features like UASP/TRIM support and a dual-output cable, making it good value for anyone with compatible host hardware.

Frequently Asked Questions

Will this enclosure work at full speed on my laptop?
If your laptop has a USB4 or Thunderbolt 3/4 port or a USB C port rated for 40Gbps it can reach the highest speeds; older ports will be limited to lower throughputs.

Can I use any NVMe M.2 SSD in it?
It supports M-Key NVMe SSDs in 2230/2242/2260/2280 sizes up to 8TB, but some models are not recommended, so verify specific drive compatibility before purchase.

Is active cooling necessary?
The built-in fan plus aluminum shell and thermal pads improve sustained transfer cooling and reduce throttling during long transfers, which benefits heavy users.