ADATA Blackbird Prototype 8Tb NVMe tech specs

Posted on February 05, 2024 by Raymond Chen

ADATA's Blackbird Prototype use PCIe M.2 5.0 interface. Read below about this NVMe on our page.

ADATA Blackbird Prototype 8Tb NVMe tech specs

Blackbird Prototype (8Tb) produced by ADATA use SiliconMotion SM2508 controller. The Blackbird Prototype comes equipped with n/a memory. SSD also available in three capacities: 1 Tb, 4 Tb and 2 Tb.

🚀 Performance and benchmarks

Storage use PCIe M.2 5.0 with sequential write speeds equals to 12000 Mbps, and sequential read speeds 14000 Mbps.

🖥️ Endurance and warranty

📊 Specs

Category Value
Capacity 8 Tb
Interface M.2 5.0
Controller SiliconMotion SM2508
Memory type n/a
DRAM n/a
Read speed (Mb/s) 14000
Write speed (Mb/s) 12000
Read IOPS n/a
Write IOPS n/a
Endurance (TBW) n/a
MTBF (million hours) n/a
Warranty (years) n/a

Conclusion

The maximum write speed is 12000 Mb/s, that is faster than has other competitors. On balance, our editor advise to have ADATA Blackbird Prototype 8Tb for your PC.

+ Pros

  • Excellent writing speed
  • PCIe 5.0
  • Capacity

- Cons

  • None

🛒 Buy this or similar SSD Storage:

Samsung 980 Pro 2 Tb

-57% $165
List Price: $379.99

Buy on Amazon

✨ Video Review

POWER9 & Raptors? Oh my! - TalosII Talk & Interview w/ Raptor Computing Systems

⁉️ FAQ

The ADATA Blackbird Prototype 8Tb has no dynamic random-access memory (DRAM) in their controller or data about it is unknown. Dynamic random-access memory (DRAM) in their controller help to increase input/output performance and endurance.

The Blackbird Prototype 8Tb due to the high density of memory chips require the installation of additional heat sink. This lower temperature of the controller and memory. Some motherboards or laptops from the factory has thermal pads below or above the storage for improving performance during times of high loads.

The Blackbird Prototype 8Tb has sequential write speed 12000 Mb/s, maximum read speed 14000 Mb per second. SSD run on SiliconMotion SM2508 controller and M.2 5.0 interface standard.
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