Skip to Content
Dismiss
Innovation
A platform built for AI

Unified, automated, and ready to turn data into intelligence.

Find Out How
Dismiss
June 16-18, Las Vegas
Pure//Accelerate® 2026

Discover how to unlock the true value of your data. 

Register Now
Dismiss
NVIDIA GTC San Jose 2026
Experience the Everpure difference at GTC

March 16-19 | Booth #935
San Jose McEnery Convention Center

Schedule a Meeting

What Is a Tower Server?

A tower server looks similar to a desktop computer that has a standard size case. The first servers used in small to midsize organisations were tower servers. They use a standard computer case with high-end components in the tower. Building a tower server is somewhat the same as building a standard desktop computer, but it requires advanced components that can handle higher CPU and network loads with more storage. 

What Is a Tower Server?

Servers are centralized computers that handle many network environment processes. You might have several servers to handle different aspects of your business. For example, you might have an FTP server, a file storage server, an application server, and an email server. For each separate machine, you might have a tower server. Tower servers aren’t your only option, but  some small and midsize companies opt to use them.

What are the Components of a Tower Server?

Any component in a standard desktop computer is used in a tower server. The main difference is that the computing resources are much more advanced. Usually, a tower server has the latest generation of most components, especially the CPU, memory, and video card. The network card must also be able to handle high-volume traffic. Some tower servers have two network cards to perform routing and other network services.

Other components in a tower server include a motherboard, a video card, a power supply that provides enough power to the machine, and other miscellaneous parts, such as fans, the case, and peripherals. If you have multiple tower servers, you can use a switch box to connect a mouse, keyboard, and monitor to multiple towers. The switch connects to all towers and you can switch peripherals to the active tower using the switch box.

How Does a Tower Server Work?

A tower server works in the same way as any other server, but it’s built differently. The way a tower server functions depends on its purpose. If you have one tower server used as a file server, it connects to the network with large storage capacity. In this scenario, the tower server has several drives available for space, and administrators configure it to allow authorized users to connect to respective authorized directories.

A tower server can act as any other type of server on the network. It can act as a central server for authorization and authentication for the network. Active Directory might run on your server to handle permissions for the environment. You might use a tower server as a database server where it will store data for your applications. In other scenarios, an organisation might use a server as an application server where it will store executable files users access to run business software.

Reasons to Use a Tower Server

For small or midsize businesses, a tower server could be the perfect solution to support several network resources. A tower server is completely customizable to your own computing power requirements. If you have a small business, you could start with a tower server to support applications, file storage, and various other network resources, such as DHCP and DNS.

Using a tower server instead of a blade or rack server, for example, comes with several benefits. The first is that they’re simpler to house and maintain. Anyone familiar with a standard desktop computer can maintain a tower as long as they understand the additional networking features hosted on the server (e.g., DHCP services and Active Directory).

Another benefit is that they’re completely molded to your requirements. If you want to upgrade a tower, you can add a component if the motherboard has an additional slot for expansion boards. You can build your own tower server from scratch or order a server from a preferred vendor to reduce the time it takes to provision and install a tower server.

Depending on the quality of fans and the case, a tower server is typically quiet. Rack servers, on the other hand, are loud, especially if there are several in one location. Tower servers with high-end fans won’t make any noise, which will work well for small businesses that don’t have a dedicated space for servers and network equipment.

Reasons Not to Use a Tower Server

Tower servers aren’t the best choice for every organisation. For larger organisations that have limited space, it can be challenging to fit several towers in a network closet because they’re so big. Also, when you have several tower servers, cable organisation can be difficult to control. In contrast, rack servers and the chassis that support them are built for cable organisation.

Large enterprises should consider building rack or blade servers into their infrastructure because they’re more compact and built for cable organisation. A large enterprise will likely need more than one server, so starting out with rack servers will ensure that you have room to fit more servers as the network expands. Just remember that the more servers you add to the rack, the more cooling you’ll need to remove the heat created by multiple rack or tower servers.

Conclusion

If you own a small business, a tower server might be a more convenient way to start building your network environment. As your environment grows, you might find that tower servers take up too much space and aren’t as scalable as rack servers. Keep this in mind if you buy several tower servers to support your network environment and employee productivity. Eventually, you may prefer to build rack servers into your network infrastructure, or you might find that using cloud servers is more convenient and beneficial for your business.

