Ubuntu Power-User Virtual Machine
$13.99
Description
Unleash the full potential of Linux with a high-memory, agile virtual environment.
This, optimized Ubuntu Virtual Machine is designed for developers, data analysts, and IT professionals who need significant RAM for in-memory processing but require a compact, efficient storage footprint. Pre-configured with 16GB of dedicated RAM, this VM handles heavy multitasking, large database queries, and complex compilation tasks without breaking a sweat, while the 32GB storage keeps the footprint lean.
Core Features
16GB Dedicated RAM: Experience exceptional responsiveness. Ideal for running heavy IDEs (IntelliJ, VS Code), browser-based testing, simulation tools, and Docker containers simultaneously without using slow swap space.
Optimized 32GB Virtual Disk: Pre-installed Ubuntu Desktop/Server, providing ample room for system files, essential development tools, and project files while staying lightweight.
High-Performance Setup: Pre-configured for rapid booting and smooth GUI performance, utilizing virtualization technology to ensure native-like speed.
Ready-to-Use: Save hours of setup time. This VM comes with Ubuntu pre-installed, updated, and configured for immediate deployment.
Ideal Use Cases
Web & Software Development: Ideal for running heavy localized development environments, microservices, and databases.
Data Science & Analysis: Run large datasets in memory (Pandas/Python) without running out of RAM.
Docker & Containerization: Enough memory to host multiple containers for microservices development.
Linux Training & DevOps: A safe, isolated sandbox for experimenting with server configurations, scripting, and shell commands.
Technical Specifications
Component | Specification |
|---|---|
OS | Ubuntu Latest LTS (Desktop or Server) |
RAM | 16 GB DDR4 Equivalent (Allocated) |
Storage | 32 GB Virtual Disk (Dynamically Allocated) |
Architecture | 64-bit |
Virtualization | VDI (VirtualBox) or VHDX (Hyper-V) |
Why 16GB RAM / 32GB HDD?
This configuration is specifically chosen for in-memory tasks. Because 16GB is more than enough for most Linux operations, you reduce disk I/O (swapping), making the 32GB disk perform faster than a lower-RAM system. It is perfect for applications that live in RAM rather than needing massive local storage.