
1. 2-Power 2P-NB-256M.2/NVME internal solid state drive 256 GB M.2 PCI Ex
A basic internal 256 GB M.2 drive on PCIe 3.0, with no speed, cache or endurance figures confirmed.
The 2-Power 2P-NB-256M.2/NVME is an internal 256 GB M.2 drive running on PCIe 3.0, supplied with a one year warranty.
Its listing does not state sequential speeds, cache size or endurance figures, leaving a specification gap against the more detailed Hypertec FirestormLite in this group.
Benchmark
Geekbench does not benchmark the primary function of 2-Power 2P-NB-256M.2/NVME internal solid state drive 256 GB M.2 PCI Ex. Its scores measure the processor or graphics device in the test computer, not this product.
Browse Geekbench Community Results
Storage performance testing
Compare sequential throughput with low-queue random read and write performance, then sustained writes after any cache is exhausted.
A comparable third-party result for 2-Power 2P-NB-256M.2/NVME internal solid state drive 256 GB M.2 PCI Ex is not included here. See CrystalDiskMark test description explains the relevant test or benchmark method.
At £38.42 it is the cheapest drive here by a wide margin. Sequential speeds, cache size and endurance figures are not stated, while the Hypertec listing supplies figures in all three areas.
| Specification | Information |
|---|---|
| Brand | 2-Power |
| Price | £38.42 |
| Memory capacity | 256 GB |
| Interface | NVME |
| Listed product details | 2-Power 2P-NB-256M.2/NVME internal solid state drive 256 GB M.2 PCI Express 3.0 |
Compatible hardware
- Check against Motherboards with M.2 storage slotsMatch the drive interface and physical length to an available M.2 slot.
- Check against Laptops with upgradeable storageConfirm the laptop has a compatible free slot and supports the drive form factor.
- Check against Desktop PCs with compatible M.2 slotsCheck the system service documentation for an available supported M.2 slot.
What we like
- Lowest price in this group
- PCIe 3.0 interface confirmed
- Internal M.2 format
What we don't like
- No sequential or random speed figures stated
- Cache and endurance figures not confirmed



