Verbatim Vi3000 2000GB

Specifications

Core

Capacity 2000 GB

Form Factor M.2 2280

Interface PCIe 3.0 x4

Performance

Seq Read 3300 MB/s

Seq Write 3000 MB/s

Endurance (TBW) 1500 TBW

Price History

Price history excludes Amazon sources

SSD Description

The Verbatim Vi3000 2000GB utilizes a PCIe 3.0 x4 NVMe interface and employs a DRAM-less architecture with Host Memory Buffer (HMB) support. The drive typically features a 4-channel controller design paired with high-density 3D NAND, using SLC caching for burst throughput before settling into native NAND speeds for sustained transfers. Verbatim sources components from third-party semiconductor manufacturers, so controller and NAND pairings may vary between production batches. The 2TB capacity is commonly a dense, single-sided M.2 2280 PCB without a metallic heat spreader, relying on chassis airflow to manage thermals during extended write cycles.

Key Specifications

  • Interface: PCIe Gen 3.0 x4 (NVMe 1.3/1.4 compliant)
  • Max Sequential Read: 3300 MB/s
  • Max Sequential Write: 3000 MB/s
  • Controller Architecture: 4-Channel, DRAM-less (HMB supported)
  • NAND Type: 3D NAND (Typically TLC, subject to revision)
  • MTBF: 1,500,000 Hours
  • Physical Traits: Single-sided M.2 2280 PCB; Standard sticker label (non-conductive)

Hardware Alternatives

  • Lexar NM620 2000GB: Shares a very similar technical profile, often utilizing the Innogrit IG5216 controller which mirrors the performance characteristics of the Vi3000.
  • Patriot P300: A direct functional equivalent that utilizes similar turnkey reference designs from Phison or Silicon Motion depending on the region.
  • Kingston NV2 2000GB: While the NV2 is technically a Gen4 drive, it often operates at similar effective speeds and shares the same variable-BOM philosophy and DRAM-less architecture as the Vi3000.
  • Crucial P3 2000GB: Offers comparable sequential burst speeds and capacity options, though the P3 utilizes QLC NAND, whereas the Vi3000 has historically utilized TLC, offering potentially better endurance in write-heavy scenarios.

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