Singapore Dedicated Servers | $ 59/mo

Choose Your Dedicated Server Location in Singapore

Select Singapore as your server location to deploy infrastructure closer to your target audience across Southeast Asia. Review the available configurations, hardware specifications and network options to find a server that matches your application’s requirements.

Singapore

COLO BIRD provides Singapore dedicated server solutions for businesses that require dedicated computing resources, customizable server environments and regional network connectivity.

Explore Singapore Servers

Affordable Singapore Dedicated Server Hosting

COLO BIRD offers dedicated server configurations for businesses ranging from growing websites to demanding production workloads. Our Singapore dedicated servers start at $59 per month, with pricing determined by the selected hardware, storage, network options and additional services.

Whether you are launching an application, hosting a database or expanding an established online platform, choose a configuration that aligns with your workload and budget.

With bare metal hosting, you have access to the physical server’s allocated hardware rather than sharing its CPU and memory resources with unrelated virtual server customers. Root or administrator access lets you configure your operating system, applications and security settings according to your needs.

$59per month, starting price

Why Choose COLO BIRD Singapore Dedicated Servers?

Dedicated physical hardware for predictable resource allocation.
CPU and memory configurations suited to different workloads.
SSD and NVMe storage options where available.
Network bandwidth options based on the selected server plan.
DDoS protection subject to the applicable service specifications.
Operating system choices for Linux and Windows environments.
Technical support to help with infrastructure-related issues.

Explore the available plans to compare specifications and select the right server for your workload.

Singapore Dedicated Server Hardware: CPU, RAM and Storage

Server performance depends on more than processor speed alone. CPU architecture, memory capacity, storage performance and workload characteristics all influence how efficiently an application operates.

CPU

CPU Performance: Intel Xeon and AMD EPYC

The right processor depends on your application’s processing requirements. Workloads that rely on strong single-thread performance may benefit from higher per-core performance, while virtualization, parallel computing and multi-service environments may require more cores and threads.

When comparing Intel Xeon and AMD EPYC configurations, evaluate the exact processor model, core count, clock speeds, memory support and workload-specific benchmark results. Choose a CPU that can handle your current demand while leaving sufficient capacity for future growth.

RAM

RAM Capacity for Business Applications

Memory requirements vary according to the number of active users, application processes, database size and virtualization workloads.

Web servers may operate with moderate memory capacity, whereas database servers, caching systems and virtualization hosts can require considerably more RAM. Monitor memory utilization and workload peaks before choosing a configuration.

For suitable platforms, ECC memory can help detect and correct certain memory errors, making it a useful consideration for business-critical workloads.

Storage

NVMe SSD and Storage Performance

Storage affects application startup, database queries, file operations and virtual machine performance. NVMe SSDs can provide high throughput and low storage latency, particularly for applications with demanding random I/O requirements.

When comparing storage options, consider capacity, sequential read/write speeds, random I/O performance, drive endurance and redundancy requirements. RAID configurations may improve availability or performance depending on the setup, but RAID is not a replacement for backups.

Choose storage based on your workload rather than capacity alone.

Bare Metal

Bare Metal Resources and Root Access

A dedicated server gives you exclusive access to its physical hardware. This makes it suitable for applications that require predictable resource allocation, customized system configuration or greater control over the software environment.

With root or administrator access, you can manage system services, install supported software, configure security controls and tune the operating system for your workload.

Singapore Network Performance: Bandwidth, Latency and Routing

A server’s physical location, network route, available capacity and the quality of the connection between the server and its users all contribute to real-world performance.

Singapore is a useful regional hosting location for businesses serving Southeast Asian audiences. However, actual latency and throughput depend on the destination network, ISP routing, congestion and the server’s network configuration.

1 Gbps to 100 Gbps Network Options

Choose a network port speed that matches your workload, traffic volume and data-transfer requirements. COLO BIRD Singapore dedicated servers offer network options ranging from 1 Gbps to 100 Gbps, depending on server configuration and availability.

1Gbps

1 Gbps Dedicated Servers

Suitable for business websites, web applications, APIs, hosting environments and workloads with moderate to high network demands.

10Gbps

10 Gbps Dedicated Servers

Designed for higher-throughput applications, large file transfers, busy platforms, media delivery and services handling substantial amounts of network traffic.

20–40Gbps

20 Gbps and 40 Gbps Options

Higher-capacity configurations for demanding infrastructure, data-intensive applications, large-scale content delivery and environments that need additional network headroom.

100Gbps

100 Gbps Dedicated Servers

Built for exceptionally high-throughput workloads, large data transfers, high-volume content distribution and network-intensive infrastructure where available bandwidth capacity is a priority.

Actual throughput depends on the selected server, network configuration, upstream capacity, protocol overhead, server resources and end-to-end network conditions. A port’s rated speed represents its nominal link capacity, not a guarantee that every application or internet connection will achieve that throughput.

