Nvidia GeForce MX Series user manual How to Overclock, Setting Hardware Options Function

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6. How to Overclock

Warning:

Increasing the hardware clock frequencies beyond the manufacturer’s recommended setting may cause system instability and possibly damage the hardware.

6.1.1 Setting Hardware Options Function

1.Choose ‘Hardware Options’ in ‘Additional Geforce 4 MX Properties’ then enable ‘Allow clock frequency adjustments’.

2.Please restart computer .To click ‘Restart Now’.

3.After restart computer, please set the clock of ‘Core clock frequency’ or ‘Memory clock frequency’ that you want in step 1.

Clicking ‘test new settings’ after finish adjust clock to check it can affordable or not.

5.To click ‘Apply’ to finish the procedure and you will see this message.

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Contents User’s Manual III FCC RequirementTrademark Acknowledgements Table of Contents Introduction FeaturesAdapter Configuration Hardware InstallationSystem Requirements Video Video Out Low-Profile VGA with TV-Out Graphics Card Installing your VGA adapterInstalling driver on Windows 98SE/ME Software InstallationInstalling DirectX on Windows 98SE/ME/2000/XP Installing driver on Windows 2000/XP TV-OUT Function Instructions How to enable the TV-OUT functionHow to change TV setting? How to adjustment screen position? How to change output to Digital Flat Panel? NView Function instructions Clone modeVideo Mirror Function Video Mirror modeColor Correction Panel Color Correction SettingsSetting Hardware Options Function How to OverclockDisplay Information Resolutions SupportedClick ‘Advanced Properties’ FAQSystem will hang up when I play 3D game in Win98SE system

GeForce MX Series specifications

Nvidia’s GeForce MX series is designed to offer an enhanced gaming and multimedia experience for laptops. Positioned as an entry-level graphics solution, the MX series bridges the gap between integrated graphics and more powerful gaming GPUs, making it a popular choice for casual gamers and creative professionals alike.

One of the hallmark features of the GeForce MX series is its ability to deliver a significant performance boost compared to integrated graphics solutions. Users can expect smoother gameplay in modern titles, improved frame rates, and the capacity to handle demanding applications. The MX series graphics cards are optimized for mainstream gaming, allowing users to enjoy popular games at decent settings without requiring high-end specifications.

The architecture of the MX series is based on Nvidia’s Pascal and Turing technologies, which contribute to better efficiency and performance. This architecture not only enhances gameplay but also provides support for advanced graphical features such as DirectX 12, which allows developers to tailor their games for maximum visual fidelity.

Another essential aspect of the MX series is Nvidia’s Optimus technology. This feature intelligently manages power consumption by switching between the dedicated GPU and integrated graphics, ensuring that users can extend battery life during less demanding tasks. This balance makes the MX series particularly appealing for users who prioritize portability and battery longevity without sacrificing performance when it's needed most.

Additionally, the MX series supports Nvidia's CUDA cores, which enable parallel processing for various tasks, such as video editing and transcoding. This makes the series a solid choice for content creators who require a reliable GPU for tasks such as rendering, 3D modeling, or video production. Moreover, with Nvidia Studio Drivers, users can further enhance their creative workflows through optimized performance and stability for professional applications.

The GeForce MX series also features Nvidia’s Game Ready Drivers, ensuring gamers can access the latest updates and optimizations for new titles immediately upon release. Furthermore, with support for Nvidia GeForce Experience, gamers can easily optimize game settings and record gameplay.

In summary, the Nvidia GeForce MX series is an excellent entry-level graphics solution that delivers enhanced gaming performance, efficient power management, and support for creative tasks. Its combination of advanced technologies and features makes it a valuable asset for users seeking improved graphics capabilities in their portable computing devices.