Server CPU Catalog for Hosting Buyers

Server CPU comparisons separate usable hosting capacity from marketing vCPU labels. This catalog ranks dedicated and cloud processors by cores, threads, boost clock, cache, power draw, benchmark score, and plan coverage, so you can decide when a cheap VPS is enough and when bare metal is the honest bill.

What To Check Before You Buy

• A vCPU count is not a processor model. Ask whether the plan uses shared KVM cores, dedicated vCPU, or a named bare-metal CPU.
• A high multi-core score does not fix weak storage. NVMe, IOPS limits, snapshot pricing, and backup policy still decide whether a database feels fast.
• A cheap monthly price can hide the real cost. Check renewal price, setup fee, included egress, DDoS protection, and migration effort before you move production.
• A 99.9 percent SLA still allows real downtime. Read the credit policy instead of treating the uptime number as engineering proof.

How To Read The Catalog

AMD EPYC 7763 is a 64-core, 128-thread Milan processor with a 2.45 GHz base clock, 3.5 GHz boost clock, 256 MB cache, and 280 W TDP. It fits dense virtualization, CI runners, analytics workers, and CPU-heavy services where parallel throughput matters more than single-thread peak speed.

Intel Xeon E-2388G is an 8-core, 16-thread Rocket Lake processor with a 3.2 GHz base clock, 5.1 GHz boost clock, 16 MB cache, and 95 W TDP. It fits latency-sensitive web workloads, game servers, control panels, and small databases that benefit from stronger per-core performance.

Hetzner lists server and cloud locations in Falkenstein, Nuremberg, Helsinki, Ashburn, and Singapore. Namecheap lists hosting locations in Phoenix, Amsterdam, Singapore, and the United Kingdom. Location still matters: shorter network paths reduce latency, while remote regions can make support, egress, and compliance more expensive.

Practical Choice Matrix

Choose fewer fast cores when the workload is a web app, API backend, small PostgreSQL node, control panel, or game server. Single-thread speed and noisy-neighbor risk matter more than headline core count.

Choose many cores when the workload is build automation, video processing, batch analytics, search indexing, or multi-tenant virtualization. Multi-core score, memory capacity, cooling headroom, and predictable CPU allocation matter more than a low entry price.

Choose a provider only after the CPU decision makes sense. HostScout keeps affiliate links separate from ranking logic, and plan data is shown with its update date. The processor is one part of the bill; backups, snapshots, egress, support response, and the cost of leaving are the parts that usually hurt later.