Western Digital NVMe SSD

Western Digital WD_BLACK SN850X 1TB NVMe

1TB · NVMe · M.2

Available capacities:
Current Price $219.99
All-Time Low $59.68 Oct 2023
All-Time High $279.99 Mar 2026
90-Day Average $230.33
💰 Price per GB: $0.215/GB · above the segment median for NVMe SSD (median: $0.174/GB)
Good time to buy Current price is 4% below the 90-day average, though still 269% above its all-time low of $59.68 (Oct 2023).

Price Analysis

The price has fallen $29.01 (12%) in the past 30 days. At $0.215/GB, it runs above the current NVMe SSD average of $0.174/GB.

Price History

Price history data licensed from Keepa. Prices update every few hours.

Price history table28 periods

Recorded low, average and high for every period with data.

Recorded price history for Western Digital WD_BLACK SN850X 1TB NVMe
PeriodLowAverageHighDays
2022$99.99$129.99$159.9922
2023$59.68$83.54$123.3880
2024$82.55$96.82$109.9960
Sep 2024$79.99$79.99$79.991
Oct 2024$74.99$80.92$84.9914
Nov 2024$79.99$82.66$83.993
Dec 2024$74.99$80.99$89.997
Jan 2025$74.99$84.47$89.9914
Feb 2025$80.05$86.37$89.9913
Mar 2025$87.46$88.83$89.997
Apr 2025$89.99$94.81$104.9913
May 2025$92.99$94.59$94.9914
Jun 2025$91.96$94.08$94.9914
Jul 2025$90.01$93.34$94.996
Aug 2025$89.99$93.52$94.9915
Sep 2025$84.99$89.34$89.998
Oct 2025$86.99$93.56$109.997
Nov 2025$109.99$112.49$114.994
Dec 2025$109.99$138.67$167.4924
Jan 2026$154.99$236.47$274.9924
Feb 2026$219.99$235.77$274.9514
Mar 2026$229.99$239.10$279.9922
Apr 2026$233.99$242.24$259.9918
May 2026$222.68$241.23$269.9916
Jun 2026$219.99$227.60$229.9917
Jul 2026$219.00$222.44$227.9923
Aug 2026$219.99$236.54$259.9931
Sep 2026$219.99$230.30$248.9913

Price milestones

Dated events from this product's own tracked history.

First tracked
August 3, 2022
All-time low
$59.68 on October 14, 2023
All-time high
$279.99 on March 8, 2026
Biggest single-day drop
$70.00 (26%) on January 12, 2026
Longest stretch without a real move
46 days, February 5, 2023 to March 23, 2023

Compared with similar drives right now

Same capacity and specification, in stock, priced per gigabyte against this one.

ProductPricePer GBvs this
Intel 660p Series M.2 2280 1TB PCIe NVMe$199.99$0.195/GB-9%
Silicon Power 1TB- NVMe M.2 PCIe Gen3x4$140.37$0.137/GB-36%
Timetec 1TB NVMe PCIe Gen3x4 8Gb/s M.2$139.99$0.137/GB-36%
Samsung 990 PRO 1TB NVMe$239.99$0.234/GB+9%
Samsung 990 PRO w/ Heatsink 1TB PCIe NVMe$339.00$0.331/GB+54%

Buy Now

Retailer Price Availability
Amazon $219.99 In Stock View on Amazon →
Newegg $172.85 Out of Stock View on Newegg →

Prices may have changed at the retailers since our last check.

Last updated: September 13, 2026 Prices update every few hours. Affiliate links support MemRadar at no extra cost to you.

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Western Digital WD_BLACK SN850X 1TB NVMe
$

Alerts are based on the Amazon price we track daily for this product.

Specifications

Type
NVMe
Capacity
1TB
Form Factor
M.2
Brand
Western Digital
Part number
WDS100T2X0E
Specs explained3 terms

Only the specifications this product actually carries.

NVMe
NVMe (Non-Volatile Memory Express) is the protocol modern SSDs use to talk to the system over PCIe, replacing the older AHCI protocol designed for spinning disks. NVMe drives, almost always in the M.2 form factor, are several times faster than SATA SSDs in sequential transfers and much faster at handling many simultaneous requests. NVMe has become the default for new builds, and its price per gigabyte now overlaps with SATA on many capacities.
M.2 2280
M.2 is the compact card form factor for SSDs that plugs directly into a motherboard slot, and 2280 describes the dimensions: 22mm wide and 80mm long, the most common size for desktops and laptops. Other lengths exist, notably 2230 for handhelds like the Steam Deck. An M.2 slot may carry NVMe, SATA, or both, and a drive must match what the slot supports.
Sequential read and write speeds
The headline speeds on an SSD listing, such as 7,450 MB/s read, describe large sequential transfers under ideal conditions. They are the numbers that separate PCIe generations, and they are the least representative of everyday use, where small random reads dominate and most modern drives feel similar. Two drives with different headline speeds but the same generation and NAND type usually perform indistinguishably for gaming and desktop work.