Tampa Dedicated Server

Deploy dedicated hardware in Tampa, Florida, for applications serving local and regional users. Compare available CPU, RAM, storage, and network configurations to find a server suited to your workload.

Choose a configuration based on your performance requirements, expected traffic, and preferred operating system.

Tampa Dedicated Server

Tampa Dedicated Server Plans

Review dedicated server configurations available in Tampa. Compare processor models, memory, storage, monthly pricing, and availability before selecting a server.

Availability and configuration options may vary between Tampa infrastructure locations.

Filters
Country
City
CPU Cores
RAM
Storage Capacity
Port Speed
CPU Type
Storage Type
Price / mo
-$
74 3353
Showing 26 of 149 configurations
Sort By
Server (CPU)Cores / ThreadsBase / Boost ClockRAMStorageBandwidthPort SpeedLocationPrice / Month
AMD Ryzen 5 5600G128 GB | 15.36 TB NVMe1GB-BM-DC01-VW7IVT6 / 123.9 / 4.4 GHz128 GB15.36 TB NVMe20 TB10 GbpsUnited StatesUnited StatesTampa
746.55$ / Mo Order Now
2× Intel Xeon Silver 4309Y256 GB | 960 GB SSD + 3 × 1.92 TB SSD1GB-BM-DC01-MG3BO216 / 322.8 GHz256 GB960 GB SSD + 3 × 1.92 TB SSD20 TB10 GbpsUnited StatesUnited StatesTampa
751.95$ / Mo Order Now
AMD Ryzen 5 5600G128 GB | 480 GB SSD + 7 × 1.92 TB SSD1GB-BM-DC01-161PZT6 / 123.9 / 4.4 GHz128 GB480 GB SSD + 7 × 1.92 TB SSD20 TB10 GbpsUnited StatesUnited StatesTampa
1,291.95$ / Mo Order Now
Intel Xeon E3-1270 v332 GB | 480 GB1GB-BM-DC01-BA5QOF4 / 83.5 GHz32 GB480 GB20 TB10 GbpsUnited StatesUnited StatesDallas, Tampa
168.75$ / Mo Order Now
AMD EPYC 7302P64 GB | 960.2 GB SSD + 4 TB HDD1GB-BM-DC01-HDAQTU16 / 323.0 / 3.3 GHz64 GB960.2 GB SSD + 4 TB HDD20 TB1 GbpsUnited StatesUnited StatesTampa
534.60$ / Mo Order Now
AMD Ryzen Threadripper 7960X – L4 24GB512 GB | 3 × 1.92 TB SSD + 512.11 GB NVMe1GB-BM-DC01-BVZ7TW24 / 484.2 GHz512 GB3 × 1.92 TB SSD + 512.11 GB NVMe20 TB10 GbpsUnited StatesUnited StatesTampa
2,293.65$ / Mo Order Now
2× Intel Xeon Silver 4210128 GB | 2 × 960 GB SSD1GB-BM-DC01-T4LFYQ20 / 402.2 GHz128 GB2 × 960 GB SSD20 TB1 GbpsUnited StatesUnited StatesTampa
687.15$ / Mo Order Now
Intel Xeon E3-1230 v632 GB | 2 × 960.2 GB SSD1GB-BM-DC01-1UY4J24 / 83.5 GHz32 GB2 × 960.2 GB SSD20 TB1 GbpsUnited StatesUnited StatesTampa
307.80$ / Mo Order Now
2× Intel Xeon E5-2620 v332 GB | 960.2 GB SSD1GB-BM-DC01-VJOVDU12 / 242.4 GHz32 GB960.2 GB SSD20 TB1 GbpsUnited StatesUnited StatesTampa
317.25$ / Mo Order Now
Intel Xeon E-2388G128 GB | 2 TB NVMe + 4.1 TB NVMe1GB-BM-DC01-T3CWHL8 / 163.2 GHz128 GB2 TB NVMe + 4.1 TB NVMe20 TB10 GbpsUnited StatesUnited StatesTampa
710.10$ / Mo Order Now
AMD Ryzen 5 5600GT64 GB | 7.68 TB NVMe1GB-BM-DC01-V5AJRV6 / 123.6 / 4.6 GHz64 GB7.68 TB NVMe20 TB10 GbpsUnited StatesUnited StatesTampa
882.90$ / Mo Order Now
