Sabrent Rocket 4 Plus NVMe SSD

⭐⭐⭐⭐⭐
Sabrent Rocket 4 Plus NVMe SSD
Product photo: Amazon.com
πŸ›’ Buy the Gear

Bottom Line

A strong practical pick: close to flagship sequential speed, at a real discount to flagship pricing. For sustained, server-class write loads, a drive built specifically for that duty cycle is the safer choice.

Pros & Cons

βœ… Pros

  • Real PCIe 4.0 flagship-class sequential speed at a mid-range price
  • 5-year warranty, in line with premium competitors
  • 4TB capacity without flagship-drive pricing
  • A sensible primary drive for gaming or editing builds

❌ Cons

  • Sequential numbers land close to, not quite at, the very fastest premium drives
  • Less brand recognition than Samsung or WD in this category
  • Runs warm under sustained load; plan for a heatsink or motherboard shroud

Best For

  • A gaming PC's primary drive
  • Budget-conscious video editing
  • General desktop productivity
  • A second fast drive in a multi-drive build

Performance & Real-World Usage

A PCIe 4.0 drive priced to undercut the flagship-brand competition while landing close to their sequential numbers, for a build that wants genuine speed without paying the premium-brand tax.

Specifications

Form Factor
M.2 2280
Interface
PCIe 4.0
Capacity
4TB
Seq Read
7,100 MB/s
Seq Write
6,600 MB/s

Sabrent Rocket 4 Plus: flagship-adjacent speed, mid-range price

The pitch for a drive like this one is straightforward: get most of the way to flagship PCIe 4.0 sequential performance, at a price that isn’t flagship. Rated at 7,100 MB/s read and 6,600 MB/s write, it lands close to the very fastest drives in this generation without asking for the same price those drives command.

What the sequential numbers mean in practice

Sequential read and write speed is the number that shows up in marketing, and it does matter for large-file transfers: game installs, video export, big asset moves. It matters less than the spec sheet implies for a lot of everyday desktop use, where random small-file access and the operating system’s own overhead dominate more than raw sequential throughput does. For the use cases where sequential speed genuinely is the bottleneck, this drive delivers real, close-to-flagship numbers.

Heat and sustained load

Any drive pushing PCIe 4.0-class speeds generates real heat under sustained load, and this one is no exception: expect it to run warm during a long sequential write, and plan cooling accordingly. Most current motherboards include an M.2 heatsink shroud that handles this without any extra part to buy; a board without one is worth pairing with an aftermarket heatsink rather than running the drive bare under heavy sustained use.

Where the discount comes from

A drive at this price point competing on sequential numbers close to the flagship tier usually gives something back elsewhere: brand recognition, marginal differences in sustained-write consistency once a drive’s cache region is exhausted, or firmware polish accumulated over more product generations. None of that shows up in a spec-sheet comparison, and for a gaming or general desktop build it rarely matters in practice. For a drive that’s going into 24/7 server or NAS duty with a genuinely demanding sustained-write pattern, a drive built specifically for that duty cycle is the more conservative choice.

Verdict

Buy it for a gaming PC or an editing build that wants real PCIe 4.0 speed without flagship pricing. For sustained, server-class write loads, spend the extra money on a drive rated specifically for that duty cycle instead.

πŸ’‘ Disclosure: JavaUpdate.org is an Amazon Associate. We earn a small commission on qualifying purchases, at no extra cost to you. We only recommend products we believe in based on independent research.

πŸ›’ Buy the Gear in This Guide

As an Amazon Associate we earn from qualifying purchases, at no extra cost to you. Prices and availability are shown on Amazon's own product page, not here, since they change constantly.