Nox App Player is recognized for its lightweight Android emulation and excellent execution of Android applications. The standout feature of Nox App Player is its fast startup by eliminating unnecessary tasks. However, this can impact Nox App Player's speed in some applications and tasks. To ensure smooth performance and prevent lag, this article will assist you in accelerating NoxPlayer and addressing potential issues. If you want NoxPlayer to run smoothly and avoid unnecessary lag for applications, follow the steps below.
For those familiar with BlueStacks, it is known for leading in performance when handling heavy applications and games. To achieve robust acceleration for NoxPlayer, similar to our experience with BlueStacks, you need to configure system settings. Nox App Player allows you to run at a faster speed as long as your computer's configuration is sufficient. Unlike BlueStacks, Nox App Player enables you to adjust the amount of RAM it uses directly in its settings interface without accessing your computer's Registry.
Guide to Boost NoxPlayer Speed
Step 1: Before accelerating Nox App Player, ensure that your computer is robust enough to sacrifice resources for boosting Nox App Player. First, press the Windows + R keys and type dxdiag. This action allows you to access the DirectX Diagnostic Tool to check your computer's configuration.
Step 2: In DirectX Diagnostic Tool, focus on two parameters: Processor - CPU and RAM memory
Step 3: After closing DirectX Diagnostic Tool, open Nox App Player and click on the Settings icon. Here, we will proceed to accelerate Nox App Player.
Step 4: Start by adjusting the Language in the General settings section from English to Vietnamese for easier usage. Additionally, for those with limited English proficiency, using Vietnamese will be more effective.
After receiving the notification settings update successful, it means you have successfully switched to Vietnamese.
Step 5: Next, proceed to the advanced settings (if you have switched to Vietnamese). Here, we will configure feature settings, startup, and graphic rendering mode.
Step 6: Begin with the feature settings mode, offering 4 choices: low, medium, high, and custom. Of course, we will custom select to fine-tune the number of CPU threads and RAM usage on Nox App Player.
Step 4: It's important to note that using ample RAM on Nox App Player only enhances the loading of heavy games and resource-intensive applications. For regular apps, there won't be a significant difference. If your computer has 4 GB RAM, it's recommended to allocate around 2 GB RAM (2048 MB). However, for a computer with 12 GB RAM as mentioned in this article, we can allow it to fluctuate between 3-4 GB RAM, anything more would be surplus and unnecessary.
- As for the CPU, you can leave it at the default setting of 2, unless you own a device running on Core i7 or higher, then you can adjust this CPU parameter.
Step 5: Below, you can adjust the resolution within Nox App Player. Lower resolutions result in smoother usage of Nox App Player. The recommended resolution is 1280x720, and for powerful computers, you can set it to MAX at 1920x1080.
- Below, there are two graphics modes including OpenGL, suitable for devices with a dedicated graphics card. Only use this mode if you own a VGA, preferably from models dating back to at least 2014.
- Alternatively, if not, utilize the Directx mode for remaining cases to effectively boost Nox App Player's performance. Of course, maintain the frame rate at 60; the system will consistently achieve a maximum of 60 if the requirements are met. The choice of a 60-frame rate isn't crucial, so leave it as is.
After completing the setup, proceed to initiate NoxPlayer for an enhanced experience. You'll notice that opening Nox App Player and running heavy games on it are smoother. Mytour would like to reiterate once again that accelerating Nox App Player is not recommended for low-end computer configurations as it has no effect. Especially with high-end configurations, it's advisable to keep it at a certain level since Nox App Player only supports up to a certain level. Setting it too high may only waste computer resources.