![]() And due to improved multithreading in the DirectX libraries and drivers, installing DirectX 11 can boost performance over DirectX 10 even if the game was developed prior to DirectX 11. Avoid DirectX 10 and DirectX 11 With Low-Cost Graphics Cardsĭon’t get me wrong: DX10 and DX11 can offer substantial increases in 3D graphics image quality. Turn up this setting only after you’ve pumped up other image-quality settings and are still running at high frame rates. Maxing out shadow levels can often cause a huge decrease in performance. If you’re constantly on the move, you may notice an absence of shadows, but you’ll often not see the difference between medium shadows and high shadows. High shadow levels can seem very immersive–if you’re standing still. When you’re playing a game, you’re always in motion, and you probably won’t stop to gaze at the scenery. Low-resolution textures will still look ugly with antialiasing turned on. Sure, antialiasing removes annoying jaggies, but if you turn it on while the texture detail remains low, you’ll end up with a muddy mess. You may be tempted to start by cranking up the antialiasing. Pump Up Texture Detail and Anisotropy First You’ll often see better performance in the game, along with improved image quality. As an example, if the game allows you to set antialiasing, use that setting rather than the Windows control panel setting. Start optimizing your game performance via the in-game graphics control panels.The settings available in the game you’re playing are often more optimized than the global settings you can enable with the AMD or nVidia control panel. Windows XP users, however, may see differences–and some capabilities (namely, features specific to DirectX 10 and 11) simply aren’t available in XP.īefore we dive into the intricacies of in-game settings and graphics control panels, it’s worth discussing a few rules of thumb for prioritizing which settings to enable. They’ll likely work with Windows Vista too. I would be happy if my programs and external monitors would use AMD Graphics instead of integrated.Note that all of the following examples work with Windows 7. When i ran AMD driver check, it suddenly enabled Intel graphics and everything was back as it used to be. From Display properties it showed me of using Microsoft General Display Adapter or something like that. AMD FirePro settings were gone, instead i had Radeon settings, which prompted me that there is no display connected and I cant open it. Final try - disable Intel graphics from Device manager - didnt work either. At some point, it showed me that i have Radeon R9 instead (from device manager and Radeon Pro settings), when i installed some other drivers. Other solutions, including different drivers also dont work. Main solution doesnt work, cause 3510 doesnt have the option to turn off switchable graphics from BIOS. I have tried lots of possible solutions, gone throu several guides from internet, none of which have hepled. ![]() ![]() I'm also using a server program (log in, start apps and it runs on a reciever (Citrix Reciever)), which has even worse responsiveness - lots of display glitches. I'm using AutoCAD everyday and the display responsiveness is bad. But still the monitors are working with Intel integrated graphics and same with applications. Also most of the applications are set to Maximum Performace, rather than Power Saving (some of the apps settings in Advanced AMD settings are locked on Power Saving). Problem: I have every possible setting on High Performance/Maximize Performance when plugged in. Workstation sits on Dell E-port Advanced II Docking station, where I have 2 23" Dell monitors connected with via DisplayPort (no adapters, simple DP to DP from dock to monitor). I have Dell Precision 3510 workstation with integrated graphics Intel HD Graphics 530 and also AMD FirePro W5130M.
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