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Ulanzi DT580 80Gbps M.2 NVMe SSD Enclosure

£195.00
£195.00
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Kit: DT580 Enclosure*1
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  • 1. 80Gbps Read Speed (Max): Transfer 6GB files in just one second. Save time, load files instantly, and boost your productivity.
  • 2. Supports NVMe 2280 SSD
  • 3. Compatible with Windows & macOS
  • 4. Powerful Cooling: Advanced multi-layer cooling system keeps it cool inside and out, reducing power consumption while preventing overheating.
  • 5. Supports up to 8TB maximum capacity. Just feel free to create, no more worries about storage. *SSD not included.
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Ulanzi DT580 80Gbps M.2 NVMe SSD Enclosure
Ulanzi DT580 80Gbps M.2 NVMe SSD Enclosure
£195.00
£195.00
     
  • Description
  • How-to VIDEO
  • FAQ
  • Bundle
  • Reviews

Up to 8TB, All You Needs

Supports up to 8TB maximum capacity. Just feel free to create, no more worries about storage.

Theoretical Supported Capacity: Up to 8TB (Max)
- 160 of 50GB AAA games
- 5,400 of 1.5GB 4K videos clips
- 2.78 million of 3MB high-resolution photos
- 8.38 million of 1MB documents

*All data based on Ulanzi laboratory testing results. Actual capacity may differ due to the SSD, data cable, and device interface. We recommend to use a branded SSD. Please refer to the actual product.
* SSD Not Included.

80Gbps, Lightning-Fast Transfer

Transfer 6GB files in just one second. Save time, load files instantly, and boost your productivity.

Read Speed: 80Gbps (Max)

High-Performance Chip, Ready for Your Work

Powered by Intel JHL9480, it ensures professional-grade performance, providing fast and reliable data transfer.

All Specs at a Glance

With clear SSD specs, interfaces, and system compatibility, everything you need to know is right here.

- Supports NVMe 2280 SSD
- Supports M.2 M-Key / B & M Key SSD
- Supports Thunderbolt 5 interface (Compatible with Thunderbolt 4 / USB4)
- Compatible Systems: Windows, macOS

Powerful Cooling, No Speed Loss

Advanced multi-layer cooling system keeps it cool inside and out, reducing power consumption while preventing overheating.

Magnetic Attach, Snap On & Go

Compact and magnetic, it snaps onto your device, giving you a more organized workspace.

*Comes with a magnetic adapter plate

Smart Circuit Protection, Create with Confidence

Smart circuit protection ensures stable data transfer. More reliable, more confidence.

Installation Guide

1. Use the screwdriver to loosen the screws and remove the cover.
2. Insert the SSD into the slot and secure the screw.
3. Attach the thermal silicone pad to the SSD cover.
4. Reinstall the cover and tighten the screws.

Specifications

Brand: Ulanzi
Model: DT580
Material: Aluminum Alloy
Dimensions: 11*4*2.3cm / 4.33*1.57*0.91in
Weight: 92g / 3.25oz

Interface: Thunderbolt 5; Backward compatible with Thunderbolt 4 / USB4
Supported SSD Form Factor: 2280
Supported SSD Key Type/Output: M.2 M-Key / B＆M Key
Compatible Operating Systems: Windows, macOS
Theoretical Supported Capacity: Up to 8TB (Max)
Max Transfer Speed: Up to 80Gbps/Supports Single-Protocol NVMe
USB-C: 5V⎓3A Input (Max)

*Specifications are based on Ulanzi laboratory test results and provided for reference only. Please contact our technical support team for further assistance.

Packing List

SSD Enclosure*1
80Gbps Data Cable (15cm)*1
Magnetic Adapter Plate*1
Silicone Thermal Pad*1
Screwdriver Kit*1
Storage Pouch*1
User Manual*1

How-to VIDEO
Reviews
FAQ
<details open><summary>Question: What interface does the DT580 use — USB4 or Thunderbolt?</summary><div>Answer: Thunderbolt 5, with backward compatibility to Thunderbolt 4 and USB4. On a TB5-capable Mac (M4 Pro/Max+) or PC you get the full 80Gbps; on TB4/USB4 hosts you fall back to 40Gbps. The USB-C connector is the same physical port.</div></details>
<details open><summary>Question: How fast is it really?</summary><div>Answer: Up to 80Gbps theoretical link speed. Real-world read/write tops out at whatever your NVMe drive can sustain — a top-tier PCIe Gen 4 drive will saturate ~7000MB/s, which is far faster than any USB 3.2 / TB4 enclosure can deliver. Big RAW transfers and ProRes proxies finish in seconds rather than minutes.</div></details>
<details open><summary>Question: What SSDs does it accept?</summary><div>Answer: M.2 NVMe in the 2280 form factor (the standard 80mm length), M-Key or B+M Key. Up to 8TB capacity. Does <b>not</b> accept the shorter 2230/2242/2260 sizes — they're for ultra-compact enclosures.</div></details>
<details open><summary>Question: How does it handle heat at sustained speeds?</summary><div>Answer: Aluminum alloy body with a multi-layer cooling system and included thermal silicone pads that touch both sides of the SSD. Without active cooling, sustained 80Gbps writes will throttle any enclosure — the DT580's heatsink design is what lets it hold speed during long video transfers.</div></details>
<details open><summary>Question: Is installation tool-less?</summary><div>Answer: No — it ships with a screwdriver kit for the M.2 retention screw. Tradeoff for the rigid metal closure that keeps the heatsink pressure consistent. Setup is a 2-minute job, one time.</div></details>
<details open><summary>Question: What's in the box?</summary><div>Answer: The DT580 enclosure, an 80Gbps data cable (15cm), thermal silicone pads, a magnetic adapter plate, a screwdriver kit, and a storage pouch. The included cable is the active TB5 cable required to reach 80Gbps — don't substitute a generic USB-C.</div></details>
<details open><summary>Question: What's the size and weight?</summary><div>Answer: 11 × 4 × 2.3cm, 92g empty. Roughly the size of a pack of gum and lighter than the SSD you put in it.</div></details>
<details open><summary>Question: Why pay $249 vs. a $40 USB 3.2 enclosure?</summary><div>Answer: Three reasons: <b>real bandwidth</b> (80Gbps vs. 10Gbps means a 100GB transfer in ~13 seconds vs. ~2 minutes), <b>sustained speed</b> (the cooling stack prevents thermal throttling on long writes — cheap enclosures throttle to USB 2.0 speeds after 30 seconds), and the <b>TB5 controller</b> (active TB5 silicon is expensive). For workflows offloading ProRes / RAW / 8K footage, the time saved pays for itself fast.</div></details>