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

£3600.00 inc. VAT
AI-generated summary
If you’re looking at a Lenovo Xeon Silver 4416+ for ~£3,000 ex-VAT, my honest take is: you’d better have a very specific reason to spend that kind of money on a single CPU. In most “standard” UK server builds—virtualisation with a sensible number of cores, mixed application workloads, or general compute for file/app services—this price point is hard to justify unless you’re buying into a platform where this exact part is a best-fit and you’re scaling performance per socket rather than overall system cost. For bare “bang for buck” on CPU alone, you’ll often find better value in more mainstream parts or deals bundled with the server chassis.
Who should buy it? Buyers running workloads that really benefit from that class of Xeon (think heavier virtualisation density, consistently high utilisation, and environments where stability and supportability matter more than squeezing pennies). Also, if you’re replacing like-for-like inside a Lenovo ecosystem and you can’t easily justify re-platforming, it can be a sensible, low-risk maintenance spend. Who shouldn’t? Anyone just upgrading a box for “faster apps” without a clear performance bottleneck, or anyone buying DIY-style and hoping the CPU price translates into obvious real-world gains—at this cost, you need measurable workload pressure.
If you tell me what server model it’s going into and what you run (VM count, typical CPU utilisation, any database/app workloads), I can give a much tighter “yes/no” on whether £3,000 is actually defensible for your situation.

Lenovo
Intel Xeon Bronze 3104 - 1.7 GHz - 6-core - 6 threads - 8.25 MB cache - for ThinkSystem SR530

Lenovo
AMD EPYC 7262 - 3.2 GHz - 8-core - 16 threads - 128 MB cache - for ThinkSystem SR645 7D2X, 7D2Y

Lenovo
Intel Xeon Gold 5416S - 2 GHz - 16-core - 32 threads - 30 MB cache - for ThinkSystem SR630 V3

Lenovo
AMD EPYC 7313 - 3 GHz - 16-core - 32 threads - 128 MB cache - for ThinkSystem SR665 7D2V, 7D2W