- IT Office Moves
How to Test Your IT Systems After an Office Move
11 Mar, 2026
£467.87 inc. VAT
AI-generated summary
The Ryzen 9 9900X at ~£393 ex-VAT is one of those “you’re paying for headroom” CPUs. If you’re reselling or deploying systems for heavy multi-thread workloads—VMs, software compilation, media rendering, batch processing, analytics, or genuinely parallel engineering workloads—it makes sense. The 12-core/24-thread layout tends to deliver consistently without needing to jump up to the very top tier, and on AM5 it also gives you a solid platform story for businesses that want decent upgrade options down the line (as long as your customer’s motherboard situation is already AM5).
That said, I wouldn’t buy it for typical office/knowledge-work builds where the bottleneck is usually RAM, storage, or single-thread performance from the GPU/SSD rather than sustained multi-core throughput. Also, it’s not automatically “better value” than the cheaper Ryzen options unless your workload actually runs long enough and hard enough to use the extra cores—otherwise you’re spending for capability that won’t be felt. If you can’t point to a use case that reliably keeps all that CPU busy (not just occasional spikes), you’ll probably get better ROI by stepping down a tier.
If you tell me the typical workloads (and whether it’s mostly single-user desktops, build servers, or virtualisation), I can say pretty directly whether this is the right price bracket or whether there’s a better buy for your customers.

Lenovo
Intel Xeon Silver 4116 - 2.1 GHz - 12-core - 16.5 MB cache - for ThinkSystem SN550

Lenovo
AMD EPYC 7313 - 3 GHz - 16-core - 32 threads - 128 MB cache - for ThinkSystem SR645 7D2X, 7D2Y

Lenovo
Intel Xeon Silver 4215R - 3.2 GHz - 8-core - 16 threads - 11 MB cache - for ThinkAgile VX Certified Node 7Y94, ThinkSystem SR590 7X98, 7X99, SR650 7X05, 7X06

Lenovo
Intel Xeon Silver 4114 - 2.2 GHz - 10-core - 20 threads - 13.75 MB cache - for ThinkSystem SR550