Updating the graphics driver can help resolve a range of issues. Some of the more frequently experienced problems can include:
Use Intel(r) Driver & Support Assistant to automatically identify and update your drivers.
Windows Update offers a generic driver version to allow for testing new features or game enhancements or verifying whether an issue has been addressed.
Intel® HD Graphics
Intel HD Graphics are integrated graphics processors found in most Intel Core series microprocessors. Also referred to as GT and UHD Graphics.
Intel HD Graphics had historically lagged behind dedicated GPUs from Nvidia and AMD; however, over time their improved performance allowed them to keep pace with new game demands.
Intel HD Graphics are known for their low power consumption, making them ideal for portable devices that need both strong graphics performance and long battery life. Intel is planning to introduce their next-generation version, codenamed Xe, sometime soon.
Intel® Graphics Media Accelerator
Intel Graphics Media Accelerator (GMA) is an integrated processor graphics card available in Atom-series computers. Critics have frequently noted its subpar performance for computer gaming; previously its architecture used fixed function capabilities that required many GPU pipeline stages be handled by host CPU resulting in reduced performance and power efficiency.
The GMA driver uses a novel architecture to achieve higher performance, as well as less frequently using its host CPU for GPU processing, to improve game performance and enable additional features for video playback and encoding. Furthermore, this driver supports OpenCL for hardware computing on certain models.
Intel® CoreTM i7 Processor
Intel Core processors are flexible workhorses capable of performing various tasks ranging from gaming and multimedia streaming to productivity applications. If you want the best gaming performance possible, though, an i7 processor may not be worth its additional expense.
Your system information view can help you locate an Intel graphics driver. They typically appear under “DISPLAY ADAPTERS.” To get the latest 3D drivers for your Intel GPU, install either Mesa or Mesa-amber and follow these steps:
Updating driver software regularly is key to keeping your computer performing optimally and avoiding hardware-related problems. EaseUS DriverHandy provides an efficient means of updating all of your drivers quickly and effortlessly.
Intel® CoreTM i5 Processors
Intel Core i5 processors are ideal for everyday computing and gaming tasks, offering superior instructions-per-clock (IPC) performance as well as single-thread clock speed, both essential components in gaming performance.
Hyper-Threading also makes these processors ideal for multitasking performance, enabling each physical core to act like two logical cores for enhanced multitasking performance. This feature enables more tasks to be handled at the same time while increasing multitasking efficiency.
Intel(r) Driver Update Utility can automatically update your graphics drivers; however, be mindful that this could overwrite any customized drivers from your computer manufacturer causing potential issues with your computer’s functionality. To avoid such hassles and ensure proper performance of your system, OEM drivers provided by your computer manufacturer should always be used instead of Intel’s utility.
Intel® CoreTM i3 Processors
Intel(r) CoreTM i3 processors are dual-core CPUs with integrated graphics that serve as an upgrade from their Core 2 predecessors and can be found in laptops, desktop computers and embedded devices.
Core i3 laptops feature built-in graphics which are sufficient for most tasks, including web browsing, Microsoft Office documents, video chats and social networking. For optimal gaming performance however, dedicated graphics cards should be installed.
Intel drivers are tailored specifically for each operating system in order to address kernel-level issues and enhance performance. You can locate these drivers on Intel’s website or install them with driver utility tools like Driver Support; alternatively, Windows Update offers updates with new driver releases.
Intel® Pentium® Processors
Intel’s integrated graphics can suffice for basic tasks, but if you want to play demanding games or use resource-intensive software, consider upgrading to a more powerful CPU – the latest Pentium Gold and Silver chips offer adequate performance at an attractive price point.
To access the driver version, enter msinfo32 at the Run prompt. Expand Components section, and look for Display adapter entry.
To maximize the performance of your GPU, be sure to regularly update its driver. This can be accomplished both manually or with an easy-to-use utility tool such as Driver Support that makes updating drivers a seamless process while guaranteeing stability and accuracy.
Intel® Celeron® Processors
Intel Celeron processors represent the entry-level in their line-up. Ideal for everyday computing tasks such as internet surfing and MS Office applications, as well as older esports games (but possibly not newer titles), Celerons can provide reliable computing performance at an economical price point.
Are You Playing Esports Games? A powerful graphics card is essential if you’re seeking to compete in modern esports titles. To check your GPU model in Windows’ System Information view, look at “Adapter Type” and “Adapter Description,” this will tell you which type of GPU is installed on your laptop and then download and install its appropriate drivers: for Gallium3D drivers lib32-mesa is best, mesa-amber provides classic (non-Gallium3D) drivers on older hardware devices (with mesa-amber providing classic drivers), or simply go straight to “Adapter Type,” where “Adapter Description” to make this easier.
Intel® Pentium® Celeron® Processors
Celeron-branded processors are popular choices among budget laptops and tablets. While they’re fine for light workloads such as 3-D games or photo editing suites, if your computing requirements require resource-heavy programs like photoshop suites it would likely be wiser to opt for a Core or higher-end Intel CPU instead.
Celerons were initially designed around Covington architecture, which essentially represented a Pentium II without secondary cache (using the same product code 80523 as Deschutes). Although using the same front side bus speed as Pentium IIs, their performance could never match up.
The Mobile Celeron range, featuring Northwood core processors, was more cost-effective. Both its 1.2 GHz and 1.1 GHz Coppermine-128 models featured 128KB L2 cache memory support for SSE3 and SpeedStep operations.