Intel Xeon E5-1650 v364 GB | 480.1 GB SSD + 2 TB HDD1GB-BM-DC01-1HXQEK6 / 123.5 GHz64 GB480.1 GB SSD + 2 TB HDD20 TB1 GbpsUnited StatesUnited StatesTampa
345.60$ / Mo Order Now
AMD Ryzen 5 5600GT64 GB | 2 × 2 TB HDD1GB-BM-DC01-PGY8MY6 / 123.6 / 4.6 GHz64 GB2 × 2 TB HDD20 TB1 GbpsUnited StatesUnited StatesTampa
319.95$ / Mo Order Now
Intel Xeon E-2336128 GB | 1 TB NVMe + 500.11 GB NVMe1GB-BM-DC01-D4DRVF6 / 122.9 GHz128 GB1 TB NVMe + 500.11 GB NVMe20 TB10 GbpsUnited StatesUnited StatesTampa
491.40$ / Mo Order Now
AMD EPYC 7302P128 GB | 2 × 960.2 GB SSD1GB-BM-DC01-KHJMEN16 / 323.0 / 3.3 GHz128 GB2 × 960.2 GB SSD20 TB1 GbpsUnited StatesUnited StatesTampa
676.35$ / Mo Order Now
2× Intel Xeon E5-2620 v4128 GB | (20 x 1TB HDD ) + (2 x 3.84TB SSD )1GB-BM-DC01-RLG9NO16 / 322.1 GHz128 GB(20 x 1TB HDD ) + (2 x 3.84TB SSD )20 TB1 GbpsUnited StatesUnited StatesTampa
1,300.05$ / Mo Order Now
Intel Xeon E3-1270 v532 GB | (2 x 480.1GB SSD ) + (2 x 1TB HDD )1GB-BM-DC01-NRJE4U4 / 83.6 GHz32 GB(2 x 480.1GB SSD ) + (2 x 1TB HDD )20 TB1 GbpsUnited StatesUnited StatesTampa
255.15$ / Mo Order Now
Intel Xeon E-2336128 GB | 2 TB NVMe1GB-BM-DC01-JMEJVV6 / 122.9 GHz128 GB2 TB NVMe20 TB10 GbpsUnited StatesUnited StatesTampa
553.50$ / Mo Order Now
Intel Xeon E5-1620v3 | 64 GB | 3 × 1 TB HDD1GB-BM-DC01-5BYKB64 / 8-64 GB3 × 1 TB HDD20 TB1 GbpsUnited StatesUnited StatesTampa
203.85$ / Mo Order Now
Intel Xeon E-2388G128 GB | 1.92 TB NVMe1GB-BM-DC01-U4WP8T8 / 163.2 GHz128 GB1.92 TB NVMe20 TB10 GbpsUnited StatesUnited StatesTampa
487.35$ / Mo Order Now
Intel Xeon E-2388G128 GB | 7.68 TB NVMe1GB-BM-DC01-FQLOAA8 / 163.2 GHz128 GB7.68 TB NVMe20 TB1 GbpsUnited StatesUnited StatesTampa
556.20$ / Mo Order Now
Intel Xeon E-2236128 GB | 960 GB SSD + 2 × 3.84 TB NVMe1GB-BM-DC01-32TW616 / 123.4 GHz128 GB960 GB SSD + 2 × 3.84 TB NVMe20 TB1 GbpsUnited StatesUnited StatesTampa
607.50$ / Mo Order Now
AMD Ryzen 5 5600G64 GB | 7.68 TB NVMe1GB-BM-DC01-BT7OCT6 / 123.9 / 4.4 GHz64 GB7.68 TB NVMe20 TB10 GbpsUnited StatesUnited StatesTampa
783.00$ / Mo Order Now
Intel Xeon E-2388G128 GB | 3.84 TB1GB-BM-DC01-WDQANW8 / 163.2 GHz128 GB3.84 TB20 TB1 GbpsUnited StatesUnited StatesTampa
449.55$ / Mo Order Now
Intel Xeon E-223632 GB | 2 × 480.1 GB SSD1GB-BM-DC01-D9QK0N6 / 123.4 GHz32 GB2 × 480.1 GB SSD20 TB1 GbpsUnited StatesUnited States3 cities
241.65$ / Mo Order Now
Intel Xeon E-233632 GB | 480 GB1GB-BM-DC01-Y2LZ5D6 / 122.9 GHz32 GB480 GB20 TB1 GbpsUnited StatesUnited StatesTampa
253.80$ / Mo Order Now
Host Advice
TrustScore: 4.5 | 61 reviews
Proven Expert
TrustScore: 4.6 | 178 reviews
Host Search
TrustScore: 4.5 | 299 reviews
Wh Top
TrustScore: 7.9 | 291 reviews
24/7 Engineering SupportCertified experts monitoring your servers around the clock
99.99% Network & Power SLARedundant Tier-III infrastructure for maximum reliability
Risk-Free GuaranteeFull refund within 7 days if you're not satisfied

