- Network Admin
How to Optimise Wi-Fi Performance in a Dense Office
11 Jul, 2025

£1403.74 inc. VAT
AI-generated summary
At **£1,168 ex-VAT for a single 32GB DDR5 UDIMM**, this HP stick is expensive enough that I’d be cautious. In day-to-day server work, “brand” doesn’t usually justify that price jump—most of the value comes from **compatibility and stability**, not the badge on the heatspreader. HP’s **NECC** (registered/ecc-style) type is the key here: if your platform actually expects that exact memory class, you’ll appreciate fewer headaches and cleaner troubleshooting. If you *don’t* need NECC/registered-style memory, you’ll be paying a premium for features you can’t take advantage of.
**Who should buy it:** IT teams with HP systems that explicitly support this memory type, where uptime and warranty/compatibility constraints matter more than shaving cost—think production servers that can’t afford “will it boot?” moments. **Who shouldn’t:** anyone just trying to expand general-purpose RAM in compatible desktop/workstation setups, or buyers comparing against cheaper DDR5 ECC/non-ECC options—at this price, you could often buy multiple modules for the same money and get more capacity/upgrade flexibility.
**Verdict:** Buy it only if you’ve confirmed your hardware vendor/service guide calls for this exact HP NECC DDR5 UDIMM. Otherwise, I’d look for a better-value route—either the right spec from a lower-cost supplier or a multi-stick kit—because at this cost, you need a clear compatibility reason, not just “HP memory is safer.”

Kingston
Kingston FURY Beast - DDR5 - kit - 16 GB: 2 x 8 GB - DIMM 288-pin - 5200 MHz / PC5-41600 - CL40 - 1.25 V - unbuffered - on-die ECC

Kingston
Kingston FURY Renegade - DDR4 - module - 8 GB - DIMM 288-pin - 3200 MT/s / PC4-25600 - CL16 - 1.2 V - unbuffered - non-ECC - black

HP
HP - DDR5 - module - 16 GB - DIMM 288-pin - 5600 MHz / PC5-44800 - registered - ECC

Kingston
Kingston Server Premier - DDR4 - module - 16 GB - DIMM 288-pin - 3200 MHz / PC4-25600 - CL22 - 1.2 V - registered with parity - ECC