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Technical guide

What is a Dedicated Server?

Choose the server capacity and control your service needs. Compare dedicated hardware with a VPS, then plan the public IPv4 that keeps your customers connected.

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What does a dedicated server give your business?

A dedicated server is a physical computer reserved for one customer. Its processors, memory and storage serve your workloads, giving you room to tune the machine around the applications your customers rely on.

For a hosting platform, busy online service or growing database, that control can make capacity planning easier. You choose the operating system and software stack within the provider’s supported options, then size the hardware for your traffic. Dedicated hardware is also often called bare metal.

Dedicated server, VPS or shared hosting?

Choose the hosting model around your workload
ModelWhat you getWhere it fits
Shared hostingAn account on a platform managed for many customers, with limited system control.A straightforward website where simple operation matters more than custom infrastructure.
Virtual private server (VPS)A virtual machine with its own operating environment and allocated resources on shared physical hardware. CPU, storage and network arrangements vary by plan.A service that needs root access and flexible sizing without reserving a whole machine.
Dedicated serverA whole physical machine for your workloads, with greater control over hardware and configuration.Sustained demand, specialist software, large databases or a platform running your own virtual machines.

A VPS can have reserved memory or CPU capacity; “virtual” does not mean every resource is contended. Compare the actual processor allocation, storage performance and network capacity. A well-sized VPS can be a better fit than an undersized dedicated machine.

When is dedicated hosting worth it?

  • Your workload stays busy. Predictable demand makes it easier to put the hardware you pay for to work.
  • Your application needs a specific setup. More control helps you tune databases, storage layouts, virtualisation and software dependencies.
  • You need a clearer performance boundary. Keeping other customers off the physical server removes one source of contention.
  • You are building a hosting platform. Dedicated machines can provide the compute foundation for your own customer services.

Physical isolation is useful, but reliable service also needs patching, access control, backups and recovery. If one machine going offline would stop your business, design replication or failover across separate failure domains from the outset.

Choose support that gives your team time back

With managed dedicated hosting, the provider takes on agreed operating tasks, which can include updates, monitoring and troubleshooting. With an unmanaged server, your team has more responsibility for the operating system and applications. The right choice depends on where your engineers create the most value.

Before choosing a plan, establish who responds to an alert, restores a backup and replaces failed hardware. Clear ownership gets your service back faster when something needs attention.

A practical checklist before you launch

  1. Measure the workload. Use peak traffic, database size and application behaviour to select CPU, RAM, storage capacity and disk throughput.
  2. Put the server near its users. Compare latency, connectivity and bandwidth as well as the data centre location.
  3. Plan recovery. Keep restorable backups separate from the server and practise the recovery path.
  4. Budget for the complete service. Include software licences, support, network traffic, backups and public IPv4 alongside the hardware.
  5. Prepare the network before migration. Agree the address block, routing method, DNS changes and cutover sequence with your hosting provider.

Give your servers an IPv4 plan that can grow with you

Your customers reach services through their network addresses. Hardware upgrades become easier to plan when your IPv4 strategy looks beyond one server order. For networks bringing their own address space, confirm that the destination supports the block and routing arrangement; prepare the required authorisation and routing records before cutover. Our Bring Your Own IP guide explains that journey.

LARUS brings Unlimited IPv4 and IPv4 Continuity to operators building for the long term. You work directly with a first-party provider that operates its own pool and takes on the upstream registry interface. Your team can focus on serving customers and growing capacity. Heng Lu explains the continuity model.

Planning a new location or a server migration? Plan your server’s IPv4 with LARUS so the address supply and deployment path are ready together.

Common questions about dedicated servers

Is a dedicated server more secure?

It keeps other customers off the same physical machine and gives you more configuration control. Turn that advantage into protection with secure access, updates, monitoring and tested backups.

Does dedicated hardware guarantee uptime?

One server is still one possible point of failure. For services that must stay available, combine the right hardware with redundancy, recovery and dependable network connectivity.

How much does a dedicated server cost?

The configuration, location, bandwidth and level of management shape the price. Compare current offers against the capacity your application needs and the full operating cost, rather than a headline monthly figure.

Is a dedicated IP the same as a dedicated server?

No. A dedicated server describes the hardware allocation; a dedicated IP describes an address assignment. Plan the compute and address capacity together so both are ready when your customers need them.

Build for your next stage

More server capacity. An IPv4 plan to match.

Grow your hosting platform with Unlimited IPv4 and LARUS Continuity. Prepare address capacity alongside the servers that will use it.

Explore IPv4 Continuity