- Database Reporting
Cloud Database Reporting
20 Mar, 2026

£1952.34 inc. VAT
AI-generated summary
If you’re buying a Lenovo Xeon Silver 4310T, you’re usually doing it for one of two reasons: quiet, steady throughput in a server that cares about power/thermals, or you’re upgrading a Lenovo platform that specifically benefits from that T-series “T” profile. At **£1,626.95 ex-VAT**, it’s not a casual upgrade part—so unless you already have a Lenovo server platform where this CPU is the right fit, you’ll want to sanity-check the total bill (new RAM requirements, firmware support, licensing impacts, and whether a cheaper nearby option would perform similarly for your workloads). For general business apps, this class of Xeon is a safe, low-drama choice, especially if the machine will be running continuously.
Who should buy it: teams running virtualisation, file/app services, databases, or infrastructure workloads where reliability and “good enough” single and multi-thread performance matters, and where power efficiency is a real operational consideration (dense rooms, cost-sensitive power, quieter operations). Who should *not* buy it: anyone expecting a big leap in performance versus what they already have, or workloads that are highly accelerator/IO-bound rather than CPU-bound. Also, if you’re paying this for a one-off project with short uptime, the value proposition can get shaky—spend that money where it actually shortens runtimes.
If you tell me what server model you’re upgrading and what your workload is (VM count, app types, any heavy database or indexing), I can give you a tighter “worth it vs not” call.

Lenovo
Intel Xeon Silver 4214 - 2.2 GHz - 12-core - 24 threads - 16.5 MB cache - for ThinkSystem SR530, SR570, SR630

Lenovo
Intel Xeon Gold 5222 - 3.8 GHz - 4 cores - 8 threads - 16.5 MB cache - for ThinkSystem SR630

Lenovo
Intel Xeon Gold 6426Y - 2.5 GHz - 16-core - 32 threads - 37.5 MB cache - for ThinkSystem ST650 V3 7D7A

Lenovo
AMD EPYC 7302 - 3 GHz - 16-core - 32 threads - 128 MB cache - for ThinkSystem SR665 7D2V, 7D2W