Before selecting a plan, compare port speed, bandwidth allocation, traffic limits, unmetered terms, routing and any applicable fair-use policies. Availability and included bandwidth may vary by configuration.

Dedicated Servers for GPU and Storage-Intensive Workloads

Beyond network capacity, the right server depends on the type of workload you need to run. COLO BIRD offers dedicated server configurations for compute-intensive applications and storage-heavy environments, subject to available hardware options.

GPU

GPU Dedicated Servers

GPU dedicated servers are suitable for workloads that benefit from parallel processing, including AI and machine learning, model inference, GPU-accelerated computing, rendering, video processing and other graphics-intensive applications. Choose a configuration based on GPU model, VRAM, CPU, system memory, storage and software compatibility.

Storage

Storage Dedicated Servers

Storage dedicated servers are designed for applications that need substantial disk capacity or storage-focused infrastructure. Potential use cases include backup repositories, file storage, large datasets, media archives and storage-intensive applications. Compare drive type and capacity, NVMe or SSD performance where available, RAID configuration, redundancy and backup requirements before choosing a system.

Match the Server to Your Workload

Whether you need high network throughput, GPU acceleration or large-capacity storage, compare the available Singapore configurations against your performance, capacity and budget requirements. Confirm the specific hardware, network port and bandwidth terms listed for your chosen server before ordering.

Latency, Jitter and Packet Loss

Latency measures the time required for data to travel between endpoints. Jitter describes variation in packet delay, while packet loss occurs when packets fail to reach their destination.

These measurements are particularly important for online gaming, APIs, interactive applications, remote access and real-time communications.

A geographically closer server can reduce network distance, but it does not guarantee a particular response time. Test connectivity from the networks and countries that matter most to your business.

Regional Connectivity Across Southeast Asia

Hosting in Singapore can help businesses serve customers across these markets and other Asia-Pacific regions from a regional infrastructure location.

MalaysiaIndonesiaThailandVietnamPhilippines

The best server location depends on where your users are concentrated and how their networks reach your infrastructure. For geographically distributed audiences, compare real latency measurements and consider whether additional regional infrastructure or a CDN would improve performance.

Choose a Singapore Dedicated Server by Workload

Different applications require different combinations of processing power, memory, storage and network capacity. Use your workload as the starting point when comparing server configurations.

01

Business Websites and E-commerce

Prioritize sufficient CPU capacity, adequate memory and responsive storage. Database-heavy shops and high-traffic websites may benefit from NVMe storage, application caching and careful database tuning.

02

Database and Data-Intensive Applications

Consider memory capacity, storage latency, random I/O performance and backup requirements. Monitor query performance and disk utilization to determine whether additional RAM, faster storage or CPU resources would deliver the greatest improvement.

03

Multiplayer Game Servers

Game servers can be sensitive to per-core CPU performance, network stability and memory headroom. Evaluate the requirements of your game engine, expected concurrent players, plugins and geographic audience before selecting hardware.

04

Virtualization and Private Cloud

Virtualization hosts may need high core counts, substantial RAM, fast storage and sufficient network capacity. Plan resource allocation according to the number and type of virtual machines, and retain headroom for peak demand.

05

Media Delivery and High-Traffic Services

For workloads involving large downloads or media files, prioritize network throughput, storage capacity and traffic allowances. Review the port speed and actual transfer terms available with each plan.

06

Analytics and Compute-Intensive Workloads

Data processing, analytics and parallel workloads may benefit from high-core-count CPUs, sufficient memory bandwidth and fast storage. Benchmark your software with representative data before committing to a configuration.

Key Features of COLO BIRD Singapore Dedicated Servers

01

High-Speed Bandwidth

Select from the network options available for your chosen Singapore server configuration. Match port speed and transfer allowances to your traffic profile, application requirements and expected growth.

02

DDoS Protection

DDoS mitigation can help filter malicious traffic targeting your server or applications. Review the protection coverage, supported traffic types, mitigation capacity and service terms associated with your selected plan.

03

Dedicated IP Address

A dedicated IP address can support services that require a server-specific public endpoint. Confirm the included IPv4 allocation and the cost and availability of any additional addresses when ordering.

04

24/7 Technical Support

Access technical support for infrastructure-related questions and service issues. For operationally critical workloads, confirm the support channels, escalation process and response commitments applicable to your plan.

05

Uptime and Service Reliability

Review the applicable service-level agreement, its scope and the remedies available if the stated service commitment is not met. Network uptime, hardware availability and application availability are different measurements, so consider all three when planning your deployment.

06

Performance-Focused Hardware

Choose from available dedicated server configurations according to processor, memory, storage and networking requirements. Compare exact specifications to ensure that the selected system is appropriate for your workload.

