Buy Android Dedicated Server
Run Android emulators, app testing, automation, and multi-instance workloads on dedicated hardware with exclusive CPU and RAM resources. Choose fast SSD/NVMe storage options and optional GPU configurations based on the performance requirements of your Android environment.
Android Dedicated Server Plans
Select a plan for your chosen emulator, target Android version and peak number of concurrent instances. Before checkout, confirm the exact host OS, graphics configuration and virtualization support, along with any licensing or installation charges. Check whether emulator setup is included or needs to be completed after server delivery.
| Server (CPU | RAM | Storage) | GPU | Cores / Threads | RAM | Storage | Bandwidth | Port Speed | Location | Availability |
|---|---|---|---|---|---|---|---|---|
| Intel i9-9900K | 64 GB | 480 GB SSD | 1080Ti | 8 | 64 GB | 480 GB SSD | 50 TB | 1 Gbps |  NetherlandsAmsterdam | 355.00$ / Mo Order Now |
| AMD Ryzen 7950X | 128 GB | 1 TB NVMe | RTX 4090 24GB | 16 | 128 GB | 1 TB NVMe | 50 TB | 1 Gbps | NetherlandsAmsterdam | 723.00$ / Mo Order Now |
| AMD Ryzen 5950X | 128 GB | 1 TB NVMe | RTX 3090 24GB | 16 | 128 GB | 1 TB NVMe | 50 TB | 1 Gbps | NetherlandsAmsterdam | 453.00$ / Mo Order Now |
| AMD EPYC 9354 | 384 GB | 2 × 3.84 TB NVMe | 2xRTX 5090 32GB | 32 | 384 GB | 2 × 3.84 TB NVMe | 50 TB | 1 Gbps |  2 Locations | 2,747.25$ / Mo Order Now |
| AMD Threadripper 7960X | 512 GB | 3 × 1.92 TB SSD + 512.11 GB NVMe | L4 24GB | 24 / 48 | 512 GB | 3 × 1.92 TB SSD + 512.11 GB NVMe | 20 TB | 10 Gbps |  United StatesTampa | 2,293.65$ / Mo Order Now |
| AMD EPYC 9174F | 256 GB | 2 × 4.1 TB NVMe + 2 × 2 TB NVMe + 2 × 960.2 GB SSD | L4 24GB | 16 / 32 | 256 GB | 2 × 4.1 TB NVMe + 2 × 2 TB NVMe + 2 × 960.2 GB SSD | 20 TB | 10 Gbps | United StatesTampa | 2,968.65$ / Mo Order Now |
| 2 × Intel Xeon 4214 | 128 GB | 2 × 960 GB SSD | T4 | 24 | 128 GB | 2 × 960 GB SSD | 1Gbps Network | 1 Gbps |  Singapore | 663.77$ / Mo Order Now |
| AMD EPYC 7402P | 384 GB | 2 × 3.84 TB NVMe | 4xRTX 4090 24GB | 24 | 384 GB | 2 × 3.84 TB NVMe | 50 TB | 1 Gbps | Iceland | 1,915.65$ / Mo Order Now |
What is an Android dedicated server?
An Android dedicated server provides a physical machine for hosting Android software environments. Depending on the deployment, Android runs through an emulator or another compatible software stack on a host operating system.
Choose the host OS and server configuration around the tools you intend to use. The product name alone does not mean that Android is installed directly on the hardware or that a preconfigured emulator is included; confirm the delivery setup before ordering.
Why Choose 1Gbits for Android Hosting?
Move beyond the limitations of smaller virtualized environments with physical resources dedicated to your Android workload. Configure your server around app testing, automation, development, remote Android environments, or multi-instance emulator deployments.
Dedicated Resources
CPU, RAM, storage, and other physical server resources are reserved for your workload, helping maintain more consistent performance under sustained demand.
Optional GPU Hardware
Select GPU-capable configurations when your applications or emulator instances require stronger graphics processing.
Built for Demanding Workloads
Run CPU- and memory-intensive Android testing, automation, development, and multi-instance environments without competing with other tenants for the underlying physical hardware.
Remote Administration
Manage your server remotely using RDP, SSH, or another supported access method depending on the operating system and server configuration.
Windows & Linux Options
Match the host OS to your emulator’s supported versions. Review our Windows dedicated server options for compatible Windows workflows, or our Linux dedicated server options for supported development and testing stacks. Confirm the exact OS edition before ordering.
Global Server Locations
Deploy closer to your users, development team, or external services by choosing from available dedicated server locations.
How to Choose the Right Hardware for Android Workloads
Android emulator performance depends on more than just the number of CPU cores. Consider CPU performance, available memory, storage speed, virtualization compatibility, graphics requirements, and the number of simultaneous instances before selecting a configuration.
High-Performance CPU
Choose sufficient CPU cores and strong per-core performance for emulator execution, application processing, testing, and parallel workloads.
Fast SSD or NVMe Storage
Faster storage can reduce emulator boot times, improve application loading, and provide more responsive access to project files and application data.
Hardware Virtualization
Check the acceleration requirements of your emulator against the selected CPU, firmware settings and host OS. If you plan to place the emulator inside a virtual machine, verify that this deployment is supported before choosing the server.
High-Capacity RAM
Allocate enough memory for the operating system, emulator software, applications, development tools, and every Android instance you plan to run concurrently.