Why Choose Tampa for Dedicated Hosting?

Tampa is a geographic deployment option for businesses serving Florida, the Gulf Coast, and parts of the Southeastern United States. A dedicated server in this location may help reduce network distance to regional users while providing access to physical hardware reserved for one customer.

Regional Connectivity

Server location can influence latency, especially for applications that exchange data frequently with nearby users or systems. Tampa is worth evaluating when a significant portion of your traffic originates in Florida or neighboring states.

Actual latency depends on network routing, upstream connectivity, and the destination. Test the routes that matter to your application before selecting a location.

Dedicated Hardware Resources

vA bare metal server provides dedicated CPU, RAM, and storage resources without sharing the physical machine with unrelated hosting customers.

This can be useful for applications with sustained processing requirements, large databases, or workloads that need a specific hardware configuration.

Alternative Florida Locations

If your infrastructure does not need to be located specifically in Tampa, review the available Florida dedicated server options to compare regional deployment choices.

The preferred location should reflect your users' geography, network requirements, and the availability of suitable hardware.

How to Choose a Tampa Dedicated Server

Choosing a dedicated server in Tampa starts with matching the available hardware and network options to your workload. 1Gbits lists two infrastructure locations, Tampa 1 and Tampa 2, and configurations may vary between them. Review the physical deployment location, resource requirements, and service terms before ordering.

CPU and RAM

Processor selection depends on how your application uses computing resources. High-frequency CPUs can suit game servers and applications that rely on single-thread performance, while higher core counts and larger RAM capacities are useful for virtualization, parallel processing, and memory-intensive databases.

Compare the hardware available in Tampa based on your workload. If single-thread performance is a priority, you can also explore AMD Ryzen dedicated servers.

Storage Options

Choose storage based on performance requirements and data volume. NVMe is suitable for I/O-intensive databases and applications, while SSD provides a general-purpose option. HDD storage may be preferable for large datasets where capacity matters more than access speed.

For storage-intensive applications, compare the available NVMe dedicated server options with Tampa configurations.

Network and Bandwidth

Check the available port speeds, included traffic allowance, and network routing for your selected server. Higher port speeds provide greater potential throughput, but actual transfer performance depends on network conditions and the destination.

If your workload involves substantial monthly data transfers, review the terms of unmetered dedicated server hosting before making a decision.

Infrastructure and Deployment

Confirm whether your selected hardware will be deployed at Tampa 1 or Tampa 2, as availability and network options may differ.

