InMotion Hosting’s Extreme Dedicated Server is the company’s first AMD-based managed server offering, and the choice of processor matters more than the brand name suggests. The AMD EPYC 4545P, built on AMD’s Zen 4 architecture, offers architectural characteristics that directly benefit database, analytics, and memory-intensive workloads commonly found in dedicated server infrastructure. Understanding what those characteristics are, and which workloads they benefit most, helps you evaluate whether the Extreme tier’s specifications match your actual requirements.

The case for hosting ERP and CRM on dedicated servers is straightforward: these systems cannot share resources with other workloads without performance degrading for everyone. When an accounting close process runs overnight queries against millions of transaction records, it needs the CPU and I/O it requires without competing with a marketing team’s analytics dashboard.

Shared CI services throttle at the worst possible moment. GitHub Actions free tier queues jobs when concurrent usage spikes. GitLab shared runners time out on builds that take longer than an hour. Paid tiers add up fast: GitHub Actions charges $0.008 per minute for Linux runners, which means a 20-minute build running 50 times per day costs $240 per month before larger parallel test suites enter the picture.

Every managed Kubernetes service, EKS, GKE, AKS, runs on bare metal underneath. The control plane runs on physical hardware. Your worker nodes are either virtual machines renting slices of physical servers, or bare metal instances that remove the VM layer entirely. The managed service value is in the control plane automation and ecosystem integrations, not in any fundamental infrastructure advantage.

Hypervisor Options for Bare Metal

Proxmox VE

Proxmox Virtual Environment is the practical choice for most teams building a private cloud on a single dedicated server or small cluster. It is open source, Debian-based, and ships with a web UI that manages both KVM virtual machines and LXC containers from the same interface. The enterprise subscription adds repository access and support contracts, but the community edition is fully functional for production use.

Database performance problems almost always trace back to one of three causes: insufficient memory forcing buffer pool reads from disk, storage I/O that cannot sustain transaction throughput, or CPU contention from too many concurrent queries sharing a resource pool. Dedicated bare metal servers eliminate all three from the hosting side of the equation.

Running Hadoop or Spark on cloud infrastructure makes sense when you are prototyping. When you are processing terabytes of production data on a daily schedule, the economics shift. Cloud spot instances get preempted mid-job. Managed EMR clusters are billed by the second, but add up to hundreds or thousands per month for sustained analytical workloads.

This guide walks through hosting architecture decisions that affect SaaS performance, reliability, and scalability. These aren’t theoretical best practices lifted from vendor marketing. They’re the infrastructure constraints that determine whether your application handles growth or buckles under it.

For digital agencies managing 20-100+ client websites, your hosting infrastructure isn’t a commodity expense buried in overhead. It’s the foundation that determines whether a successful PPC campaign drives conversions or crashes your client’s site during peak traffic. Every performance issue gets blamed on you regardless of root cause, and every second of downtime threatens not just one account but your entire reputation.

Architecture and engineering firms face infrastructure challenges that standard business hosting can’t touch. When your team is collaborating on multi-gigabyte CAD files, managing complex BIM models across entire project lifecycles, and processing intensive rendering workloads, your server infrastructure becomes as critical as your design software itself.

Dedicated servers handle the massive data volumes from industrial IoT deployments—think thousands of sensors streaming real-time data that can’t afford delays or downtime. Bare metal infrastructure gives manufacturing operations the predictable performance they need for time-critical applications while supporting legacy equipment integration, regulatory compliance, and expansion as facilities add more connected devices.