03/2026
Empowering Healthcare Cyber Resilience
Everpure™️ and Rubrik provide a unified cyber resilience stack specifically designedto protect healthcare infrastructure, which is a primary target for cyber threats.
Solution Brief
3 pages

Browse key resources and events

TRADESHOW
Pure//Accelerate® 2026
June 16-18, 2026 | Resorts World Las Vegas

Get ready for the most valuable event you’ll attend this year.

Register Now
PURE360 DEMOS
Explore, learn, and experience Everpure.

Access on-demand videos and demos to see what Everpure can do.

Watch Demos
VIDEO
Watch: The value of an Enterprise Data Cloud

Charlie Giancarlo on why managing data—not storage—is the future. Discover how a unified approach transforms enterprise IT operations.

Watch Now
RESOURCE
Legacy storage can’t power the future

Modern workloads demand AI-ready speed, security, and scale. Is your stack ready?

Take the Assessment
Your Browser Is No Longer Supported!

Older browsers often represent security risks. In order to deliver the best possible experience when using our site, please update to any of these latest browsers.

Personalize for Me
Steps Complete!
1
2
3
Personalize your Everpure experience
Select a challenge, or skip and build your own use case.
Future-proof virtualisation strategies

Storage options for all your needs

Enable AI projects at any scale

High-performance storage for data pipelines, training, and inferencing

Protect against data loss

Cyber resilience solutions that defend your data

Reduce cost of cloud operations

Cost-efficient storage for Azure, AWS, and private clouds

Accelerate applications and database performance

Low-latency storage for application performance

Reduce data centre power and space usage

Resource efficient storage to improve data centre utilization

Confirm your outcome priorities
Your scenario prioritizes the selected outcomes. You can modify or choose next to confirm.
Primary
Reduce My Storage Costs
Lower hardware and operational spend.
Primary
Strengthen Cyber Resilience
Detect, protect against, and recover from ransomware.
Primary
Simplify Governance and Compliance
Easy-to-use policy rules, settings, and templates.
Primary
Deliver Workflow Automation
Eliminate error-prone manual tasks.
Primary
Use Less Power and Space
Smaller footprint, lower power consumption.
Primary
Boost Performance and Scale
Predictability and low latency at any size.
What’s your role and industry?
We've inferred your role based on your scenario. Modify or confirm and select your industry.
Select your industry
Financial services
Government
Healthcare
Education
Telecommunications
Automotive
Hyperscaler
Electronic design automation
Retail
Service provider
Transportation
Which team are you on?
Technical leadership team
Defines the strategy and the decision making process
Infrastructure and Ops team
Manages IT infrastructure operations and the technical evaluations
Business leadership team
Responsible for achieving business outcomes
Security team
Owns the policies for security, incident management, and recovery
Application team
Owns the business applications and application SLAs
Describe your ideal environment
Tell us about your infrastructure and workload needs. We chose a few based on your scenario.
Select your preferred deployment
Hosted
Dedicated off-prem
On-prem
Your data centre + edge
Public cloud
Public cloud only
Hybrid
Mix of on-prem and cloud
Select the workloads you need
Databases
Oracle, SQL Server, SAP HANA, open-source

Key benefits:

  • Instant, space-efficient snapshots

  • Near-zero-RPO protection and rapid restore

  • Consistent, low-latency performance

 

AI/ML and analytics
Training, inference, data lakes, HPC

Key benefits:

  • Predictable throughput for faster training and ingest

  • One data layer for pipelines from ingest to serve

  • Optimised GPU utilization and scale
Data protection and recovery
Backups, disaster recovery, and ransomware-safe restore

Key benefits:

  • Immutable snapshots and isolated recovery points

  • Clean, rapid restore with SafeMode™

  • Detection and policy-driven response

 

Containers and Kubernetes
Kubernetes, containers, microservices

Key benefits:

  • Reliable, persistent volumes for stateful apps

  • Fast, space-efficient clones for CI/CD

  • Multi-cloud portability and consistent ops
Cloud
AWS, Azure

Key benefits:

  • Consistent data services across clouds

  • Simple mobility for apps and datasets

  • Flexible, pay-as-you-use economics

 

Virtualisation
VMs, vSphere, VCF, vSAN replacement

Key benefits:

  • Higher VM density with predictable latency

  • Non-disruptive, always-on upgrades

  • Fast ransomware recovery with SafeMode™

 

Data storage
Block, file, and object

Key benefits:

  • Consolidate workloads on one platform

  • Unified services, policy, and governance

  • Eliminate silos and redundant copies

 

What other vendors are you considering or using?
Thinking...
Your personalized, guided path
Get started with resources based on your selections.