For workloads with specific reliability or compliance requirements, request details about facility power, cooling, network redundancy, and available security measures. Also confirm the estimated deployment time, particularly for customized configurations.

Best Dedicated Server Operating Systems

Choosing the right operating system is crucial for optimizing your hosting and server performance. It doesn’t make a difference if you're running a simple website, a complex application, or an entire data center, the OS you choose will directly impact your system's stability, security, and efficiency.

Here we provide an overview of the diverse range of dedicated operating systems we support at 1Gbits, catering to a variety of needs, from enterprise environments to individual use cases.

AlmaLinux

  • Overview: AlmaLinux is a free and open-source Linux distribution, created as a community-driven project. It serves as a 1:1 binary-compatible fork of Red Hat Enterprise Linux (RHEL), offering a stable and reliable alternative for enterprises.
  • Key Features:
  • Enterprise-grade stability and performance.
  • Regular updates and security patches.
  • Strong community support and resources.
  • Use Cases:
  • Ideal for enterprise environments.
  • Suitable for web hosting, application servers, and development environments.
AlmaLinux logo

CentOS

  • Overview: CentOS is a popular Linux distribution that offers a free, enterprise-class computing platform. It’s derived from RHEL sources, making it a highly stable and reliable choice for businesses.
  • Key Features:
  • High stability and reliability for enterprise use.
  • Extensive documentation and community support.
  • Long-term support and security updates.
  • Use Cases:
  • Ideal for servers in production environments.
  • Frequently used in web hosting, data centers, and corporate environments.
CentOS logo

Debian

  • Overview: Debian is a renowned, community-developed Linux distribution known for its robustness and extensive software repository. It is one of the oldest and most stable distributions, making it a trusted choice for various applications.
  • Key Features:
  • Extremely stable and secure.
  • Large repository of packages.
  • Strong emphasis on free software principles.
  • Use Cases:
  • Perfect for web servers, database servers, and secure environments.
  • Widely used in academic, scientific, and enterprise sectors.
Debian logo

Fedora

  • Overview: Fedora is an innovative Linux distribution that regularly integrates the latest technologies. Sponsored by Red Hat, it’s a go-to option for developers and technology enthusiasts looking to work with cutting-edge software.
  • Key Features:
  • Access to the latest features and technologies.
  • Strong security features including SELinux.
  • Flexible package management with modularity.
  • Use Cases:
  • Ideal for software development and testing.
  • Suitable for users needing the latest software versions.
Fedora logo

Mikrotik (MikVM)

  • Overview: Mikrotik’s MikVM is a specialized lightweight OS designed for virtualization. It’s built to provide efficient and effective management of virtual machines, focusing on performance and resource optimization.
  • Key Features:
  • Lightweight and optimized for virtualization.
  • Strong integration with popular hypervisors like KVM.
  • High-performance VM management.
  • Use Cases:
  • Ideal for virtual machine hosting in both small and large environments.
  • Perfect for cloud infrastructure and data center applications.
Mikrotik (MikVM) logo

Oracle Linux

  • Overview: Oracle Linux is an enterprise-focused Linux distribution developed by Oracle, offering a high-performance and secure platform. It is fully compatible with RHEL and is optimized for Oracle applications.
  • Key Features:
  • Optimized for Oracle software and hardware.
  • Includes Oracle’s Unbreakable Enterprise Kernel (UEK).
  • Reliable and secure, with extensive enterprise support.
  • Use Cases:
  • Ideal for enterprises using Oracle databases and applications.
  • Suitable for high-performance computing and data centers.
Oracle Linux logo

Rocky Linux

  • Overview: Rocky Linux is a community-driven enterprise operating system designed to be 100% binary compatible with RHEL. Created by the original founder of CentOS, it offers a reliable and secure platform for enterprises.
  • Key Features:
  • Enterprise-grade stability and long-term support.
  • 100% binary compatibility with RHEL.
  • Community-driven with transparent development.
  • Use Cases:
  • Suitable for enterprise servers, cloud environments, and hosting.
  • Ideal for users migrating from CentOS.
Rocky Linux logo