Optional Dedicated GPU
Size graphics resources around your applications, rendering mode and concurrent workload. Verify the GPU model, available VRAM and driver compatibility when hardware graphics acceleration is required.
Reliable Network Access
Consider bandwidth, latency, server location, and remote-access requirements when your Android environment will be managed or accessed over the internet.
Built for Different Android Workloads
Configure your server around the applications you run, the number of simultaneous Android instances, testing requirements, and graphics workload.
Android App Testing
Create isolated environments for testing Android applications across different versions, configurations, and test scenarios.
Android Automation
Run Appium, ADB-based workflows, test frameworks, and other compatible automation tools on remotely accessible infrastructure.
Multi-Instance Emulation
Allocate dedicated CPU and memory resources to operate multiple Android emulator instances for workloads that require higher density.
Mobile Gaming
Run compatible Android gaming environments with dedicated processing, memory, storage, and optional graphics resources.
Development & QA
Support Android Studio, Android Emulator, automated testing, build pipelines, QA workflows, and CI/CD environments.
Regression Testing
Run repeatable test suites against new app builds using defined Android images and test data. Schedule regression checks on your server and retain logs and results for release review.
Frequently Asked Questions
Find answers to common questions about Android dedicated server hosting, including operating systems, hardware requirements, GPU usage, emulator capacity, automation, and server management.
It depends on the software you plan to use. Windows is typically the appropriate choice for BlueStacks and other Windows-based emulator workflows. Linux can be suitable for Android development, Android Emulator environments, automation, CI/CD, and other compatible virtualization stacks.
There is no single configuration for every workload. Consider CPU performance, available RAM, storage speed, virtualization support, graphics requirements, and the number of Android instances that will run simultaneously.
Not always. Testing, development, automation, and lighter emulator workloads may work without a dedicated GPU. Graphics-heavy applications, gaming, 3D workloads, and multiple demanding emulator instances are more likely to benefit from GPU resources.
Capacity should be measured with your actual workload. Test a representative instance, then increase concurrency while monitoring CPU, memory, graphics usage and responsiveness. Leave room for the host OS and peak demand. Any instance estimate should specify the emulator, application and settings used.
Yes. A compatible server environment can be used for Android Studio, Android Emulator, Appium, ADB workflows, CI/CD pipelines, and other Android development and testing tools.
A VPS may suit a small workload if it supports your emulator’s virtualization and graphics requirements. Check those capabilities before comparing resource sizes. Choose dedicated hardware when your deployment needs physical isolation, greater sustained capacity or a hardware configuration that the VPS cannot provide.
Confirm the administrative access included with your selected OS and plan. Server access and software management are separate: ask who is responsible for installation, updates, security, backups and emulator troubleshooting, and which tasks are covered by your order.
Yes. Provide the support or sales team with your intended emulator, operating system, number of simultaneous instances, CPU and RAM requirements, storage needs, and GPU requirements so they can help identify an appropriate available configuration.
BlueStacks requires a compatible Windows environment and suitable virtualization and graphics support. Verify the exact OS edition and hardware against the requirements of the version you intend to install. For a deployment centered on this emulator, review our BlueStacks dedicated server options before choosing a configuration.
GPU Options for Android Emulation
Choose graphics hardware according to your emulator’s supported rendering mode and the applications you run. Compare GPU dedicated server options if your deployment requires hardware graphics acceleration, and confirm the GPU model, VRAM and driver support before ordering. More emulator instances do not automatically make a dedicated GPU necessary.
Graphics-Heavy Emulators
GPU resources can improve rendering performance for emulator workloads that make significant use of graphics acceleration.
Mobile Gaming
Demanding Android games may benefit from stronger graphical processing when executed remotely.
Multiple Graphics-Intensive Instances
Running several graphics-heavy Android environments simultaneously can increase GPU and video-memory requirements.
3D Applications
Applications that rely on 3D rendering, OpenGL, Vulkan, or similar graphics workloads may benefit from GPU acceleration when supported by the environment.
GPU-Accelerated Workflows
Compatible applications and virtualization configurations may use GPU acceleration to improve graphics processing and rendering performance.
Additional Performance Headroom
Selecting GPU-capable infrastructure can provide additional capacity when you expect the graphical requirements of your Android deployment to grow.
Confirm Your Android Server Setup
Use these checks to define what you need before placing an order. Share any unresolved requirements with the sales team so the proposed configuration and delivery scope are clear.
Software Compatibility
Specify the emulator, software version and target Android image. Check application architecture and any dependencies on Google Play services or device-specific features.
Peak Workload
Describe how many instances will be active at once and what each will run. Include your target resolution, frame rate or test duration where relevant.
Installation Scope
Confirm which OS and software will be installed at delivery, who configures the emulator, and whether setup work carries an additional charge.
Access & Graphics
Confirm how you will connect to the server and whether your chosen remote session supports the display and graphics behavior your applications need.
Support Responsibilities
Establish who handles OS updates, emulator troubleshooting, security configuration and backups. Request the support scope for the specific service you order.
Total Order Cost
Review the recurring price, setup charges, OS licensing, selected hardware extras and bandwidth terms. Confirm the delivery estimate for your chosen configuration.
1Gbits Customer Reviews
Hannah M.Samuel L.