Many users prefer to run Android games on Windows platforms such as laptops and desktops for a superior gaming experience. This not only optimizes the user experience but also overcomes the challenges associated with the limited battery life of Android devices such as phones and tablets. Additionally, users have access to familiar and better controls on the Windows platform. With more processing power and the ability to support multitasking, running games on LDPlayer on Windows is often a better option than running on Android devices. In this article, we will elaborate on the system requirements of the LDPlayer emulator for Windows.
What Are the System Specifications for LDPlayer?
LDPlayer is an efficient emulator and can run on even low-end machines with ease. While LDPlayer 3, which runs Android 5.1.2, and LDPlayer 4, which runs 7.1.2, the following are the general system requirements to run LDPlayer.
- LDPlayer can run on any x86_64 / x86 Intel or AMD processor. An Intel i5 7500, or a similar processor is best equipped to support the emulator.
- The application requires at least 4 GB RAM of system memory. An 8 GB RAM is ideal for heavy apps.
- At least 36 GB of free hard-disk space is required for smooth operations. However, 100 GB disk space is recommended.
- The application can run on most Windows operating systems, including XP3, Windows 7, Windows 8, Windows 8.1, and Windows 10.
- Hardware Virtualization (Intel AMD-V / VT-x) with BIOS enabled is required to run Android applications on a Windows platform.
- LDPlayer can run without a dedicated graphics card, and a built-in Windows DirectX 11 / Graphics driver with OpenGL 2.0 should suffice. However, a dedicated graphics card, such as NVIDIA GeForce GTX 750 Ti should be able to handle all workloads.
Why Run LDPlayer on Virtual Machine?
Laptops and PCs with APUs typically have two different cards installed on them. The integrated card generally offers an inferior performance and can result in a lag while running compute-heavy applications. Discrete graphics cards might be required for visuals that require higher frame rates. However, not all machines can be upgraded to support dedicated graphic cards. Consequently, such games and other applications supported by LDPlayer run better on dedicated GPU-enabled virtual desktops. Here are some of the advantages of running LDPlayer on GPU-powered virtual desktops.
- Users have access to a sandboxed environment, separate from their physical endpoints to run applications of their choice.
- Tasks can be performed parallelly on the physical machine while running GPU-intensive applications on the virtual desktop.
- Resources such as RAM, storage, and processing power can be scaled seamlessly, which is not possible on the physical endpoints.
- Virtual machines are typically fully managed solutions. This implies drivers, OS, and other software are always up to date. Additionally. these machines are periodically updated automatically, ensuring that data is not lost even if the application crashes.
- Virtual machines are better protected from attacks with enterprise-grade security.
Apps4Rent Can Help with LDPlayer Hosting
Using LDPlayer on a virtual desktop adds flexibility provided by physical Windows devices by allowing users to execute several tasks in different environments. One of the main challenges with emulators, such as LDPlayer and BlueStacks, is that users could encounter errors while accessing virtual desktops with them using remote desktop (RDP) connections.
As a Microsoft and Citrix Partner, Apps4Rent has customized virtual desktops for hosting Android emulators that can be accessed from any internet-enabled device. These are GPU-enabled virtual machines and are hosted in our top-tier SSAE-16 level datacenters in addition to Azure. Phone, chat and email our experienced emulator virtualization experts available 24/7 for assistance.