If the driver listed is not the right version or operating system, search our driver archive for the correct version. Enter Intel 915GM into the search box above and then submit. In the results, choose the best match for your PC and operating system.
Intel 915 Driver Windows 10
Once you have downloaded your new driver, you'll need to install it. In Windows, use a built-in utility called Device Manager, which allows you to see all of the devices recognized by your system, and the drivers associated with them.
I know the card probably couldn't handle the full see through glass with blur (even though Windows Blinds seemed to got it to work), but I know this graphics card can handle Windows Aero Standard and be certified by Microsoft to run it. I think Intel needs to create drivers for 915 owners to enable Windows Aero Standard. If this card can run "Compiz" on Ubuntu great (meaning animations, see through window frames with reflections and more) then it should be able to handle Windows Aero Standard.
If you are logged in as a Guest or Standard User, Windows will not permit you to install the driver. Some organizations do not allow users to regulate what they install and how they can manipulate the system and application settings. You may need to contact your system admin for assistance with installing the driver in that situation.
For most users, a manual installation process is required. This involves uninstalling the drivers provided by your PC manufacturer before installing the drivers provided here. Adobe strongly recommends that you back up your system first. You can find Intel's instructions on installing the drivers manually here.
There might be a scenario where Windows Update restores an older OEM driver version over the newly installed driver. If you want a specific driver(s), disable Automatic Driver Downloads on Windows 10 using the following steps:
Max Turbo Frequency refers to the maximum single-core processor frequency that can be achieved with Intel Turbo Boost Technology. See www.intel.com/technology/turboboost/ for more information and applicability of this technology.
Starting with Gen6 (Sandy Bridge and onwards), Intel GPUs provide performance counters used for exposing internal performance data to drivers. The drivers and hardware registers refer to this infrastructure as the Observation Architecture (internally "OA") [15], but Intel's documentation also more generally refers to this functionality as providing Observability Performance Counters [16] [17].
The H.264 decoding support is maintained in a separated g45-h264 branch, which can be used by installing libva-intel-driver-g45-h264AUR package. Note, however, that this support is experimental and its development has been abandoned. Using the VA-API with this driver on a GMA 4500 series GPU will offload the CPU but may not result in as smooth a playback as non-accelerated playback. Tests using mplayer showed that using vaapi to play back an H.264 encoded 1080p video halved the CPU load (compared to the XV overlay) but resulted in very choppy playback, while 720p worked reasonably well [22]. This is echoed by other experiences [23]. Setting the preallocated video ram size higher in BIOS results in much better hardware decoded playback. Even 1080p h264 works well if this is done[24]. Smooth playback (1080p/720p) works also with mpv-gitAUR in combination with ffmpeg-gitAUR and libva-intel-driver-g45-h264AUR. With MPV and the Firefox plugin "Send to MPV player"[25] it is possible to watch hardware accelerated YouTube videos.
In Mesa 20.0, a new OpenGL driver, Iris, is promoted to be the default for Gen8+. Certain applications run faster with it. You may disable it and revert to use the old i965 driver by setting the MESA_LOADER_DRIVER_OVERRIDE=i965 environment variable before starting any OpenGL application. This setting does not affect Vulkan applications.
The intel-driver uses Triple Buffering for vertical synchronization; this allows for full performance and avoids tearing. To turn vertical synchronization off (e.g. for benchmarking) use this .drirc in your home directory:
intel_idle.max_cstate=1 limits the processors sleep states, it prevents the processor from going into deep sleep states. That is absolutely not ideal and does result in higher power use and lower battery life. However, it does solve random hangs on many Intel systems. Use this if you have a Intel Baytrail or a Kaby Lake Refresh chip. Intel "Baytrail" chips are known to randomly hang without this kernel parameter due to a hardware flaw[27].More information about the max_cstate parameter can be found in the kernel documentation and about the cstates in general on a writeup on GitHub.
If you try adding intel_idle.max_cstate=1 i915.enable_dc=0 ahci.mobile_lpm_policy=1 in the hope of fixing frequent hangs and that solves the issue you should later remove one by one to see which of them actually helped you solve the issue. Running with cstates and display power management disabled is not advisable if the actual problem is related to SATA power management and ahci.mobile_lpm_policy=1 is the one that actually solves it.
For some 165Hz monitors, xrandr might not display the 165Hz option, and the fix in #Adding undetected resolutions does not solve this. In this case, see i915-driver-stuck-at-40hz-on-165hz-screen.
Users with newer 12th gen IGP's may see issues where plasma desktop is almost unusable. It appears to be an issue with accelerated items. Running glxgears will report a high frame rate, but the animation will not be updated.A possible solution here is to change the driver under X.
I had this exact issue recently. I attempted to manually install a number of the drivers, including Vista-patched drivers, around on the Internet but Windows 7 would automatically remove the driver upon reboot.
I later found that you can use the standard Windows XP driver if you run the setup program in XP compatibility mode. The driver will install, but it still will not be able to detect the connected monitor, so you'll have to resort to standard screen resolutions, such as 1280x1024 or 1024x768.
Dell do not make any Windows 7 drivers available for the OptiPlex GX280 even though this machine can run it acceptably (32bit only). Where I work there are a few of these machines which will be kept as spares if any of the main stock of OptiPlex GX620 machines fail and need repairing, and for miscellaneous duties like driving plasma screens in reception etc.
These machines use the Intel 915G integrated video card which frustrated people by being advertised as Vista-ready (supporting Aero Glass transparency in the Vista Beta) but then having Aero support withdrawn completely. Since there is no WDDM driver for this chip, we need to use the XDDM (XP Display Driver Model) driver. For some laptops Windows Update will detect and install this driver, but not in this case. Intel also seem to hide it away on their download site. It can be found by navigating:
Outstanding! Tried 6 different graphic drivers for Dell OptiPlex GX280 on Windows 7 Ultimate.This was the only one that worked.Breathed new life into an old but completely functional machine.
you do not have to downld drivers for windows 8, just run the original programs in compatibility mode for xp,to go to compaitibilty option g0 to the setup file and click properties run the program in compaitibilty and the setup will run and install the drivers
All of the 915-based boards that I've looked at all claim that they don't support Win-98, yet in their driver download section there is always support for win-98 for the various components (audio, chipset, ethernet).
Scitech drivers working fine on Intel 915 GM/GMS chipset,intel 828801FB/FBM PCI Express root port 2660/2662 states "this device is working properly" under the general tab, seems to fail with not enabled in bios sometimes though. Going to look into that some more, using winme ntkern.vxd etc to lessen chances of missing symbols. Usbhub20.sys reports missing none, having a play with that later in the week
Intel seem to be influenced by at least one of software giants not to provide legacy OS drivers for their newer motherboard/chipset. You can still build up ground work manually to make PCI-E video and USB Hub to install even on 900 Series Chipset using still available 800 Series driver. You do need a Windows 2000 or XP to make screen capture shots of memory address port maps and IRQ displayed on device manager and then PCI/VEN device port codes from Hkey Local Machine Enum MF and PCI branches of registry taken from working Windows 2000 and then manually enter by hand on Windows 98 SE whose ground work already built by lower class drivers (i.e., 845 and 915 classes) gradually moving up to 945 or 965 class bay manual entries. You also have to disassemble 965 class driver so that you can get PCI/VEN port information such as North 244XX South 27XX. With Brute Force effort, I have succeeded on Video and USB Hub. I can use USB memory disk both on NT 4.0 and Windows 98 SE. 2ff7e9595c
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