07

Supported Operating Systems

Choose an operating system that matches your software stack, administration experience and application requirements. Available options include:

Windows ServerUbuntuRocky LinuxAlmaLinuxDebianCentOS, where supportedFreeBSD

Operating system availability can depend on the server configuration, licensing and deployment requirements. Confirm the currently supported versions and installation options before ordering.

How to Evaluate Dedicated Server Performance

Before choosing a server, identify the metrics that matter most to your workload. Benchmark results are most useful when they reflect the applications and traffic patterns you expect in production.

CPU

CPU Benchmarking

Compare processor performance using workloads representative of your application. Single-threaded tests can help assess workloads sensitive to individual core speed, while multi-threaded tests can help evaluate parallel processing capacity.

NVMe

NVMe Storage Testing

Measure sequential throughput and random read/write performance using appropriate benchmarking tools. Test carefully on a non-production system or with safe settings to avoid disrupting active workloads or damaging data.

iperf3

Network Throughput Testing

Tools such as iperf3 can measure throughput between compatible endpoints. Use a suitable remote test server and account for its capacity, the route taken and any network limits.

Ping and MTR

Latency and Route Diagnostics

Ping can help measure round-trip time, while MTR can help investigate route behavior and packet loss across network paths. Test from multiple representative locations when your audience spans several countries.

Monitor

Monitor Before Upgrading

Track CPU utilization, memory consumption, storage latency, throughput and application response times during normal and peak demand. This helps identify the resource bottleneck before you spend money on an unnecessary upgrade.

Benefits of Choosing a Singapore Dedicated Server

Dedicated Resources

Access dedicated physical hardware for your applications, without sharing the server’s CPU and memory resources with unrelated virtual server customers.

Regional Hosting

Singapore can provide a practical infrastructure location for applications targeting Southeast Asian users and businesses operating across Asia-Pacific markets.

Flexible Configuration

Select available processor, memory, storage and bandwidth options based on your technical requirements and budget.

Operating System Control

Configure your supported operating system, install compatible software and manage the server environment with root or administrator access.

Security and Network Protection

Use available DDoS mitigation alongside appropriate firewall rules, access controls, patching, monitoring and backup practices.

Technical Assistance

Contact the support team for assistance within the scope of your hosting service. Establish a clear escalation process for workloads with strict operational requirements.

Frequently Asked Questions

How much does a dedicated server in Singapore cost?

COLO BIRD’s Singapore dedicated servers start at $59 per month. The final price depends on the selected processor, RAM, storage, bandwidth and additional services. Check the current plan details for available configurations and any applicable setup or recurring charges.

Why should I choose a Singapore dedicated server?

A Singapore server can be a good choice for businesses serving customers across Southeast Asia. Dedicated physical resources also provide greater control over hardware allocation and system configuration than many shared hosting environments.

What hardware should I choose for a Singapore dedicated server?

Start with your workload’s CPU, memory, storage and network requirements. Database applications may prioritize RAM and storage I/O, while virtualization hosts may need more cores and memory. Compare actual hardware specifications before ordering.

Do Singapore dedicated servers include NVMe storage?

NVMe storage availability depends on the selected server configuration. Check the plan specifications for drive type, capacity, redundancy options and performance details.

What bandwidth options are available?

Bandwidth and port speeds depend on the Singapore server plan. Review available port speeds, transfer allowances, shared or dedicated capacity and unmetered traffic terms before choosing a configuration.

Does COLO BIRD provide DDoS protection in Singapore?

DDoS protection is offered according to the applicable server plan and service specifications. Confirm the mitigation capacity, coverage and supported attack types for your selected configuration.

Which operating systems can I install?

Supported options include Windows Server and several Linux distributions, such as Ubuntu, Debian, Rocky Linux and AlmaLinux, along with FreeBSD where available. Confirm the supported versions and licensing requirements for your chosen server.

How long does server deployment take?

Provisioning time depends on hardware availability, configuration requirements and payment confirmation. Check the current estimated deployment time with COLO BIRD before placing an order.

What is the difference between a dedicated server and a VPS?

A dedicated server provides access to an entire physical machine, while a VPS uses a virtualized portion of a physical host. A dedicated server may be preferable when you need greater hardware control, predictable resource allocation or specific physical-server capabilities.

How do I choose the right Singapore dedicated server?

Identify your workload, estimate peak CPU and memory usage, calculate storage requirements and determine expected network traffic. Then compare the available configurations, support terms, security features and total monthly cost.

How can I test connectivity to a Singapore server?

Use ping to measure round-trip latency, MTR to investigate network routes and iperf3 to test throughput between compatible endpoints. Run tests from representative user networks and avoid relying on a single measurement.

Is a Singapore server suitable for customers throughout Asia-Pacific?

It can be a practical regional hosting location, but performance depends on the location of your users, their ISPs and network routing. Test actual connectivity from your target markets before making a final decision.

Singapore Dedicated Servers for High-Performance Workloads

Choose your Dedicated Servers

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