SUSE

  • Overview: SUSE Linux Enterprise Server (SLES) is a highly reliable and scalable operating system built for physical, virtual, and cloud-based environments. It is known for its flexibility and support for mission-critical applications.
  • Key Features:
  • Enterprise-grade reliability and scalability.
  • Extensive support for cloud and container technologies.
  • Long-term support and regular updates.
  • Use Cases:
  • Ideal for data centers, SAP workloads, and enterprise applications.
  • Suitable for high-performance computing and large-scale virtualization.
SUSE logo

Ubuntu

  • Overview: Ubuntu is a widely used Linux distribution known for its user-friendliness and robust performance. Developed by Canonical, Ubuntu is suitable for both desktops and servers, offering a balance of stability and cutting-edge features.
  • Key Features:
  • User-friendly interface and regular updates.
  • Strong security features and a large software repository.
  • Extensive community and commercial support.
  • Use Cases:
  • Ideal for web servers, cloud environments, and development.
  • Commonly used in personal desktops, academic settings, and enterprise applications.
Ubuntu logo

Windows

  • Overview: Windows is a popular, versatile operating system developed by Microsoft. Known for its user-friendly interface and broad software compatibility, Windows is widely used across both personal and professional environments.
  • Key Features:
  • Intuitive user interface with extensive software support.
  • Regular security updates and enterprise-grade features.
  • Strong compatibility with various hardware and software.
  • Use Cases:
  • Ideal for desktop computing, enterprise applications, and gaming.
  • Widely used in corporate environments, educational institutions, and home use.

Windows logo

ESXi

  • Overview: VMware ESXi is a hypervisor designed to run virtual machines on bare-metal servers. Known for its efficiency and reliability, ESXi is a key component in many enterprise virtualization strategies.
  • Key Features:
  • High-performance virtualization with low overhead.
  • Robust management tools and strong security features.
  • Supports a wide range of operating systems as guest VMs.
  • Use Cases:
  • Ideal for data centers, cloud infrastructure, and enterprise virtualization.
  • Suitable for virtualizing business-critical applications.
ESXi logo

Proxmox

  • Overview: Proxmox Virtual Environment is an open-source platform for enterprise virtualization. It integrates KVM hypervisor and LXC containers, offering a powerful, easy-to-manage environment for hosting virtual machines.
  • Key Features:
  • Integrated support for KVM and LXC for flexible virtualization.
  • Comprehensive management tools with a web-based interface.
  • Strong backup, snapshot, and clustering features.
  • Use Cases:
  • Ideal for small to medium-sized businesses and enterprise environments.
  • Suitable for hosting virtual servers, containers, and hybrid cloud solutions.
Proxmox logo

Tampa Dedicated Server Use Cases

🎮

Multiplayer Game Servers

Dedicated hardware can support multiplayer environments where CPU frequency, sufficient RAM, and network responsiveness are important. Tampa may be suitable for communities with players in Florida and nearby regions.

Actual performance depends on the game engine, player count, server configuration, and routing.

🛒

E-commerce and High-Traffic Websites

Applications handling frequent database queries, inventory updates, and changing traffic levels may benefit from dedicated hardware resources.

Choose RAM and storage according to database size, caching requirements, and expected concurrency.

🧩

Virtualization and SaaS Applications

Dedicated servers can host virtual machines, application services, and private infrastructure environments.

Prioritize CPU core count, memory capacity, storage performance, and virtualization compatibility when choosing the hardware.

🗄️

Business Databases and Storage

Database and business application workloads may require substantial memory and sustained storage performance.

For large backup or archival datasets, storage capacity and redundancy requirements may matter more than peak storage speed. Plan separate backups rather than relying on the server's primary disks alone.

Tampa vs Other US Server Locations

Tampa, Miami, and Dallas serve different geographic and network requirements. Selecting a location should depend on where your users are based, the services your infrastructure connects to, and the hardware available at the time of ordering.

