- Network Admin
DHCP Explained: How Your Devices Get Their IP Addresses
16 Aug, 2025







£939.82 inc. VAT
AI-generated summary
Honestly, £695 ex‑VAT for a 48GB DDR5 kit is only going to make sense if you’re building around high-end performance and you *actually* benefit from the very specific “headline” speeds and timings here. Kingston’s FURY Renegade RGB is a solid mainstream memory line and it generally plays nicely in compatibility terms, but in the real world most businesses won’t feel a difference between “fast DDR5” and “fast enough DDR5” unless they’re doing memory-sensitive workloads (heavy virtualization with lots of guests, certain engineering/CAE tasks, high-concurrency in-memory databases, or cutting-edge gaming/creation rigs on the side). If your goal is stability and throughput for day-to-day office/ERP/VDI, you’re usually better spending that money on either more capacity or a more cost-effective kit with comparable capacity.
Who should buy: teams doing performance work where every bit of latency matters, or anyone who wants a clean upgrade to 48GB with confidence and doesn’t mind paying for RGB aesthetics and XMP tuning convenience. Who should *not*: typical office IT refreshes, small server upgrades, or anything where you care more about predictable operation than chasing peak memory speed. At this price, I’d only justify it if you’ve already confirmed your platform supports it cleanly and the workload really uses the extra performance—otherwise, the value proposition just isn’t there.

Kingston
Kingston - DDR5 - module - 64 GB - DIMM 288-pin - 6400 MT/s / PC5-64000 - CL52 - 1.1 V - registered - ECC

Kingston
Kingston - DDR4 - module - 32 GB - SO-DIMM 260-pin - 3200 MHz / PC4-25600 - CL22 - 1.2 V - unbuffered - ECC - for Lenovo ThinkPad P1 Gen 4 20Y3, 20Y4

Kingston
Kingston FURY Renegade Silver - DDR5 - kit - 32 GB: 2 x 16 GB - DIMM 288-pin - 6400 MT/s / PC5-51200 - CL32 - 1.4 V - unbuffered - on-die ECC

Qnap
QNAP - DDR4 - module - 2 GB - SO-DIMM 260-pin - 2400 MT/s / PC4-19200 - 1.2 V - unbuffered - non-ECC