Best Internal Ssds · head-to-head

WD_Black SN8100 vs Kingston FURY Renegade G5

A sourced, side-by-side comparison. WD_Black SN8100 is cheaper at $179.99. Every spec and price links to its source.

Which is better: the WD_Black SN8100 or Kingston FURY Renegade G5?

The WD_Black SN8100 wins 1 of the 1 specs we compare head to head; the other wins 0. The WD_Black SN8100 is the cheaper at $179.99. The WD_Black SN8100 both leads on specs and costs less — the straightforward pick.

As an Amazon Associate we earn from qualifying purchases. Prices verified at capture; live price may differ.

Key specs, head to head

The numbers that decide it, drawn to scale — longer bar wins, the accent bar is the stronger figure.

Seq read (Mbps)
WD_Black SN8100 14900
Kingston FURY Renegade G5 14800

Full spec sheet

marks the stronger figure where "more" — or "less", for price and weight — is unambiguously better.

Spec WD_Black SN8100 Kingston FURY Renegade G5
US price $179.99 $330
BrandWestern DigitalKingston
Released2025-052025
Capacity options (TB) 1, 2, 4, 8 1, 2, 4
Form factor M.2 2280 M.2 2280
Interface PCIe 5.0 x4 NVMe PCIe 5.0 x4 NVMe
Seq read (Mbps) 14900 14800
Seq write (Mbps) 14000 14000
Random read kiops 2300
Random write kiops 2300
Nand type TLC 3D TLC
Has dram cache Yes Yes
Endurance tbw 1000
Warranty years 5 5

Sources — WD_Black SN8100: sandisk.com (verified 2026-07-11). Kingston FURY Renegade G5: storagereview.com (verified 2026-07-11).

What's the difference between the WD_Black SN8100 and Kingston FURY Renegade G5?

Where the two actually differ on the specs we track (3 of 11). Matching specs are omitted.

  • Capacity options (TB): WD_Black SN8100 1, 2, 4, 8 vs Kingston FURY Renegade G5 1, 2, 4
  • Seq read (Mbps): WD_Black SN8100 14900 vs Kingston FURY Renegade G5 14800
  • Nand type: WD_Black SN8100 TLC vs Kingston FURY Renegade G5 3D TLC

What reviewers say

Sourced tester consensus for each — the "what people who used it think" layer, not just specs.

WD_Black SN8100

Three whitelisted labs (Tom's Hardware, StorageReview, PCWorld) benchmarked the 2TB WD_Black SN8100 and rate it among the fastest consumer Gen5 SSDs tested, with class-leading synthetic throughput and top-tier random IOPS plus strong power efficiency. Tom's Hardware and PCWorld flag premium pricing; PCWorld also hit write-speed inconsistency on an older motherboard that vanished on a new test bed. (TechPowerUp's review was dropped because only its intro/spec page was retrievable, leaving no verifiable quotes or measurements.) (3 sourced reviews, 3 lab-tested.)

Praised: Fastest consumer Gen5 SSD tested; record-setting synthetic throughput and top-tier random-read IOPS; Power-efficient and runs cool (peak under 50 degrees C in PCWorld's testing); Excellent all-around real-world performance, including gaming, DirectStorage and AI-model loading.

Flagged: Premium pricing versus Gen4 and rival Gen5 drives; Real-world gains over the best drives are small; overkill for most users; Write-speed inconsistency / severe drops on an older motherboard slot.

Kingston FURY Renegade G5

Three whitelisted labs benchmarked this PCIe 5.0 drive - StorageReview and Tom's Hardware on the 2TB, Notebookcheck on the 8TB. All rate it among the fastest Gen5 SSDs, with StorageReview and Notebookcheck measuring chart-topping sequential throughput (~14,600-14,890 MB/s), and Tom's Hardware calling it a faithful followup 'bringing much higher performance.' Every surviving source flags premium pricing above competing Gen5 SSDs. (TechPowerUp was dropped in verification - its fetched page contained no confirmable quotes or measurements.) (3 sourced reviews, 3 lab-tested.)

Praised: Class-leading sequential read/write throughput (~14,600-14,890 MB/s measured); Power efficiency and low heat output from the 6nm SM2508 controller; Stable sustained performance with no throttling when adequately cooled.

Flagged: Premium pricing above competing Gen5 SSDs; Offers little to distinguish it from rival high-end SSDs on real-world speed/value; Ships with no cooler; needs at least a passive heatsink to sustain peak load.

← All internal ssds compared · Open data