Location
Geographic consideration
What to evaluate
Tampa
Florida Gulf Coast and Southeastern US
Routes to regional users and Tampa hardware availability
Miami
South Florida and connections to international networks
Network paths to Florida, Latin America and other destinations
Dallas
Central US deployment option
Routes to users across central and surrounding regions

Deployment, Support and Service Terms

Before ordering a dedicated server in Tampa, review the expected delivery time, included network services, access permissions, and support responsibilities.

01

Server Deployment

Standard dedicated server deployment generally takes 1–5 working days, depending on hardware availability and configuration requirements. Same-day deployment applies to specifically designated instant server offerings, not all dedicated servers.

Confirm the estimated delivery time for your chosen Tampa configuration.

03

Network and Availability

1Gbits publishes a 99.9% monthly uptime SLA, subject to the applicable service terms and exclusions.

Network port speeds, traffic conditions, and security features may vary by server and data center.

02

Server Access and Administration

Dedicated servers generally provide root access for Linux or administrator access for Windows, subject to the selected configuration.

Customers are responsible for securing and maintaining their applications and operating systems unless additional management services are explicitly arranged.

04

Technical Support

1Gbits provides 24/7 technical support, with a target initial response time of 30 minutes. This response target does not guarantee a particular resolution time.

For location-specific questions, deployment requirements, or configuration availability, contact the support team before placing an order.

Tampa Dedicated Server FAQs

1Gbits lists Tampa 1 and Tampa 2 as infrastructure locations in Tampa, Florida. Confirm the specific deployment location and the availability of your preferred hardware before ordering.

Standard dedicated servers generally take 1–5 working days to deploy. The delivery time depends on inventory, configuration, and any additional hardware requirements. Confirm the estimated delivery date for your selected server.

Linux and Windows are supported across selected 1Gbits dedicated server configurations. Available distributions, Windows Server versions, and licensing conditions depend on the selected hardware and location.

DDoS protection is not confirmed as a standard feature for Tampa. If your application requires mitigation against network attacks, verify the availability, protection scope, and applicable limits before ordering.

Hardware upgrades depend on the selected server, available components, and data center capabilities. Some changes may require downtime or migration to another machine. Check upgrade options before purchasing.

Backups are not included by default. Customers should arrange a separate backup strategy for their applications and data. Confirm any available additional services before ordering.

Tampa is a geographic option worth considering for audiences in Florida and neighboring regions. However, actual latency depends on routing, connectivity, and user location. Network testing is recommended before deployment.

Both locations can serve workloads in Florida, but network routes and available hardware may differ. Tampa may be convenient for Gulf Coast-oriented workloads, while Miami is another option for South Florida and international connectivity requirements. Compare actual latency and server specifications rather than choosing by geographic distance alone.

Dedicated hardware can be used for virtualization when the CPU, RAM, storage, and software licensing meet the platform's requirements. For VMware-based workloads, compare the available VMware dedicated server options and confirm ESXi compatibility and licensing for your selected configuration.

If you need a different hardware platform, capacity, or network specification, compare the broader USA dedicated server inventory. Hardware availability and physical deployment locations should be confirmed before ordering.

Not necessarily. Dedicated hosting provides exclusive use of a physical machine, while VPS hosting provides isolated virtual resources on shared physical infrastructure. Dedicated hardware may be preferable for sustained workloads or specific hardware requirements, while a VPS may be more suitable for smaller or more flexible deployments.

1Gbits publishes a 99.9% monthly uptime SLA for dedicated servers. Eligibility, service credits, exclusions, and claim procedures are governed by the applicable SLA terms.

Check For More FAQs

1Gbits Customer Reviews

user avatarNatalie B

We needed a dedicated server configuration that could support our application and database requirements. Comparing the hardware specifications and confirming the deployment details helped us select a suitable option.

user avatarEthan C

Our main priorities were CPU capacity, storage performance, and clear delivery information. Having the configuration details available made it easier to evaluate the server against our technical requirements