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How to Write Website Content That Converts Visitors to Leads
11 Mar, 2026

£1026.19 inc. VAT
AI-generated summary
If you’re paying **£855 ex-VAT for a 960GB 2.5" SATA SSD**, I’d be a bit cautious. This **Lenovo 2.5" SATA QLC** drive is the kind of thing that can make sense when you’re trying to refresh older servers/laptops that only take **SATA**, but the price you’ve quoted feels high for the technology class. QLC generally makes the “sweet spot” more about **cost-per-GB for lighter write workloads**, and less about sustained performance under heavy churn—so if this is for anything like a busy virtualisation host, heavy databases, or frequent rebuild/patch cycles, you’ll likely wish you’d spent the money on something more premium.
**Who it fits:** look at it for **boot drives, general office/line-of-business storage, lab/test environments, backups targets, or lightly used workloads** where reliability matters but write intensity is moderate. **Who should avoid it:** if the system will be doing lots of writes (VM sprawl, log-heavy apps, continuous indexing) or you care about consistent throughput over time, you’ll usually get better value buying an SSD that’s positioned more for performance and endurance—even if it costs a bit more up front, it tends to hurt less long-term.
Bottom line: I’d only buy this at that price if you specifically need **SATA + 2.5" + Lenovo sourcing** (e.g., vendor compatibility/maintenance requirements). If not, I’d shop around—**SATA drives with similar capacity are often cheaper**, and you may get a noticeably better experience with an alternative.

Dell
Dell - Customer Kit - SSD - Read Intensive - 960 GB - 512e - internal - 2.5" (in 3.5" carrier) - SATA 6Gb/s

Dell
Dell - SSD - Mixed Use - 1.6 TB - hot-swap - 2.5" - SAS 24Gb/s

Dell
Dell - Customer Kit - SSD - Read Intensive - 480 GB - 512e - hot-swap - 2.5" - SATA 6Gb/s - for PowerEdge R450, R550, R650, R6525, R660, R740, R7425, R750, R7525, R760, R7615, R7625

Kingston
Kingston NV3 - SSD - 2 TB - internal - M.2 2230 - PCIe 4.0 x4 (NVMe)