WD Black SN7100
500 GB, M.2 2280Price in EUR including VAT
Pre-order without confirmed delivery date
2 items ordered
2 items ordered
Memory Size
Product details
Get ready for an even faster game with the WD_BLACK SN7100 NVMe SSD, which offers a performance increase of up to 35% over the previous SSD generation. The SSD is specifically designed for laptops and gaming handhelds to reduce load times and handle the toughest gaming sessions with improved energy efficiency and maximum speed. Store more games and still have room for future updates and DLC.
SSD type | M.2 SSD |
Interface | PCIe 4.0 |
Protocol | NVMe |
Write transfer speed | 5800 MB/s |
Read transfer speed | 6800 MB/s |
Max. random 4K read | 760000 IOPS |
Max. random 4K write | 1200000 IOPS |
Item number | 53194985 |
Manufacturer | WD |
Category | SSD |
Manufacturer no. | WDS500G4X0E-00CJA0 |
Release date | 28/11/2024 |
SSD type | M.2 SSD |
Form factor | M.2 2280 |
Storage capacity | 500 GB |
Interface | PCIe 4.0 |
Protocol | NVMe |
Read transfer speed | 6800 MB/s |
Write transfer speed | 5800 MB/s |
Memory type (NAND) | TLC |
Max. random 4K read | 760000 IOPS |
Max. random 4K write | 1200000 IOPS |
Max. TBW | 300 TB |
Storage Cooling | without heatsink |
Country of origin | Taiwan |
Manufacturer commitment | SBTi |
CO₂-Emission | |
Climate contribution |
Scope of delivery | 1 piece |
Length | 8 cm |
Width | 2.20 cm |
Height | 0.10 cm |
Weight | 5.80 g |
Length | 12.60 cm |
Width | 10.10 cm |
Height | 5.20 cm |
Weight | 43 g |
Product Safety |
Specifications may include unverified machine translations.
14-day cancellation right
30-day right of returnReturn policy
30-day right of returnReturn policy
24 Months Statutory warrantyGuarantee provisions
Reviews & Ratings
Translation: machine translated
Very good90/100
- First-class HMB performance
- Affordable
- Slower randomised performance than DRAM designs
The WD Black SN7100 is the fastest PCIe 4.0 SSD with Host Memory Buffer (HMB) that we have tested to date. With the HMB design, the SSD uses part of the RAM as buffer memory. The price for the performance offered is fair.